#clinical decision support applications
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Chamomile Kisses - Chapter 1 (Full)
Viktor X Fem!Reader (900+ words)
Enemies to friends to lovers
Chapters 2–6 now available using the tag chamomilekisses
Hi anyone who sees this! This is the full first chapter of the story, I have another lined up ready to post. Please leave a like or comment if you are enjoying this, I’m new to tumblr so it’s motivating seeing people actually interacting with my work. Also I wanted to say that this will be a long series! Thank you!
(How I imagine the new lab)
(How I imagine the clinic section at the front of the lab -couldn’t find credits for either)
You've dedicated over 3 years to the Academy, focusing your expertise on the biological sciences housed in the east wing. Although your background is in Pharmacy, you've embraced herbology to broaden your knowledge. Not only have you delved into the study of plants and their medicinal applications, but you've also become the driving force behind the flourishing herbology clinic.
As time has passed, your natural remedies have gained remarkable popularity, causing your clinic's demand to outgrow its initial, confined space. Hermendinger, your unwavering supporter in establishing the herbology clinic, keenly observed this expansion. Together with the council, he recognized your significant contributions, evident in the substantial revenue you've generated for the academy, second only to the pharmacy in the west wing of the academy.
Recognising your potential and the need for more space, the decision was made to provide you with a considerably larger area to operate your clinic. This shift to the north wing signifies the Academy's investment in your expertise, granting you the canvas to magnify your studies and elevate your herbology clinic to new heights.
You crossed paths with him –Viktor. He strode gracefully through the hall, his imposing form exuding confidence, his lush, chocolate hair swept back, framing his sharp features. His presence was unmatched, the rhythmic click of his cane trailing behind him as he remained engrossed in the papers held tightly in his grip. Click, click, click. In that fleeting moment, he continued on, oblivious to your presence. With boxes in your hands, you carried on your journey, making your way towards the glass door that lay ahead -your gateway to a new clinic and research lab, ushering in a fresh chapter in your life.
Unveiling the array of equipment -flasks, beakers, pipettes, and burettes, you meticulously unpacked within the confines of your lab. Your tools sprawled haphazardly across the surfaces, testament to the meticulous work that lay ahead before your grand opening. Days turned into a whirlwind of activity, just shy of a week's time spent sorting, organizing, and setting up both your plant study equipment and the natural remedies you intended to offer. The final touch awaited completion – the new sign, a masterpiece crafted by the skilled hands of the handyman. Amidst this transition, you had the privilege of meeting a multitude of new faces you hadn't encountered before. The wing you now called home specialized in engineering and experimental sciences, a vibrant tapestry of innovation and intellectual exploration. Among these new acquaintances was Jayce, who took it upon themselves to extend a warm welcome. It was Jayce who gave you more insight on Viktor, an introverted workaholic, reserved but with a kind and genuine heart.
Empowered by Jayce's insight, you mustered the courage to break the ice. As dusk settled in, and the lab doors were left ajar in anticipation of Jayce's return to close up, you seized the chance to observe Viktor. His absorption in his work was evident, his focus absolute as he remained oblivious to the world around him, including your discreet presence.
Over time, your late nights at the lab unveiled an intriguing pattern – the faint click of Viktor's walking stick at precisely 11 pm, marking his departure for the day. Today marked a turning point, the day you would take that leap and talk to him, setting in motion an unconventional relationship that would undoubtedly shape the chapters of your journey ahead.
As the clock struck 11 pm, you found yourself outside Viktor's lab, heart racing with a mix of anticipation and nervousness. Tonight was the night you had decided to introduce yourself and hopefully initiate a connection with the enigmatic man who had piqued your curiosity.
Summoning your courage, you approached Viktor just as he was preparing to leave. "Hi there, I'm (y/n)," you began, a friendly smile on your face.
Viktor looked up, his initially guarded expression shifting into one of pleasant surprise. "Ah, nice to meet you, (y/n). I'm Viktor," he responded, extending a hand for a handshake.
"Likewise," you replied, relieved by his warm reception. "I've been working in the new herbology clinic and research lab down the hall."
Viktor's eyebrows raised slightly. "Oh, the herbology clinic? That's interesting. Quite a departure from the engineering and experimental sciences around here."
You nodded, encouraged by his interest. "Yes, I've been focusing on natural remedies and plant studies. It's been a great journey so far."
The mood shifted suddenly. "So, you're the one who's going to run the herbology clinic?" Viktor's tone had turned notably colder, his eyes searching yours with an intensity that took you aback.
"Yes, that's right," you responded cautiously, unsure of the shift in his demeanor. "I'm excited about the opportunity."
Viktor's expression tightened, and a sarcastic smirk crept onto his lips. "Of course you are. Running a clinic based on nature's wonders. Quite the departure from my realm of rigorous experimentation, isn't it?"
You felt a pang of hurt and confusion at his sudden change in attitude. "I believe there's value in both approaches," you tried to explain, but the words seemed to fall on deaf ears.
Viktor's cold gaze lingered for a moment longer before he abruptly turned, his tone dripping with condescension. "Well, I hope your herbs work wonders, (y/n). Enjoy your venture." And with that, he walked away, his steps echoing down the hallway.
Left standing there, you were stunned by the abrupt shift in his demeanor. What had caused this sudden change? The questions whirled in your mind as you watched him disappear around the corner, feeling a mixture of hurt, confusion, and determination to understand what had just transpired.
#viktor x you#viktor arcane x you#viktor x reader#viktor arcane x reader#arcane viktor x reader#chamomilekisses#enemies to friends to lovers#arcane x you#arcane x y/n#arcane x reader#arcane x female reader
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By: SEGM
Published: Jun 11, 2023
A new peer-reviewed article, “Transition Regret and Detransition: Meaning and Uncertainties,” published in the Archives of Sexual Behavior, reviews clinical and research issues related to transition regret and detransition. The article emphasizes that “although recent data have shed light on a complex range of experiences that lead people to detransition, research remains very much in its infancy,” and there is currently “no guidance on best practices for clinicians involved in their care.”
The author, Dr. Jorgensen, notes that the term “detransition” can hold a wide array of possible meanings for transgender-identifying people, detransitioners, and researchers, leading to inconsistencies in its usage. Although regret and detransition overlap in many people, not everyone who regrets their transition takes steps to detransition and conversely, not all of those who detransition regret their transition. Proponents of the “gender-affirming care” model typically focus on the latter group who are driven to detransition by external forces such as discrimination, lack of support from family and friends, or difficulty accessing health care. Euphemisms such as “gender-identity journey” and “dynamic desires for gender-affirming medical interventions” have been used to describe this process.
But the author highlights studies and personal testimonies of detransitioners who do deeply regret their transition, mourn the physical changes made to their bodies, and feel betrayed by the clinicians and medical institutions that offered hormones and surgery as antidotes to their gender confusion and distress. For this group of young people, internal factors such as “worsening mental health or the realization that gender dysphoria was a maladaptive response to trauma, misogyny, internalized homophobia, or pressure from social media and online communities,” were the primary drivers of their decision to detransition.
As the author highlights, a consistent theme in studies and personal testimonies of detransitioners is that there are major gaps in the quality and accessibility of medical and mental healthcare: “Many detransitioners reported not feeling properly informed about health implications of treatments before undergoing them (Gribble et al., 2023; Littman, 2021; Pullen Sansfaçon et al., 2023; Vandenbussche, 2022). Likewise, many felt that they did not receive sufficient exploration of preexisting psychological and emotional problems and continued to struggle post-transition when they realized gender transition was not a panacea (Littman, 2021; Pullen Sansfaçon et al., 2023; Respaut et al., 2022; Sanders et al., 2023; Vandenbussche, 2022). Despite ongoing medical needs, most patients did not maintain contact with their gender clinic during their detransition.” Detransitioners report wanting more information about how to safely stop hormonal therapies and surgical reversal or restorative options, but few clinicians are sufficiently knowledgeable about these issues to manage their care.
The author notes that our ability to predict who will be helped by transition-related medical interventions and who will be harmed by them is limited and we currently have no idea how many of the young people transitioning today will eventually come to regret their decision: “no one is systematically tracking how many young people regret transition or, for that matter, how many are helped by it.” However, the increasing number of detransitioners publicly sharing their experiences suggest that historical studies citing low rates of regret are no longer applicable. Moreover, these studies suffered serious methodological flaws that would tend to underestimate the true rates of regret including high rates of attrition and narrow definitions of regret.
More recent studies that have included the current case mix of predominantly adolescent-onset gender dysphoria suggest that up to 30% of those who undergo medical transition may discontinue it within only a few years (Roberts et al., 2022). It is likely that a number of them will experience significant regret over lost opportunities and permanent physical changes.
So how did we get here?
The author suggests that less restrictive eligibility criteria for accessing transition-related medical interventions under the gender-affirmation and informed consent models, coupled with the rapid rise of adolescents and young adults presenting to gender clinics, many of whom suffer from complex mental health problems and neurodiversity, has important implications for the incidence of transition regret and detransition. Under these models of care, standard processes of differential diagnosis and clinical assessment are seen as “burdensome, intrusive, and impinging on patient autonomy.” Moreover, the author points out that hormonal therapies and surgery are now conceptualized as a “means of realizing fundamental aspects of personal identity or ‘embodiment goals,’ in contrast to conventional medical care, which is pursued with the objective of treating an underlying illness or injury to restore health and functioning.”
Furthermore, adolescents and young adults might not be mature enough to appreciate the long-term consequences of their decisions about the irreversible medical interventions used to achieve “embodiment goals,” and/or their capacity to give informed consent may be limited by comorbid mental health problems or neurodevelopmental challenges. Additionally, “feelings of profound grief about lost opportunities and negative repercussions of transition might not be fully captured by framing the emotional experience in terms of regret” because “regret is an emotion that is unique in its relation to personal agency (Zeelenberg & Pieters, 2007), but the exercise of personal agency in the transition process might have been limited for people who began transition as minors, whose decision-making capacity was compromised by mental illness, or who were not fully informed of known and potential adverse health implications.”
The author offers some suggestions for how detransition may be prevented and inappropriate transitions avoided:
Improving the process of informed consent.
Prioritizing treatment of co-occurring social, developmental and psychological problems.
Using precise language about medical interventions.
Helping young people expand their understanding of what it means to be a man or woman.
Being transparent about the quality of evidence supporting medical interventions and the uncertainty about long-term harms.
The author ends by emphasizing that when clinical cases are complicated by a lack of knowledge about the natural trajectory of the condition and a paucity of evidence supporting treatment options, “minimizing iatrogenic harm requires application of cautious, thoughtful clinical judgement, meticulous examination of the data that are available, as well as a willingness to change practice in the face of new evidence.”
Jorgensen calls on the gender medicine community to “commit to conducting robust research, challenging fundamental assumptions, scrutinizing their practice patterns, and embracing debate.”
--
Read more about the phenomenon of detransition:
Boyd I, Hackett T, Bewley S. Care of Transgender Patients: A General Practice Quality Improvement Approach. Healthcare. 2022; 10(1):121. https://doi.org/10.3390/healthcare10010121
D’Angelo, R. (2020). The man I am trying to be is not me. The International Journal of Psychoanalysis, 101(5), 951–970. https://doi.org/10.1080/00207578.2020.1810049
Entwistle, K. (2020). Debate: Reality check – Detransitioner’s testimonies require us to rethink gender dysphoria. Child and Adolescent Mental Health, camh.12380. https://doi.org/10.1111/camh.12380
Expósito-Campos, P. (2021). A Typology of Gender Detransition and Its Implications for Healthcare Providers. Journal of Sex & Marital Therapy. https://www.tandfonline.com/doi/abs/10.1080/0092623X.2020.1869126
Hall, R., Mitchell, L., & Sachdeva, J. (2021). Access to care and frequency of detransition among a cohort discharged by a UK national adult gender identity clinic: Retrospective case-note review. BJPsych Open, 7(6), e184. https://doi.org/10.1192/bjo.2021.1022
Littman, L. (2021). Individuals Treated for Gender Dysphoria with Medical and/or Surgical Transition Who Subsequently Detransitioned: A Survey of 100 Detransitioners. Archives of Sexual Behavior. https://doi.org/10.1007/s10508-021-02163-w
Marchiano, L. (2021). Gender detransition: A case study. Journal of Analytical Psychology, 66(4), 813–832. https://doi.org/10.1111/1468-5922.12711
Roberts, C. M., Klein, D. A., Adirim, T. A., Schvey, N. A., & Hisle-Gorman, E. (2022). Continuation of Gender-affirming Hormones Among Transgender Adolescents and Adults. The Journal of Clinical Endocrinology & Metabolism, 107(9), e3937–e3943. https://doi.org/10.1210/clinem/dgac251
Vandenbussche, E. (2021). Detransition-Related Needs and Support: A Cross-Sectional Online Survey. Journal of Homosexuality, 20. https://doi.org/10.1080/00918369.2021.1919479
==
Genderists often say things like "detransition/regret is rare" and "detransition is only due to discrimination." These run in the opposite direction to genderist assertions, as this means "detransition/regret due to discrimination is rare."
Most of the numbers they cite are either poorly sourced as mentioned above, or worse, from the days of "watchful waiting," where transition only came at the end of a comprehensive care process; a completely different model.
Not only is it dishonest, given they regard watchful waiting, or anything else as "harmful" and "gatekeeping," but the low regret rate actually supports that more cautious, thoughtful process.
And besides, claiming to know the success rate under the "affirming"/"informed consent" models is itself dishonest too. Detransitioners are not going to rush back to the same doctors who facilitated their mistake. Especially in a climate where they'll be blamed or vilified.
#SEGM#Society for Evidence Based Gender Medicine#transition regret#regret#detransition#detrans#gender ideology#queer theory#gender affirming care#medical transition#medical malpractice#medical mutilation#medical corruption#religion is a mental illness
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Palestinians in Lebanon rely on Unrwa for basic services such as healthcare and education. The decision by more than a dozen donors – which together contributed about two-thirds of Unrwa’s funding last year – to freeze payments has left the organisation’s operations facing collapse.
The Lebanese government is warning that the suspension of Unrwa’s services could create a humanitarian catastrophe that threatens the country’s stability. Unrwa runs 150 sites across Lebanon on a budget of about $180m a year, according to Unrwa’s director there, Dorothée Klaus.
In places such as Mar Elias, these services are a lifeline for Palestinians. In addition to the clinic, Unrwa runs a primary school for 277 pupils – at 95%, the attendance rate for Palestinians in Lebanon is higher than the regional average – and a small water-treatment facility.
It also runs waste-collection services and has helped to pave the narrow streets between Mar Elias’s colourfully painted tenements with concrete patterned to resemble flagstones.
The camp was established on church grounds to host Christian Palestinians after the 1948 Nakba (“Catastrophe”), in which more than 750,000 people were displaced or expelled from their homes during the creation of Israel and the resulting Arab-Israeli war. It has since become home to 1,700 residents of different faiths, the majority of whom were born in Lebanon.
Despite its peacefulness, unemployment is rife and deprivation is high. Across the country, 80% of Palestinians live in poverty. Growing up in the camps, Kiwan says, “makes you a different person”.
Palestinians are barred from attending Lebanon’s schools, accessing state healthcare or owning property in the country. Most Palestinians in employment have low-paying jobs in the informal sector, but since the economic crisis hit in 2019, these jobs have become harder to find. A recent Unrwa recruitment drive for 30 sanitation workers received 38,000 applicants, including many with higher degrees.
Unrwa is one of the few employers offering white-collar positions to Palestinians. “It is the dream of every Palestinian to find a job there,” says Tarek Moneim, chief executive of Initiate, a programme that supports empowerment and entrepreneurship among young Palestinians in Lebanon.
Lebanon is already suffering from an economic crisis that has wiped out more than half its economy, and a border conflict between Hezbollah and Israeli forces that has displaced thousands of people and threatens to spread to the rest of the country.
Speaking in Beirut earlier this month, the caretaker prime minister, Najib Mikati, warned that Unrwa was critical for maintaining stability in Lebanon and that its collapse could result in “unforeseen consequences”.
The potential for unrest in the camps was made clear last summer, when three months of interfactional fighting in the Ain al-Hilweh refugee camp left dozens of people dead and many more wounded, according to reports. Gunmen from Fatah, the dominant faction of the Palestine Liberation Organisation, fought street battles with Islamist militants after the assassination of a Fatah commander. More than 2,500 families were forced to find temporary accommodation, according to Unrwa.
According to Abdelnasser el-Ayi, the director of the Lebanese Palestinian Dialogue Committee, unrest in the camps poses “a security threat for Lebanon’s stability”.
“Unrwa is a stabilising actor,” he says. “Leaving the people without any services would make people much more inclined to join the [militant] groups, who actually can offer them money and can offer them survival. They are already in terrible living conditions.”
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Guys, gals and nonbinary pals: I present the latest development in Dystopian Tech Inventions:
[begin article: "Are You Ready for Workplace Brain Scanning?"]
"Get ready: Neurotechnology is coming to the workplace. Neural sensors are now reliable and affordable enough to support commercial pilot projects that extract productivity-enhancing data from workers’ brains. These projects aren’t confined to specialized workplaces; they’re also happening in offices, factories, farms, and airports. The companies and people behind these neurotech devices are certain that they will improve our lives. But there are serious questions about whether work should be organized around certain functions of the brain, rather than the person as a whole.
To be clear, the kind of neurotech that’s currently available is nowhere close to reading minds. Sensors detect electrical activity across different areas of the brain, and the patterns in that activity can be broadly correlated with different feelings or physiological responses, such as stress, focus, or a reaction to external stimuli. These data can be exploited to make workers more efficient—and, proponents of the technology say, to make them happier. Two of the most interesting innovators in this field are the Israel-based startup InnerEye, which aims to give workers superhuman abilities, and Emotiv, a Silicon Valley neurotech company that’s bringing a brain-tracking wearable to office workers, including those working remotely.
The fundamental technology that these companies rely on is not new: Electroencephalography (EEG) has been around for about a century, and it’s commonly used today in both medicine and neuroscience research. For those applications, the subject may have up to 256 electrodes attached to their scalp with conductive gel to record electrical signals from neurons in different parts of the brain. More electrodes, or “channels,” mean that doctors and scientists can get better spatial resolution in their readouts—they can better tell which neurons are associated with which electrical signals.
What is new is that EEG has recently broken out of clinics and labs and has entered the consumer marketplace. This move has been driven by a new class of “dry” electrodes that can operate without conductive gel, a substantial reduction in the number of electrodes necessary to collect useful data, and advances in artificial intelligence that make it far easier to interpret the data. Some EEG headsets are even available directly to consumers for a few hundred dollars.
While the public may not have gotten the memo, experts say the neurotechnology is mature and ready for commercial applications. “This is not sci-fi,” says James Giordano, chief of neuroethics studies at Georgetown University Medical Center. “This is quite real.”
How InnerEye’s TSA-boosting technology works
In an office in Herzliya, Israel, Sergey Vaisman sits in front of a computer. He’s relaxed but focused, silent and unmoving, and not at all distracted by the seven-channel EEG headset he’s wearing. On the computer screen, images rapidly appear and disappear, one after another. At a rate of three images per second, it’s just possible to tell that they come from an airport X-ray scanner. It’s essentially impossible to see anything beyond fleeting impressions of ghostly bags and their contents.
“Our brain is an amazing machine,” Vaisman tells us as the stream of images ends. The screen now shows an album of selected X-ray images that were just flagged by Vaisman’s brain, most of which are now revealed to have hidden firearms. No one can knowingly identify and flag firearms among the jumbled contents of bags when three images are flitting by every second, but Vaisman’s brain has no problem doing so behind the scenes, with no action required on his part. The brain processes visual imagery very quickly. According to Vaisman, the decision-making process to determine whether there’s a gun in complex images like these takes just 300 milliseconds.
What takes much more time are the cognitive and motor processes that occur after the decision making—planning a response (such as saying something or pushing a button) and then executing that response. If you can skip these planning and execution phases and instead use EEG to directly access the output of the brain’s visual processing and decision-making systems, you can perform image-recognition tasks far faster. The user no longer has to actively think: For an expert, just that fleeting first impression is enough for their brain to make an accurate determination of what’s in the image.
Vaisman is the vice president of R&D of InnerEye, an Israel-based startup that recently came out of stealth mode. InnerEye uses deep learning to classify EEG signals into responses that indicate “targets” and “nontargets.” Targets can be anything that a trained human brain can recognize. In addition to developing security screening, InnerEye has worked with doctors to detect tumors in medical images, with farmers to identify diseased plants, and with manufacturing experts to spot product defects. For simple cases, InnerEye has found that our brains can handle image recognition at rates of up to 10 images per second. And, Vaisman says, the company’s system produces results just as accurate as a human would when recognizing and tagging images manually—InnerEye is merely using EEG as a shortcut to that person’s brain to drastically speed up the process.
While using the InnerEye technology doesn’t require active decision making, it does require training and focus. Users must be experts at the task, well trained in identifying a given type of target, whether that’s firearms or tumors. They must also pay close attention to what they’re seeing—they can’t just zone out and let images flash past. InnerEye’s system measures focus very accurately, and if the user blinks or stops concentrating momentarily, the system detects it and shows the missed images again.
Having a human brain in the loop is especially important for classifying data that may be open to interpretation. For example, a well-trained image classifier may be able to determine with reasonable accuracy whether an X-ray image of a suitcase shows a gun, but if you want to determine whether that X-ray image shows something else that’s vaguely suspicious, you need human experience. People are capable of detecting something unusual even if they don’t know quite what it is.
“We can see that uncertainty in the brain waves,” says InnerEye founder and chief technology officer Amir Geva. “We know when they aren’t sure.” Humans have a unique ability to recognize and contextualize novelty, a substantial advantage that InnerEye’s system has over AI image classifiers. InnerEye then feeds that nuance back into its AI models. “When a human isn’t sure, we can teach AI systems to be not sure, which is better training than teaching the AI system just one or zero,” says Geva. “There is a need to combine human expertise with AI.” InnerEye’s system enables this combination, as every image can be classified by both computer vision and a human brain.
Using InnerEye’s system is a positive experience for its users, the company claims. “When we start working with new users, the first experience is a bit overwhelming,” Vaisman says. “But in one or two sessions, people get used to it, and they start to like it.” Geva says some users do find it challenging to maintain constant focus throughout a session, which lasts up to 20 minutes, but once they get used to working at three images per second, even two images per second feels “too slow.”
In a security-screening application, three images per second is approximately an order of magnitude faster than an expert can manually achieve. InnerEye says their system allows far fewer humans to handle far more data, with just two human experts redundantly overseeing 15 security scanners at once, supported by an AI image-recognition system that is being trained at the same time, using the output from the humans’ brains.
InnerEye is currently partnering with a handful of airports around the world on pilot projects. And it’s not the only company working to bring neurotech into the workplace.
How Emotiv’s brain-tracking technology works
When it comes to neural monitoring for productivity and well-being in the workplace, the San Francisco–based company Emotiv is leading the charge. Since its founding 11 years ago, Emotiv has released three models of lightweight brain-scanning headsets. Until now the company had mainly sold its hardware to neuroscientists, with a sideline business aimed at developers of brain-controlled apps or games. Emotiv started advertising its technology as an enterprise solution only this year, when it released its fourth model, the MN8 system, which tucks brain-scanning sensors into a pair of discreet Bluetooth earbuds.
Tan Le, Emotiv’s CEO and cofounder, sees neurotech as the next trend in wearables, a way for people to get objective “brain metrics” of mental states, enabling them to track and understand their cognitive and mental well-being. “I think it’s reasonable to imagine that five years from now this [brain tracking] will be quite ubiquitous,” she says. When a company uses the MN8 system, workers get insight into their individual levels of focus and stress, and managers get aggregated and anonymous data about their teams.
Emotiv launched its enterprise technology into a world that is fiercely debating the future of the workplace. Workers are feuding with their employers about return-to-office plans following the pandemic, and companies are increasingly using “ bossware” to keep tabs on employees—whether staffers or gig workers, working in the office or remotely. Le says Emotiv is aware of these trends and is carefully considering which companies to work with as it debuts its new gear. “The dystopian potential of this technology is not lost on us,” she says. “So we are very cognizant of choosing partners that want to introduce this technology in a responsible way—they have to have a genuine desire to help and empower employees,” she says.
Lee Daniels, a consultant who works for the global real estate services company JLL, has spoken with a lot of C-suite executives lately. “They’re worried,” says Daniels. “There aren’t as many people coming back to the office as originally anticipated—the hybrid model is here to stay, and it’s highly complex.” Executives come to Daniels asking how to manage a hybrid workforce. “This is where the neuroscience comes in,” he says.
Emotiv has partnered with JLL, which has begun to use the MN8 earbuds to help its clients collect “true scientific data,” Daniels says, about workers’ attention, distraction, and stress, and how those factors influence both productivity and well-being. Daniels says JLL is currently helping its clients run short-term experiments using the MN8 system to track workers’ responses to new collaboration tools and various work settings; for example, employers could compare the productivity of in-office and remote workers.
Emotiv CTO Geoff Mackellar believes the new MN8 system will succeed because of its convenient and comfortable form factor: The multipurpose earbuds also let the user listen to music and answer phone calls. The downside of earbuds is that they provide only two channels of brain data. When the company first considered this project, Mackellar says, his engineering team looked at the rich data set they’d collected from Emotiv’s other headsets over the past decade. The company boasts that academics have conducted more than 4,000 studies using Emotiv tech. From that trove of data—from headsets with 5, 14, or 32 channels—Emotiv isolated the data from the two channels the earbuds could pick up. “Obviously, there’s less information in the two sensors, but we were able to extract quite a lot of things that were very relevant,” Mackellar says.
Once the Emotiv engineers had a hardware prototype, they had volunteers wear the earbuds and a 14-channel headset at the same time. By recording data from the two systems in unison, the engineers trained a machine-learning algorithm to identify the signatures of attention and cognitive stress from the relatively sparse MN8 data. The brain signals associated with attention and stress have been well studied, Mackellar says, and are relatively easy to track. Although everyday activities such as talking and moving around also register on EEG, the Emotiv software filters out those artifacts.
The app that’s paired with the MN8 earbuds doesn’t display raw EEG data. Instead, it processes that data and shows workers two simple metrics relating to their individual performance. One squiggly line shows the rise and fall of workers’ attention to their tasks—the degree of focus and the dips that come when they switch tasks or get distracted—while another line represents their cognitive stress. Although short periods of stress can be motivating, too much for too long can erode productivity and well-being. The MN8 system will therefore sometimes suggest that the worker take a break. Workers can run their own experiments to see what kind of break activity best restores their mood and focus—maybe taking a walk, or getting a cup of coffee, or chatting with a colleague.
What neuroethicists think about neurotech in the workplace
While MN8 users can easily access data from their own brains, employers don’t see individual workers’ brain data. Instead, they receive aggregated data to get a sense of a team or department’s attention and stress levels. With that data, companies can see, for example, on which days and at which times of day their workers are most productive, or how a big announcement affects the overall level of worker stress.
Emotiv emphasizes the importance of anonymizing the data to protect individual privacy and prevent people from being promoted or fired based on their brain metrics. “The data belongs to you,” says Emotiv’s Le. “You have to explicitly allow a copy of it to be shared anonymously with your employer.” If a group is too small for real anonymity, Le says, the system will not share that data with employers. She also predicts that the device will be used only if workers opt in, perhaps as part of an employee wellness program that offers discounts on medical insurance in return for using the MN8 system regularly.
However, workers may still be worried that employers will somehow use the data against them. Karen Rommelfanger, founder of the Institute of Neuroethics, shares that concern. “I think there is significant interest from employers” in using such technologies, she says. “I don’t know if there’s significant interest from employees.”
Both she and Georgetown’s Giordano doubt that such tools will become commonplace anytime soon. “I think there will be pushback” from employees on issues such as privacy and worker rights, says Giordano. Even if the technology providers and the companies that deploy the technology take a responsible approach, he expects questions to be raised about who owns the brain data and how it’s used. “Perceived threats must be addressed early and explicitly,” he says.
Giordano says he expects workers in the United States and other western countries to object to routine brain scanning. In China, he says, workers have reportedly been more receptive to experiments with such technologies. He also believes that brain-monitoring devices will really take off first in industrial settings, where a momentary lack of attention can lead to accidents that injure workers and hurt a company’s bottom line. “It will probably work very well under some rubric of occupational safety,” Giordano says. It’s easy to imagine such devices being used by companies involved in trucking, construction, warehouse operations, and the like. Indeed, at least one such product, an EEG headband that measures fatigue, is already on the market for truck drivers and miners.
Giordano says that using brain-tracking devices for safety and wellness programs could be a slippery slope in any workplace setting. Even if a company focuses initially on workers’ well-being, it may soon find other uses for the metrics of productivity and performance that devices like the MN8 provide. “Metrics are meaningless unless those metrics are standardized, and then they very quickly become comparative,” he says.
Rommelfanger adds that no one can foresee how workplace neurotech will play out. “I think most companies creating neurotechnology aren’t prepared for the society that they’re creating,” she says. “They don’t know the possibilities yet.”
[end article.]
Ok what the fuck has gotten into the capitalist's brains this time?
The working class has been voicing its issues with its employers since the beginning of time. Hundreds and hundreds of studies show what needs to be changed. Shorter week and hours, more pay, less power dynamic, etc. Nothing is being changed regardless. There's no need to do fucking brain monitoring to figure out what the problem is. Are they really that ignorant or is it an act?
And there's no telling how long if possible it will take to fully decode people's thoughts. The scientists behind it imply they are quite close. If it happens then it will be literally 1984 but unironically. Employers and government would quickly jump on the train of creating thoughtcrimes exactly as Orwell envisioned it. Why wouldn't they?
Also, anonymize my ass. Make it FOSS. Software is always guilty until proven innocent. There's literally no way I can prove that you aren't sharing the data, and literally no way you can prove there will never be a data breach.
And these so-called "ethicists" just brush it off like
Both she and Georgetown’s Giordano doubt that such tools will become commonplace anytime soon. “I think there will be pushback” from employees on issues such as privacy and worker rights, says Giordano. Even if the technology providers and the companies that deploy the technology take a responsible approach, he expects questions to be raised about who owns the brain data and how it’s used. “Perceived threats must be addressed early and explicitly,” he says.
" 'Percieved threats must be addressed early and explicitly.' " So you're admitting that workers don't get to have a choice in the matter and that you intend to use force (Economic pressure is still force. If you can't find a job in the future that doesn't do this you are effectively forced. And the government could use this too.) to make us comply.
Everyone called George Orwell crazy. Everyone called Richard Stallman crazy. Everyone called Edward Snowden crazy. Yet their predictions continue to come true again and again. And no one bats an eye. Society had just blindly accepted the onset of mass surveillance. Everyone knows about it in dictatorships like China and North Korea but no one wants to talk about how rampant it is in other places where it's done more silently.
Some people say "I have nothing to fear because I have nothing to hide." Ok, so what happens when the government goes wack and decides to start rounding up groups of people? What happens if your race/ethnicity, religion, gender, sexuality, disabilities, etc falls into one of those categories? It happened in Germany and we are at risk of it happening in the U.S. and other places. (In Germany there wasn't surveillance tech yet so they just force searched your home instead. Same difference.) How do you know it will never happen? What do you do then? What. Do. You. Do. Then.
No one I have asked it has ever been able to answer this question beyond blind faith that it won't happen. The real answer is you're fucked. That's the answer.
#fuck capitalism#workers rights#privacy#technology#science#fuck government#ai#artificial intelligence#computer science
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Green Card - Ch1: Two Strangers in Need (Spencer Reid x Fem!OC)
Author Masterlist / Series Masterlist
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Pairing: Spencer Reid x Fem!OC (Ana María González)
Series summary: What reason leads two complete strangers to marry? For Spencer, the chance of his mom being admitted into a new medical trial. For Ana María González is to get the elusive green card.
Word Count: 4.6 k
CW: Mental illness is discussed (Diana Reid); Ana’s mom’s death is mentioned. Sligh sexual interpretation (coworkers talking); some strong words and curses. If I forgot anything, let me know.
A/N: Maybe you are too young, but Green Card is actually a movie from the ’90s. I took the film’s central idea to write this for Spencer Reid. It’s a self-indulgent series just because I wanted to write some Spanish, and I love the movie. Do you want to be added to the taglist? Go HERE
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Spencer Reid was nervous. He didn’t know why exactly, but something made him uneasy.
Seated in an uncomfortable chair, Spencer couldn’t stop bouncing his leg and inadvertently wiping his sweating hands on his slacks.
When someone opened the door office from which he expected to be called, Spencer stood immediately. An older man peeked out from inside. He had a manila folder in hand and looked at Spencer.
“Doctor Reid?” the man asked, taking a quick look at his folder.
“Yes,” Spencer replied, clearing his throat. He hadn’t realized how raspy his voice was after not saying a word for the past hour and a half.
“It’s nice to meet you. I’m doctor Sharar Fogarty. Please, come in,” the man said, gesturing for Spencer to join him in the office. Grabbing his satchel, Spencer did so. Dr. Fogarty shut the door and signaled Spencer the chair where he could sit.
Spencer took a glimpse at Fogarty’s office. The place had very classic decor, large windows that let in natural light, and a vast built-in bookcase just behind the desk. He spotted several books about neuroscience, cognitive development, and mental illness. He also noticed a decent number of awards hanging on the walls. Fogarty was undoubtedly a very reputable doctor. Thus, he was the man Diana Reid needed.
When Spencer’s mom started to get worse with her schizophrenia and Alzheimer’s, he knew he had to do something to help her.
After much research, Spencer learned that Dr. Fogarty was conducting a new clinical trial with people with the same condition as Diana Reid. Spencer didn’t think twice and applied for a spot for his mom. That’s the reason he was sitting across from Dr. Fogarty. This was the last stage before informing him if she was accepted or not.
“So. Doctor Reid. I very much appreciate your willingness to meet with me so quickly. You’ll see, I like to interact with my potential patients’ families, you know, to learn a bit more than a dossier could say,” Fogarty explained.
“Of course. Has the board made a decision yet?” Spencer asked, trying not to sound so eager, but with no success. Fogarty chuckled.
“Direct to the point. I like that.”
“I’m sorry; I didn’t want to be rude,” Spencer apologized.
“Not at all. And even if I really want to give you good news, I’m afraid there is a problem regarding your mother’s application.”
Spencer’s heart stopped. He filled in all the required information. What could it be wrong?
“A problem? How is that?”
“You’ll see. This center has a strict policy regarding our patients’ families. We truly believe that family members are essential in any treatment. And from the information you gave us, your current activity and family status are not in sync with this policy,” Fogarty clarified.
“I’m sorry, but I’m confused here. For years I have been my mother’s only support, which has never negatively impacted her adherence to any medical treatment. I have ensured she always has the necessary clinical and pharmacological support; why should it be different now?”
Spencer questioned, shifting uncomfortably in his seat. Fogarty looked unperturbed, and that only fueled Spencer’s distress.
“I understand your confusion. But this is not a traditional treatment. We need total family commitment in this. And since you are the only family Diana has, this jeopardizes the intervention’s success.”
And as rude as it sounded, it was true. Diana only had him. But that was never a problem until now.
Still, Spencer wasn’t about to give up just yet.
“And that is written where? What scientific research supports this?” he asked, gesturing with his hands to emphasize his incredulity. Fogarty wasn’t amused with the inquiry.
“Are you questioning my expertise, Dr. Reid?”
Spencer shooked his head and, still frowning, added.
“No. I don’t doubt that. It just seems excessive to me. My mother cannot access treatment because I am an only child?”
This time Fogarty shooked his head.
“That is not all, Dr. Reid. It’s the job you have and Diana’s limited support network. Because being the only child, if something happens to you, which family member is left? Are you married? You have children?”
Spencer exhaled sharply. He knew what Fogarty’s point was. And that put him at a complete disadvantage.
“No. I’m not married. And I don’t have kids,” Spencer muttered. “But that doesn’t mean I can’t-“ Fogarty cut him off.
“Dr. Reid, you are an FBI agent; you will understand an institutional policy better than I do.”
Yes. Spencer knew that. Not that he would be okay with it.
“Does that mean my mom cannot get into the experimental treatment?”
“No. Unless your work and family situation changes in the short term,” Fogarty replied ceremoniously, folding his hands over the desk. “Well, if you currently have a girlfriend and plan on settling down, it might be a good time to do it,” he added.
Spencer looked at him incredulously. Was he suggesting something or mocking him for his current position?
Whatever the reason was, it was not worth staying there. After contemplating his options, Spencer thanked Fogarty for his time and left his office.
Defeated, he walked outside, thinking about his next step. Nothing came up in his mind. God, what could he do to help his mom now?
Spencer could have returned to the BAU after the meeting, but he had already asked Emily for the afternoon off. Instead, he found himself in his regular coffee shop, just a few blocks from his apartment complex.
Spencer likes that place because it’s located on a low-traffic street and usually is open late. Plus, they have the best black coffee and pumpkin pie in DC.
“What can I do for you?” the waitress asked Spencer once he was settled in his favorite corner booth.
“A cup of black coffee, please.”
“Sure, honey. Anything else?”
“No. I’m good. Thank you.”
The girl nodded and then headed behind the counter. Spencer dug into his satchel to fish out a book. Next to it, he found the manila folder containing the documents he discussed with Fogarty earlier in the meeting. Sighing, he took out both items and placed them on the table. A not-friendly reminder that he needed to figure out what to do.
Not two minutes later, another waitress came back with Spencer’s order.
“Here you go,” the girl announced, placing the coffee on the table.
“Thank you,” Spencer mumbled. The girl smiled at him and left.
As a regular patron at the coffee shop, the attendants knew Spencer. Not by name, but they were used to having him there, usually at unholy hours on weekdays. Some of them have bets on what he does for a living.
“The pumpkin-pie guy only ordered a coffee?” Ana asked Sarah once she returned to the kitchen with her empty tray.
“Yeah. Maybe he’s having a rough day?” Sarah hypothesized, pulling clean glasses and cups from the sink.
“Maybe. And it’s weird he’s here at this hour,” Ana added, cleaning the tray she had before placing it on a pile full of them.
“Robin says the guy is a college teacher for his clothing, but a teacher has a regular schedule. This man has everything but that,” Sarah pipped.
“My guess? He’s a cop. I’m sure I saw the shape of a gun under his vest one day,” Ana informed as she dried some cups with a kitchen towel.
“Are you sure it was a gun, hon?” Sarah teased. The girl turned bright red when she realized what Sarah had implied.
“Sarah! Come on,” Ana huffed at her coworker’s laugh.
“And why were you looking at the guy’s belt anyway?”
“It wasn’t on purpose, okay?” Ana groaned.
The two girls kept working in the kitchen. When a new patron arrived, they took turns taking orders and fixing them.
That is how work was at the coffee shop. Ana usually paired with Sarah on shifts, although sometimes she was paired with Robin or Collin.
Ana had already gotten used to that dynamic after a month of working there. Now, after five months, it was a mastered routine for her.
But the fear that everything could come crashing down in the blink of an eye taunted her every day.
Ana came to DC a year ago from South America.
Her childhood dream was always to study in the US. Growing up, she got fond of studying at Georgetown, precisely at the School of Foreign Service as an international student. Still, coming from a low-income family, she only managed to finish secondary school and had to start working. After seeing that her ambition would never come true, Ana wanted to have at least the experience of being in her dream city. She had even promised that to her mother on her deathbed.
Thus, after years of working and saving every penny she could, Ana bought a plane ticket to DC.
And although coming to the US was already tough, trying to stay has been even harder. Her tourist visa has expired; for months, she has been trying to get a green card to keep her job and remain on American soil.
But her request was already rejected once. These days, Ana is waiting for a response to her appeal, which keeps her highly nervous. Sarah knows that, and she can sense the fear in her coworker.
“Any news?” Sarah asked as she helped Ana to clean some vacant tables. Ana sighed.
“Nothing yet. It’s been weeks by now,” she complained, moving to another table. Sarah followed suit.
“That could mean good news, right? Bad news comes faster,” the girl tried to reassure her.
“Hope you are right. I don’t know what I would do if I get rejected again,” Ana shooked her head, now moving to another table. Coincidentally, a table behind Spencer’s one.
“For the green card? Do you know what you should do if you get rejected again? Marry an American,” Sarah suggested.
Ana laughed while she put some empty cups and plates on the tray. But that didn’t stop Sarah from voicing her idea.
“Yeah! Marry an American guy. As soon as you do that, the green card is yours. Easy!”
Ana shook her head and started to wipe the table surface after settling the cutlery and crockery on the tray.
“Nice joke, Sarah.”
“I’m not joking! It happens all the time! And I’m sure you can catch a very handsome guy in this city,” Sarah assured, grabbing the loaded tray. Ana stopped wiping the table and looked at Sarah with her hands on her hips.
“Oh, you are saying this for real. I’m just gonna tell you something we say where I come from: ‘estás cagando fuera del tiesto,’ hon.”
Sarah giggled.
“Hope you’re not messing with my mom saying that.”
“Oh, don’t worry. It only means you’re delusional,” Ana explained, quickly moving to the other table she needed to clean up.
Spencer didn’t want to eavesdrop on Sarah and Ana’s conversation, but he couldn’t help it when he heard about Ana’s current problem.
He didn’t know them, but after being a regular in the coffee shop, it was like he did in some way. They always have been kind to him—especially Ana, who knows his fixation with pumpkin pie. There have been times when he has come much later in the evening. At hours when the stock of cakes and pies must have run out. But even then, Ana had gotten him a piece of pie along with his coffee.
Spencer felt bad knowing Ana has problems with her residence papers. It was unfair that people couldn’t have the chance to decide if they wanted to start a life in another country, he thought. But was getting the green card a reasonable justification to do what Sarah suggested?
He knew things like that happened all the time. In his line of work, Spencer has seen some cases involving marriages of convenience, unfortunately, with no good outcomes.
He just hoped Ana wouldn’t have any problem if she decided to do something like that.
Sipping his remaining coffee, Spencer’s eyes shifted to the folder with his mom’s papers to apply to the new clinical trial. That’s when his stomach sunk, remembering how badly the meeting with Fogarty went. His hopes were crushed due to a stupid requirement. How having a formal family could help his mom in this context? He has been enough for her since his dad left them many years ago. And now? Fuck them.
If only he could prove that no other support group was needed for her. But how could he do that before having his mom on the medical trial?
He was lonely. No married, no kids. Not even a girlfriend. Okay, maybe he has one, but Spencer would say what he has with Maeve doesn’t count as a formal relationship. They see each other when she is in town. They have fun for a couple of days, and then she leaves. Barely a phone call or a text. Spencer even doesn’t know if they are exclusive.
Sighing, Spencer opened his book again. But he couldn’t concentrate on the pages; his mind was still working, gears turning so fast that Spencer gasped when THE idea hit him.
No. It’s a bad Idea. By any means, it’s a bad idea.
Spencer chastised himself, forcing his concentration on the book again. But after several minutes of trying, it was futile.
It’s a bad idea, he repeated to himself.
But if it was a bad idea, why he couldn’t brush it off?
On cue, Ana approached to ask him if he wanted another cup of coffee. Spencer stuttered as if he had been caught doing something wrong.
“Oh. Yes - uh. Thank you.”
Was that a sign?
Maybe he was going crazy, but they say that in times of despair, only desperate measures remain.
Thinking about it, Spencer felt like he was drowning. Is there another thing he could do?
From the corner of his eye, he scanned the counter where Ana was pouring coffee into a cup. His cup. The girl seemed focused on her task although the frown on her face. Was she thinking about her predicament as well? Spencer wanted any excuse to entertain his idea. It was funny and pathetic at the same time. What could he say? ‘Hey, I heard you must marry to get your green card. And I need to marry someone to get my mom treated for her illness. Will you marry me?’
Ana returned to Spencer with his coffee. Spencer’s heart started to beat faster. Would he get the courage?
“Here you go. Sarah didn’t offer you a piece of pie? I have one in the kitchen if you want it,” she commented. Spencer looked at her with a shy smile.
“Uh. Thank you, but I’m not really hungry,” he apologized.
“It’s okay. Let me know if you change your mind.”
Two hours passed, and dinner time was around the corner. Ana’s shift was about to end.
Spencer saw as she said her goodbyes to her coworkers, leaving her apron in a hook and grabbing her purse and jacket. He was deciding if he would indeed approach Ana. Will she think he’s a freak or, worst, a perv? She has been so kind to him. Maybe she would understand. And perhaps it could be an actual solution for her. Both could be benefited. Right?
Ana left the coffee shop, and Spencer needed to make a decision quickly. Without any other thought, he grabbed his satchel, leaving some dollars on the table to pay for the coffee. Passing the glass door, he was hit by the cold outside. Looking to his right, he saw Ana walking down the street.
“Ana?” Spencer called. Loud enough for the girl to hear.
A confused Ana halted and turned to see Spencer outside the coffee shop looking at her.
The pumpkin pie guy knew her name? That was new. And why was he calling her anyway?
Seeing that the girl didn’t move from her spot, Spencer strolled to where she was.
“I’m sorry. I didn’t want to scare you,” Spencer said.
Ana’s puzzlement didn’t subside, but she used her natural mechanism to deal with awkward situations: joking.
“It’s a little bit late if you want the pie now.”
Spencer chuckled.
“I should have guessed. But the truth is that I want to talk to you about something else. Do you have to be somewhere else now? If I’m holding you up, I can come another day,” Spencer retracted.
Maybe he couldn’t do this.
“Uh, not really. And I’m curious about what you might want to talk to me about, considering I don’t even know your name, and you know mine?” Ana pointed.
“Oh. I’m sorry. You are right. I haven’t introduced myself. I’m Spencer. Spencer Reid. I have been frequenting your coffee shop for a while. Uh, well, about your name, I noticed your tag on your apron. Like the one Sarah has. And Robin and Collin,” Spencer explained. Ana raised a brow. He noticed them. That’s a change from the things she knows about her job.
“So, Spencer. I guess it’s true you’re a clever guy. And you indeed pay attention. For the time I have been working here, no one has memorized my name. I guess it is easier to call me honey, sweetheart, princess, or whatever pet name people could think of,” Ana commented, not very amused about that fact. Spencer frowned.
“I have always thought it’s better to call people by their names.”
“I totally agree. But I’m still curious because I don’t think you want to talk to me about memorizing names or how impolite it could be to use pet names with strangers.”
“Yes. You’re correct.”
“So?”
Spencer cleared his throat.
“Uh. Well. It’s not easy to say without sounding crazy or- I don’t know. First, I guess I need to apologize?”
“Apologize? Why?”
“For eavesdropping. I’m sorry, I heard you talking with Sarah some hours ago.”
“Okay. I want to say I understand what you are talking about, but I don’t,” Ana pointed.
“The green card,” Spencer blurted. Ana’s eyes widened. Spencer hastened to explain.
“Again. I know it was wrong, but I heard it. And I’m sorry you have to deal with that.”
Spencer didn’t miss the change in Ana’s demeanor. No wonder why: she got a reminder of her current problem.
“Uhm. Well, thank you for your empathy, I guess?” She mumbled.
Nobody knew about her issues with the residence except for Sarah and her boss, Logan. It felt odd a patron mentioned something about it. It was her fault, though; she didn’t act very discrete talking to Sarah.
Spencer shifted his weight from one foot to the other. Now he needed to say what he wanted for real.
“Maybe I can help you?” Spencer’s words sounded more like a question than an affirmation. Ana’s confused expression didn’t help his nerves.
“What? Help me with- how?” Ana asked. Spencer gulped hard. Now or never.
“Your coworker said you – you should marry an American guy for the green card. I - I can be that American guy,” Spencer stuttered.
Ana started to giggle. Her first thought was that Spencer was joking. Maybe a weird way to flirt with her. But seeing he didn’t laugh in return, she got worried.
“Wait. Are you being serious about this?”
Ana’s arms crossed protectively over her chest. The situation was getting bizarre, and she didn’t know how to react.
“I know how it sounds. Crazy. Nutter. All of that. But maybe we can help each other. I mean, I can help you with the green card, and you can help me-” Spencer couldn’t finish the sentence because the girl cut him off.
“Hey, hey. Stop. Wait a minute. What on earth are you talking about? How so my problem has to do with you?”
“Please, let me explain. I - uh - I need to get married to get a position for my mom in a medical trial. They - the people who decide admissions will not give a spot to my mom because I’m single- and – and I won’t get a chance unless I can marry.”
There were a lot of details that Spencer was leaving out, but the idea was basically that. Would it be enough for Ana?
“Are you aware that you are proposing to a total stranger? Do you know how you sound? I think ‘crazy’ falls short,” Ana scoffed.
“Yes. Total nonsense, I give you that. But I’m desperate. And when I heard you-”
She cut him off again.
“So you want to take advantage of my problem to solve yours? Great!”
“No! It’s not like that. I don’t want to take advantage of that. I only pictured a way for both to get what we need?”
Spencer knew it sounded insane, but he was already sailing these waters. He couldn’t back down.
“You are fucking crazy. Or- wait. Are you trying to set me up? Are you a cop? You are with Immigration!” She deduced, her face changing from confusion to horror. This was worse than she imagined. This man had been spying on her to lure her into this trap.
Spencer’s face twisted as he understood the conclusion Ana was drawing. His words to clarify the truth couldn’t come out any faster just because of the constraints of physics.
“No, no, no. I’m not an immigration cop. I’m with the FBI-”
“Jesus! Even worse!” Ana yelled in desbielief.
“But no! Not like that. I’m a profiler in the Behavioral Analysis Unit; I work using psychology to catch criminals. I don’t have anything to do with Immigration or anything like it.”
Spencer quickly reached into his jacket pockets to pull out his business card and hand it to Ana. The girl hesitated for a second to take it but did so anyway. Ana read the information but still frowned.
“I know this may not help my cause, but I don’t have many friends. The only ones are my coworkers, who, for obvious reasons, I can’t say this to. I don’t have a girlfriend, and I’m socially inept; you may have noticed that by now. I don’t know what else to do, and please forgive me if I sounded insensitive. It’s not my intention to disrespect you or objectify your problem. I’m serious.”
Spencer looked noticeably stressed and embarrassed. It’s not something he would have imagined doing in his wildest dreams. However, here he was, in front of a girl, trying to convince her to do something illegal and morally questionable. If that didn’t mean an eternity in prison or hell, he didn’t know what else it could be.
“I can’t believe an FBI agent is offering me a marriage of convenience. It’s the last thing I thought I would see here. And I’m sorry, I don’t want to sound rude, but you are fucking crazy if you thought I would say yes in a bit. Maybe I‘m desperate, but not to do something like that.”
Ana told Spencer, handing his card back. Spencer shook his head for her to keep it. Ana rolled her eyes and, without much thought, put it in her bag. It would be something she would burn once she got to her place.
“I - uh. I’m not offended, and I fully understand your suspicions. But I swear I’m not trying to take advantage of you. I’m not that type of person. I know we don’t know each other, but I give you my word that I’m only thinking of a pact that could be useful for both of us. We don’t even have to see each other or be together in any form. After you get your green card and I get the acceptance for my mom, we can start the divorce papers-”
Spencer didn’t know what to do with his hands anymore; now he was fiddling with the end of his tie, looking puppy-dog eyes at Ana. She thought - for a second - that the guy looked adorable, all nervous like that. But she pushed the idea out of her head as soon as the words left his mouth again.
“Unbelievable. Fucking unbelievable. I shouldn’t have said anything to Sarah in the coffee shop,” Ana lamented.
“Maybe it was-”
“Don’t say it was destiny. I don’t believe in that bullshit,” the girl spat.
“Uh. I was going to say that maybe it was a convenient coincidence?” Spencer suggested. Ana huffed, tightly clutching her purse strap.
“No. It’s not. And if you didn’t notice, my answer still is no. Now, if you excuse me, I have to go,” Ana prompted, walking past Spencer and trying not to look at him. It was embarrassing for her to see her problems exposed like that. At the same time, it made her angry that a man thought he could ask for something as out of place as that, even if he was a cute and seemingly nice guy. No one had the right, no matter how vulnerable she was.
Spencer sighed, seeing her walking away. He didn’t do anything to stop her this time. Ana was right in her reluctance. What else could be expected if a guy you barely know suddenly proposes? Not a regular guy, by the way: an FBI agent. Fucking crazy.
When Ana got to her place, she took a deep breath as if she had just run a marathon.
Since she left Spencer in the street, she didn’t look back and kept walking fast. Mind wandering in what just happened.
The cold room wasn’t too inviting, but at least it meant calm to Ana. After long shifts in the coffee shop, the quiet was welcomed at this hour.
Sitting in bed, she discarded her shoes, moving her feet to release some of the tension of standing all day. With a deep sigh, her eyes focused on the picture frame over the nightstand. It showed a young Ana with her mom on Ana’s twelve birthday. The last one they could celebrate. Ana’s mom passed away months after that picture was taken.
“Jeez, mami. I swear I’m trying, but I don’t know if I can make it. No matter what I do or how hard I work, there is no chance for me here.”
Ana’s eyes went glossy, and she tried to stop the tears from pricking to get out.
Her mom’s memory is something she appreciates having—more since she left her home country to try her luck in the US. Usually, it brings her comfort and encourages her to continue. But now that things were looking uphill, a feeling of failure began to settle in Ana.
To stop her thoughts, Ana started to get ready for bed. When she fished her phone from her purse, her eyes landed on something that fell from there. The business card that Spencer had given her.
That was a reminder that what happened outside the coffee shop was true. A total stranger offered her a marriage of convenience.
Doesn’t that only happen in the movies?
The guy looked really desperate. Ana didn’t know if she felt bad for him. Clearly, he was willing to do anything for his mom - in case the story he told her was true-.
Was she that desperate?
The thought crossed her mind for a second, but she quickly shook it off. No, it is a bad idea by any means. The guy is crazy, no doubt.
Tossing the card into the trash can, Ana continued preparing for bed so she could end this weird day once and for all.
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Spencer Reid’s Taglist: @dreatine @nomajdetective @jayyeahthatsme @rosalinasam2 @averyhotchner @tvandfanfic @lovelyxtom @princessmiaelicia @pastelbabygirl19 @reidsbookclub @alexxavicry @gspenc @spencerreidisbae123 @calmspencer @thebloomingeagle @pauline5525mgg
Green Card Series Taglist: @maltamurdock @disaster-in-waiting
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#spencer reid series#spencer reid fanfiction#spencer reid fanfic#spencer reid x fem!oc#spencer reid x oc#criminal minds#dr. spencer reid#green card#two strangers in need#spencer reid fluff#spencer reid angst
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A clinical decision support system for Earth-independent medical operations
Deep space exploration requires a paradigm shift in astronaut medical support toward Earth-independent medical operations. Currently, astronauts rely on real-time communication with ground-based medical providers. However, as the distance from Earth increases, so do communication delays and disruptions. Deep space exploration crews will need to autonomously detect, diagnose, treat, and prevent medical conditions.
One potential solution is to augment the long duration exploration crew's knowledge, skills, and abilities with a digital clinical decision support system, or CDSS. The Exploration Medical Capability (ExMC) element of NASA's Human Research Program is investigating the feasibility and value of advanced capabilities to promote and enhance EIMO.
The ExMC research team has produced a CDSS concept in which medical data would be continuously gathered, through both passive and active monitoring, and delivers real-time guidance. This helps improve patient outcomes and reduce the workload of health maintenance. The work is published in the journal npj Microgravity.
The assistive technology of ExMC's envisioned CDSS stands to significantly enhance a crew's medical capability. Private applications for this approach are currently being considered by commercial space flight programs, a timely example of how ARC Space Biosciences research benefits the entire space sector.
IMAGE....Current paradigm for astronaut health care in space. a At the NASA International Space Station (ISS) mission control center (MCC) in Houston, TX, the Flight Surgeon (FS) has a dedicated console position labeled SURGEON. Sitting to his left is the biomedical engineer (BME) flight controller. There is often a second medical doctor on console during safety critical operations. Source. JSC2012-E054285 (25 May 2012), Photo credit: NASA. b The FS is supported by numerous personnel assigned to provide backup depending on the medical issue. These support personnel include physicians (with an array of subspecialty expertise), nurses, and engineers (responsible for addressing life support capabilities). The FS communicates directly to a crew medical officer (CMO) onboard the ISS. Credit: npj Microgravity (2023). DOI: 10.1038/s41526-023-00284-1
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Exploring Future Opportunities: Global MBBS Programs with Kumbh Study Abroad
Unveiling the Path to Becoming a Doctor
Embarking on a journey towards a medical career is a profound decision, one that requires careful consideration and planning. For aspiring doctors, the pursuit of a Bachelor of Medicine, Bachelor of Surgery (MBBS) degree is a significant milestone, marking the beginning of a transformative educational journey that ultimately shapes their professional trajectory.
Global Perspectives on Medical Education
In an increasingly interconnected world, the realm of medical education has transcended geographical boundaries. Aspiring doctors now have the opportunity to explore global MBBS programs that offer a diverse range of learning experiences, cultural immersion, and unparalleled opportunities for personal and professional growth.
Benefits of Global MBBS Programs
1. Cultural Diversity and Immersion
One of the most compelling aspects of global MBBS programs is the opportunity to immerse oneself in diverse cultures and societies. Studying medicine abroad exposes students to a variety of healthcare systems, patient populations, and cultural practices, fostering a broader understanding of global health issues and healthcare delivery.
2. Enhanced Learning Environment
International MBBS programs often boast state-of-the-art facilities, world-class faculty, and innovative teaching methodologies. Students benefit from exposure to cutting-edge research, clinical training opportunities, and interdisciplinary collaboration, enriching their educational experience and preparing them for the complexities of modern healthcare practice.
3. Expanded Career Opportunities
Graduates of global MBBS programs possess a unique skill set and perspective that make them highly sought-after in the global healthcare workforce. Whether pursuing residency training, clinical practice, or research opportunities, alumni of international medical schools are well-positioned to thrive in diverse professional settings and make meaningful contributions to the field of medicine.
Introducing Kumbh Study Abroad: Your Gateway to Global Medical Education
Who We Are
Kumbh Study Abroad is a leading provider of comprehensive study abroad programs for aspiring medical professionals. With a commitment to excellence, innovation, and cultural exchange, we empower students to pursue their academic and professional goals while embracing the richness of global diversity.
Our Programs
At Kumbh Study Abroad, we offer a diverse portfolio of MBBS programs in collaboration with renowned international universities and medical institutions. Our programs are designed to provide students with a transformative educational experience that combines rigorous academic training with cultural immersion and hands-on clinical exposure.
Why Choose Kumbh Study Abroad?
1. Exceptional Academic Quality
Our MBBS programs are led by world-class faculty who are experts in their respective fields. With a focus on experiential learning, critical thinking, and evidence-based practice, we ensure that students receive the highest quality education that prepares them for success in the global healthcare landscape.
2. Extensive Clinical Rotations
At Kumbh Study Abroad, we believe that practical experience is essential for developing clinical competence and professional skills. That's why we offer extensive clinical rotations in a variety of healthcare settings, allowing students to apply their knowledge in real-world contexts and gain valuable hands-on experience.
3. Personalized Support and Guidance
We understand that navigating the MBBS admissions process can be overwhelming, which is why we provide personalised support and guidance to every student. From application assistance to visa processing, accommodation arrangements, and cultural orientation, we are committed to ensuring a smooth and seamless transition to studying abroad.
Our Commitment to Excellence
At Kumbh Study Abroad, we are committed to excellence in every aspect of our programs. From the moment students embark on their journey with us, they can expect unparalleled support, resources, and opportunities for growth. Our dedicated team of academic advisors, mentors, and support staff are here to ensure that every student receives the guidance and assistance they need to thrive academically, professionally, and personally.
Embracing Diversity and Inclusion
Diversity and inclusion are at the heart of everything we do at Kumbh Study Abroad. We believe that a diverse student body enriches the learning environment and fosters a culture of tolerance, understanding, and mutual respect. Our programs welcome students from all backgrounds, cultures, and identities, providing a supportive and inclusive community where everyone feels valued and empowered to succeed.
A Global Network of Opportunities
Studying medicine abroad with Kumbh Study Abroad opens doors to a world of opportunities. Our extensive network of partner universities, hospitals, and healthcare organizations spans the globe, offering students access to internships, research opportunities, and elective rotations in some of the most prestigious institutions in the world. Whether you dream of practicing medicine in a bustling metropolis, rural community, or underserved region, our global network can help you turn your aspirations into reality.
Investing in Your Future
Choosing to pursue a global MBBS program with Kumbh Study Abroad is an investment in your future. Our programs are designed to equip students with the knowledge, skills, and confidence they need to succeed in a competitive and rapidly evolving healthcare landscape. With a focus on academic excellence, clinical proficiency, and professional development, we prepare our graduates to excel in their careers and make a positive impact on the world around them.
Your Journey Starts Here
Are you ready to take the first step towards a fulfilling and rewarding career in medicine? Join us at Kumbh Study Abroad and embark on a transformative educational journey that will shape the rest of your life. Explore our MBBS programs, connect with our team, and discover why thousands of students from around the world choose Kumbh Study Abroad as their partner in education.
Join Us on the Path to Success
Are you ready to embark on an unforgettable journey towards a rewarding career in medicine? Explore the world of global MBBS programs with Kumbh Study Abroad and unlock a world of opportunities for personal and professional growth.
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Digital world
The digital world is the availability and use of digital tools to communicate on the Internet, digital devices, smart devices and other technologies.
Today's world is a digital world. Everything is online. Customers look online for the products they need, they go online to get more information about almost anything, and they go online to talk to friends. Whenever a customer goes online, a business has the chance to connect with them.
Why is digital world important?
Even if you are in some other part of the world, digital technology allows you to connect with friends, family, and work remotely. You can communicate using words, audio, video, and other media. Software, Websites, and apps have all been developed to assist users in socializing
What is the future of digital world?
The future of Digital Transformation consists of some crucial aspects. The access to remote operations is expected to be enhanced. The concept of employee well being is expected to become an organizational priority. Digital twin computing capacity may enable predictive analytics
What are the issues of digital world?
In this section, you can find resources on how to tackle these issues in a positive way.
Authenticating Information. …
Cyberbullying. …
Cyber Security. …
Excessive Internet Use. …
Gambling. …
Online Hate. …
Online Ethics. …
Online Marketing. etc..
Digital health
Digital technologies are now integral to daily life, and the world’s population has never been more interconnected. Innovation, particularly in the digital sphere, is happening at unprecedented scale. Even so, its application to improve the health of populations remains largely untapped, and there is immense scope for use of digital health solutions. WHO is harnessing the power of digital technologies and health innovation to accelerate global attainment of health and the well-being
Global Strategy on Digital Health 2020-2025
The purpose for a Global Strategy on Digital Health is to promote healthy lives and wellbeing for everyone, everywhere, at all ages. To deliver its potential, national or regional Digital Health initiatives must be guided by a robust Strategy that integrates financial, organizational, human and technological resources.
key objectives
WHO has three key objectives to promote the adoption and scale-up of digital health and innovation:
1. Translating latest data, research, and evidence into action: this means promoting standards for interoperability and data sharing and supporting implementation of digital solutions that contribute to informed decision making
.2. Enhancing knowledge through scientific communities of practice: enabled by new technologies and no longer limited by the need for physical meetings or hard copy peer review journals, WHO brings together top expert voices around topics of clinical and public health significance.
3. Systematically assessing and linking country needs with supply of innovations: all too often in global health, products are developed with the attitude of “if you build it, they will use it.” This approach has failed time and again. WHO takes a proactive, systematic approach to identify, promote, co-develop, and scale innovations that are based on country needs Global Strategy
The WHO Global Strategy on Digital Health, adopted in 2020 by the World Health Assembly, presents a roadmap to link the latest developments in innovation and digital health, and put these tools to action in order to improve health outcomes. Part of WHO’s strategic vision is for digital health to be supportive of equitable and universal access to quality health services. Digital health can help make health systems more efficient and sustainable, enabling them to deliver good quality, affordable and equitable care.
These high ideals are challenging to attain, especially for low- and middle-income countries. The purpose of WHO’s Global Strategy on Digital Health is to support countries in strengthening their health systems through the application of digital health technologies and achieve the vision of health for all. The strategy is designed to be fit for purpose and for use by all Member States, including those with limited access to digital technologies, goods and services.
Is digital world good?
It can bring future opportunities for work and career. But on the bad side, it can also bring great harm and stress – especially for a child who does not know how to use the internet thoughtfully.
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FDA awards 19 grants and two contracts related to rare diseases, including ALS
- By U.S. Food and Drug Administration (FDA) -
Today, the U.S. Food and Drug Administration announced it has awarded 19 new grants and two new contracts totaling more than $38 million in funding over the next four years to support clinical trials, natural history studies and regulatory science tools related to rare diseases.
These grants and contracts, which were funded by the FDA’s Orphan Products Grants Program, aim to advance the development of medical products to treat rare diseases. Several awards support the Accelerating Access to Critical Therapies for Amyotrophic Lateral Sclerosis Act (ACT for ALS) which recently established the FDA Rare Neurodegenerative Disease Grant Program to promote medical product development for rare neurodegenerative diseases such as ALS.
“One of the greatest obstacles facing individuals who suffer from rare diseases is the limited treatment options currently available,” said FDA Commissioner Robert M. Califf, M.D. “Since the beginning of the Orphan Products Grants Program in 1983, it has facilitated the approval of more than 80 rare disease products. Through this and other efforts focused on rare diseases, the FDA continues to advance the development and evaluation of safe and effective medical products that help address patients’ unmet needs.”
The FDA received 33 clinical trial grant applications and awarded more than $25 million spread over the next four years to 11 clinical trials that support product development for rare disease treatments. Seven of the awards fund studies of rare cancers, mostly targeting cancers of the brain and peripheral nerves. Visit Orphan Products Grants (clinical trials) for more information.
Natural history studies look closely at how specific diseases progress over time. The FDA received 43 natural history grant applications and funded eight new grants totaling more than $11 million spread over the next four years for natural history studies that support innovative research to inform medical product development. Several studies seek to characterize certain subgroups within a disease, identify novel clinical outcome measures and biomarkers, which have the potential to improve the current standard of care and inform future drug development, including gene therapies. Visit Orphan Products Grants (natural history studies) for more information.
The Rare Neurodegenerative Disease Grant Program was established specifically for ALS and neurodegenerative conditions upon enactment of the ACT for ALS in December 2021. The ACT requires that the FDA award grants and contracts to public and private entities to cover costs of research on, and development of interventions intended to prevent, diagnose, mitigate, treat, or cure ALS and other rare neurodegenerative diseases in adults and children. Three of the natural history studies awarded by the FDA are related to rare neurodegenerative diseases including for ALS, Myotonic Dystrophy Type 1, and Ataxia-Telangiectasia. The study for ALS, partially funded by the National Institutes of Health (NIH) has the potential to advance existing knowledge of the natural history of ALS, inform drug development and possibly support future regulatory decisions.
Additionally, the FDA funded two contracts related to rare neurodegenerative diseases. One contract, co-funded by NIH and the FDA, will study whether a physical assessment of ALS patients, typically done in a health care professional’s office, can be done remotely at home to minimize the burden on patients. This can ultimately lead to lower clinical trial costs and enable decentralized trials, where appropriate, improving access to trials for patients in rural areas and lower-resource healthcare settings.
The second contract is a landscape analysis of patient preference information (PPI) studies focused on brain-computer interface (BCI) devices. The FDA is specifically interested in BCI devices that communicate with the brain and provide patients, who are no longer able to speak or move, with the ability to interact with their families and health care professionals. The contract will review the literature to determine what is already known about BCI devices and PPI studies in ALS. In total, through collaborative efforts, the FDA and its partners were able to support nearly $6 million in research and science to advance the mission of the ACT for ALS Act. Visit Rare Neurodegenerative Disease Grant Program for more information about the contracts.
“These grants provide important funding to researchers who are working to develop better treatments for rare disease patients,” said Sandra Retzky, D.O., J.D., MPH, director of the FDA’s Office of Orphan Products Development (OOPD). “The contracts aim to advance treatment options for patients, help inform regulatory decision making, and promote diversity, equity and inclusion in clinical research. OOPD will continue to make investments in progressive studies to advance medical product development.”
Earlier this year, the FDA announced the agency’s Action Plan for Rare Neurodegenerative Diseases, including ALS – a five-year plan to further the development of safe and effective medical products and facilitate patient access to novel treatments. The plan was developed in accordance with the ACT for ALS Act. The FDA recently announced a call for comments on current funding needs in the rare neurodegenerative disease space that could be supported by grants from the Office of Orphan Products Development.
The FDA remains committed to supporting rare disease research by providing existing grantees with critical funding and encouraging innovative trial designs, collaborations among stakeholders, early and ongoing patient engagement, use of innovative methods, and use of established infrastructure.
Related Information
Office of Orphan Products Development
Developing Products for Rare Diseases and Conditions
Rare Diseases Program
Accelerating Access to Critical Therapies for ALS Act – ACT for ALS
The FDA, an agency within the U.S. Department of Health and Human Services, protects the public health by assuring the safety, effectiveness, and security of human and veterinary drugs, vaccines and other biological products for human use, and medical devices. The agency also is responsible for the safety and security of our nation’s food supply, cosmetics, dietary supplements, products that give off electronic radiation, and for regulating tobacco products.
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Source: U.S. Food and Drug Administration (FDA)
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FDA and NIH launch public-private partnership for rare neurodegenerative diseases
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Viktor Arcane x Fem! Reader- ‘Chamomile Kisses’ -preview-
Hi anyone who reads this, this will be my first fanfic on this website and i hope you all enjoy!
Preview- Chapter 1
You've dedicated over 3 years to the Academy, focusing your expertise on the biological sciences housed in the east wing. Although your background is in Pharmacy, you've embraced herbology to broaden your knowledge. Not only have you delved into the study of plants and their medicinal applications, but you've also become the driving force behind the flourishing herbology clinic. As time has passed, your natural remedies have gained remarkable popularity, causing your clinic's demand to outgrow its initial, confined space. Hermendinger, your unwavering supporter in establishing the herbology clinic, keenly observed this expansion. Together with the council, he recognized your significant contributions, evident in the substantial revenue you've generated for the academy—second only to the pharmacy in the west wing. Recognizing your immense potential and the need for more space, the decision was made to provide you with a considerably larger area to operate your clinic. This shift to the north wing signifies the Academy's investment in your expertise, granting you the canvas to magnify your studies and elevate your herbology clinic to new heights.
You crossed paths with him – Viktor. He strode gracefully through the hall, his imposing form exuding confidence, and his lush, chocolate-colored hair swept back, framing his sharp features. His presence was unmatched, the rhythmic click of his cane trailing behind him as he remained engrossed in the papers held tightly in his grip. Click, click, click. In that fleeting moment, he continued on, oblivious to your presence. With boxes in your hands, you carried on your journey, making your way towards the glass door that lay ahead – your gateway to a new clinic and research lab, ushering in a fresh chapter in your life.
Unveiling the array of flasks, beakers, pipettes, and burettes, you meticulously unpacked your equipment within the confines of your lab. Your tools sprawled haphazardly across the surfaces, testament to the meticulous work that lay ahead before your grand opening. Days turned into a whirlwind of activity, just shy of a week's time spent sorting, organizing, and setting up both your plant study equipment and the natural remedies you intended to offer. The final touch awaited completion – the new sign, a masterpiece crafted by the skilled hands of the handyman. Amidst this transition, you had met a multitude of new faces you hadn't encountered before. The wing you now called home specialized in engineering and experimental sciences, a vibrant tapestry of innovation and intellectual exploration. Among these new acquaintances was Jayce, who took it upon themselves to extend a warm welcome. It was Jayce who revealed Viktor's true nature – an introverted workaholic, initially reserved, but beneath that exterior lay a kind and genuine heart.
Empowered by Jayce's insight, you mustered the courage to break the ice. As dusk settled in, and the lab doors were left ajar in anticipation of Jayce's return to close up, you seized the chance to observe Viktor. His absorption in his work was evident, his focus absolute as he remained oblivious to the world around him, including your discreet presence. Over time, your late nights at the lab unveiled an intriguing pattern – the faint click of Viktor's walking stick at precisely 11 pm, marking his departure for the day. Today marked a turning point, the day you would take that leap and initiate an introduction, setting in motion an unconventional relationship that would undoubtedly shape the chapters of your journey ahead.
#viktor x you#viktor x reader#viktor arcane x reader#arcane viktor x reader#viktor arcane x you#ChamomileKisses#arcane#arcane x reader#arcane x you#arcane x female reader#arcane x y/n
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Top MBBS College in Bangladesh - Study with Madex.co.in for Excellence
Embarking on a medical career is a significant decision that requires careful consideration and planning. One of the critical factors in this journey is selecting the right medical college. Bangladesh has emerged as a popular destination for aspiring doctors due to its high-quality medical education and affordable tuition fees. At Madex.co.in, we are committed to guiding you towards the top MBBS colleges in Bangladesh, ensuring you receive the education and training necessary for a successful medical career.
Why Choose Bangladesh for MBBS?
Bangladesh offers several advantages for international medical students. The country boasts a robust medical education system with colleges that adhere to global standards. Many of these institutions are affiliated with renowned universities and recognized by international medical councils, ensuring that your degree is globally accepted. The curriculum is comprehensive, combining theoretical knowledge with extensive practical training, which is crucial for developing competent medical professionals.
Advantages of Studying in Bangladesh
Quality Education: The top MBBS colleges in Bangladesh offer a rigorous academic curriculum supported by experienced faculty and state-of-the-art facilities. Students gain hands-on experience through well-equipped laboratories, modern libraries, and extensive clinical training in affiliated hospitals.
Affordable Tuition Fees: Compared to other countries offering medical education, Bangladesh provides a more cost-effective solution without compromising on quality. This financial advantage makes it an attractive option for students from diverse economic backgrounds.
Cultural and Geographical Proximity: For Indian students, Bangladesh is a convenient choice due to its cultural similarities and geographical proximity. This familiarity helps students adapt more quickly and comfortably to their new environment.
English Medium Instruction: The medium of instruction in most Bangladeshi medical colleges is English, eliminating language barriers and making it easier for international students to grasp complex medical concepts.
How Madex.co.in Can Help
At Madex.co.in, we understand the challenges and complexities involved in securing admission to a reputable medical college. Our team of experts provides personalized assistance throughout the entire process, from application to enrollment.
Guidance and Counseling: We offer comprehensive counseling sessions to help you understand the admission requirements, eligibility criteria, and the application process for various colleges.
Application Assistance: Our team helps you prepare and submit your application, ensuring all necessary documents are in order and deadlines are met.
Financial Planning: We assist in exploring scholarship opportunities and financial aid options to make your medical education more affordable.
Logistical Support: From visa applications to travel arrangements and accommodation, we provide support to ensure a smooth transition to your new college.
Ongoing Support: Our relationship with students continues even after admission. We offer ongoing support to help you navigate any challenges during your academic journey.
Conclusion
Choosing the right medical college is crucial for your future career as a doctor. By partnering with Madex.co.in, you gain access to top MBBS colleges in Bangladesh and benefit from our extensive support services. We are dedicated to helping you achieve your dream of becoming a medical professional by providing the guidance and resources you need to excel.
Start your journey towards medical excellence today with Madex.co.in. Visit our website to learn more about your options and take the first step towards a rewarding career in medicine.
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Revolutionizing Industries: The Application of Automation
Introduction:
In today's rapidly evolving technological landscape, automation has emerged as a transformative force across industries. From manufacturing and healthcare to finance and transportation, the application of automation is reshaping workflows, enhancing efficiency, and driving innovation. In this blog, we explore the myriad ways in which automation is revolutionizing industries, unlocking new possibilities, and propelling us into the future.
The Rise of Automation: A Paradigm Shift
Automation, once confined to repetitive tasks on factory floors, has transcended its traditional boundaries to become a cornerstone of modern industry. The advent of advanced robotics, artificial intelligence, and machine learning technologies has enabled automation to permeate virtually every aspect of business operations, from production and logistics to customer service and decision-making processes. This seismic shift represents not merely an evolution but a revolution in the way we work, produce, and consume goods and services.
Transforming Manufacturing Through Automation
In the realm of manufacturing, automation has ushered in a new era of efficiency and precision. Robotic arms tirelessly assemble components with speed and accuracy, while automated guided vehicles navigate factory floors, streamlining logistics and reducing downtime. Moreover, predictive maintenance systems leverage machine learning algorithms to anticipate equipment failures before they occur, minimizing costly disruptions and maximizing productivity. The result is a leaner, more agile manufacturing ecosystem capable of meeting the demands of today's dynamic marketplace.
Enhancing Healthcare Delivery with Automation
In healthcare, the application of automation holds immense promise for improving patient outcomes and optimizing resource allocation. From robotic surgery systems that offer unparalleled precision to automated prescription dispensing systems that mitigate medication errors, automation is revolutionizing clinical workflows and enhancing the quality of care. Furthermore, predictive analytics algorithms analyze vast troves of patient data to identify patterns and trends, enabling healthcare providers to deliver more personalized and proactive interventions. By leveraging automation, healthcare organizations can achieve greater operational efficiency, reduce costs, and ultimately, save lives.
Revolutionizing Finance Through Automated Processes
In the financial sector, automation is driving unprecedented levels of efficiency and innovation. Algorithmic trading platforms execute high-frequency trades with lightning speed, leveraging complex mathematical models to capitalize on market fluctuations. Similarly, automated risk management systems monitor portfolios in real-time, identifying potential threats and opportunities with precision and accuracy. Moreover, chatbots and virtual assistants provide round-the-clock customer support, enhancing the banking experience and streamlining routine transactions. By automating repetitive tasks and leveraging data-driven insights, financial institutions can stay ahead of the curve in an increasingly competitive landscape.
Automating Transportation for a Connected Future
In transportation, automation is revolutionizing the way we move people and goods from point A to point B. Autonomous vehicles equipped with advanced sensors and AI algorithms navigate roads with a level of precision and safety unmatched by human drivers. Meanwhile, automated warehouses utilize robotic systems to optimize storage and retrieval processes, reducing delivery times and improving inventory management. Furthermore, predictive maintenance algorithms monitor the health of transportation infrastructure, ensuring the reliability and safety of critical assets. By embracing automation, the transportation industry can create a more connected, efficient, and sustainable future.
Conclusion:
The application of automation represents a paradigm shift in the way we conceive of work, productivity, and progress. From manufacturing and healthcare to finance and transportation, automation is revolutionizing industries, unlocking new possibilities, and driving innovation. By leveraging advanced technologies such as robotics, artificial intelligence, and machine learning, organizations can streamline workflows, enhance efficiency, and deliver superior outcomes. As we continue to harness the power of automation, we pave the way for a future characterized by unprecedented levels of productivity, connectivity, and prosperity.
FAQs:
Q1: How does automation impact job roles and employment opportunities? A1: While automation may lead to the displacement of certain roles, it also creates new opportunities for employment, particularly in fields such as data science, software development, and robotics engineering. Moreover, automation has the potential to enhance job satisfaction by eliminating mundane tasks and empowering workers to focus on more strategic and creative endeavors.
Q2: What are some potential risks associated with the widespread adoption of automation? A2: Risks include job displacement, economic inequality, and concerns about data privacy and cybersecurity. Additionally, there may be ethical considerations surrounding the use of AI and autonomous systems, particularly in fields such as healthcare and transportation.
Q3: How can organizations ensure a smooth transition to automated processes? A3: Organizations can facilitate a smooth transition by investing in employee training and upskilling programs, fostering a culture of innovation and adaptability, and prioritizing collaboration between humans and machines. Moreover, it's essential to address any concerns or resistance among employees and stakeholders through transparent communication and engagement.
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Pursue Your Dream: Study MBBS in Kazakhstan
Are you considering a career in medicine? Kazakhstan offers an excellent opportunity to pursue an MBBS with world-class education and affordable fees. Let’s explore why studying MBBS in Kazakhstan is a smart choice for aspiring doctors.
Why Choose MBBS in Kazakhstan?
Kazakhstan has become a popular destination for international students seeking medical education. Here are a few reasons why:
Quality Education: Medical universities in Kazakhstan are known for their high standards of education. They follow a curriculum that meets international standards and uses the latest technologies and teaching methodologies.
Affordable Fees: MBBS fees in Kazakhstan are significantly lower compared to countries like the USA, UK, or Australia. This makes it an attractive option for students from various economic backgrounds.
Recognized Universities: The medical degrees offered by Kazakh universities are recognized globally, including by the World Health Organization (WHO) and the Medical Council of India (MCI).
Cultural Diversity: Kazakhstan is a multicultural country that welcomes students from around the world. This diversity enriches the student experience and provides a global perspective on medical practice.
Best Medical Universities in Kazakhstan
When considering MBBS in Kazakhstan, choosing the right university is crucial. Here are some of the best medical universities in Kazakhstan:
Kazakh National Medical University (KazNMU): One of the oldest and most prestigious medical universities in Kazakhstan, known for its excellent faculty and research facilities.
Astana Medical University: Located in the capital city, of Astana, this university offers modern infrastructure and a comprehensive medical curriculum.
Karaganda State Medical University: Renowned for its research-oriented approach and strong emphasis on practical skills.
Al-Farabi Kazakh National University: Offers a well-rounded medical education with a focus on both theoretical knowledge and clinical practice.
MBBS Fees in Kazakhstan
One of the most compelling reasons to study MBBS in Kazakhstan is its affordability. The annual tuition fees for MBBS programs in Kazakhstan range from $3,000 to $6,000. Additionally, the cost of living is relatively low, making it easier for students to manage their expenses.
Admission Process for MBBS in Kazakhstan
The admission process for MBBS in Kazakhstan is straightforward and transparent:
Eligibility: Students must have completed their higher secondary education with a minimum of 50% in Physics, Chemistry, and Biology.
Entrance Exam: Some universities may require an entrance exam, while others offer direct admission based on academic performance.
Application: Submit the required documents, including academic transcripts, passport copies, and a completed application form.
Visa: Once accepted, students need to apply for a student visa to study in Kazakhstan.
Medical Colleges in Kazakhstan for Indian Students
Kazakhstan is particularly popular among Indian students. The medical colleges in Kazakhstan offer programs that are aligned with the MCI standards, ensuring that Indian students can practice medicine in India after completing their degree. Additionally, many universities have Indian food options and cultural programs to make Indian students feel at home.
Conclusion:
Studying MBBS in Kazakhstan is a wise decision for those looking to obtain a quality medical education at an affordable cost. With recognized universities, excellent facilities, and a supportive environment for international students, Kazakhstan provides a strong foundation for a successful medical career.
Embark on your journey to becoming a doctor by considering MBBS in Kazakhstan. Take advantage of the high-quality education, multicultural environment, and affordable fees to achieve your dream.
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Healthcare Technology
Medical laboratories play a crucial role in healthcare by performing tests on clinical specimens to obtain information about patients' health. These laboratories are equipped with advanced technology and staffed by skilled professionals who conduct a wide range of diagnostic tests, from routine blood work to complex genetic analyses. The results from these tests are essential for diagnosing diseases, monitoring patient health, and guiding treatment decisions. By providing accurate and timely data, medical laboratories contribute significantly to patient care and the overall effectiveness of the healthcare system.
Some types of healthcare technology:-
Electronic Health Records (EHRs): Digital versions of patients' paper charts, allowing for real-time, patient-centered records accessible instantly and securely.
Telemedicine: Platforms that enable remote consultations and medical services through video conferencing and online communication.
Wearable Health Devices: Gadgets like fitness trackers and smartwatches that monitor health metrics such as heart rate, physical activity, and sleep patterns.
Medical Imaging Technology: Advanced systems such as MRI, CT scans, and X-rays that provide detailed images of the body for accurate diagnosis and treatment planning.
Robotic Surgery: Robots that assist in performing precise surgical procedures, often minimally invasive, improving recovery times and outcomes.
Health Information Systems: Software that manages healthcare data, including patient information, billing, and scheduling, to enhance operational efficiency.
Artificial Intelligence (AI) in Healthcare: AI-powered tools for diagnostics, predictive analytics, and personalized treatment plans.
Mobile Health Apps: Applications that offer health-related services and information on smartphones, helping users manage their health and wellness.
Clinical Decision Support Systems (CDSS): Software that provides healthcare professionals with knowledge and person-specific information to enhance decision-making in clinical settings.
Pharmacy Automation: Technologies that automate the dispensing, packaging, and labeling of medications to improve accuracy and efficiency in pharmacies.
Laboratory Information Management Systems (LIMS): Systems that manage samples, associated data, and laboratory workflows to ensure high-quality results and regulatory compliance.
Patient Portals: Online platforms that allow patients to access their health records, communicate with healthcare providers, and manage appointments.
3D Printing in Healthcare: The use of 3D printing technology to create medical devices, prosthetics, and even bioprinted tissues and organs.
Virtual Reality (VR) and Augmented Reality (AR): Technologies used for medical training, patient rehabilitation, and even in surgical procedures for enhanced visualization.
Remote Patient Monitoring (RPM): Devices and applications that track patients' health data from home and send it to healthcare providers for ongoing monitoring and management.
Source:- https://www.biomedicaworld.com/
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SpaceX CRS-27 delivers truck load of research projects to ISS by Melissa Gaskill for ISS News Houston NASA's 27th SpaceX commercial resupply services (CRS) mission is scheduled to launch to the International Space Station from the agency's Kennedy Space Center in Florida in March. The scientific experiments and technology demonstrations carried by the uncrewed Dragon spacecraft examine how the heart changes in space, test a student-designed camera mount, compare surfaces that control biofilm formation, and more. A Helping Hand for Hearts The Tissue Chips in Space program, a collaboration between the National Center for Translational Sciences at the National Institutes of Health and the ISS National Lab, is sending up its final two studies. Both are second flights of heart-related investigations that use tissue chips, small devices that mimic functions of human organs. Cardinal Heart 2.0 builds on the Cardinal Heart investigation. That study, according to Dilip Thomas, a post-doctoral researcher at the Stanford Cardiovascular Institute, affirmed the hypothesis that microgravity can adversely influence engineered heart muscle tissues. "This second study aims to test whether clinically approved drugs mitigate the signs of abnormal processes seen from the first flight," he says. Principal Investigator Joseph Wu, director of the institute, says the follow-up study could provide a deeper understanding of how major heart cell types respond to drugs in the space environment. That understanding could guide drug development strategies on Earth to treat patients with diseases such as heart failure more effectively. The first Engineered Heart Tissues investigation looked for changes at the cellular and tissue level that could provide early indication of the development of cardiac disease. Engineered Heart Tissues-2 tests whether new therapies prevent these negative effects from occurring. This research could help predict and prevent cardiovascular risk and lead to countermeasures to protect future space explorers. Because the cardiovascular system's response to microgravity resembles age-related diseases on Earth, these studies could help patients at risk of developing heart disease on the ground as well. These investigations both employ adaptable experiment hardware developed by BioServe Space Technologies. "We have been able to develop or modify hardware and expand the types of projects that can be supported on orbit," said BioServe Director Stefanie Countryman. "The Tissue Chips experiments really opened the gates to a wide variety of research that up until that point wasn't thought possible on station. It allows for more complex science and could inspire other researchers to think about what is possible." Student Innovation for Stable Images The High School Students United with NASA to Create Hardware (HUNCH) program enables students to fabricate real-world products for NASA while applying science, technology, engineering, mathematics, and artistic skills. The HUNCH Ball Clamp Monopod tests a platform to keep cameras stable while tracking targets on the ground or taking images and video inside the space station. The device, which attaches cameras to space station handrails, could make photography operations easier and faster for the crew and has the potential to support photography applications on Earth as well. Students from Cypress Woods High School, Clear Creek High School, and Conroe High School participated in the project. "The highlight of my experience was going through the entire engineering design process to ultimately accomplish a personal long-term goal," said Shane Johnson, Cypress Woods High School, who designed the thumbscrew used on the Ball Clamp. Johnson heard about the HUNCH program on the first day of high school and made the decision to get something that he made on the space station. "In the following years, I fell in love with the process of starting with an idea, then brainstorming, prototyping, and tweaking continuously until left with a perfected product. When I got the call that my hardware was approved for flight, I was absolutely euphoric." Mike Bennett, HUNCH flight configuration project manager, points out that this project offers students real world experiences in many areas, such as design and manufacturing, and gave them the experience of taking a project from an idea through various iterations to creating the parts needed for a refined and finished item. Soaking up Carbon Dioxide CapiSorb Visible System (CVS) demonstrates replacing gravity with capillary forces to control liquids that can absorb carbon dioxide. Capillary forces are the interaction of a liquid and solid that can draw a fluid up a narrow tube, much like water soaking into a paper towel. "Using liquid sorbents to capture carbon dioxide works great on Earth, but in microgravity, it's a challenge," said Co-investigator Grace Belancik. "This system's geometry provides liquid control and passive transport in microgravity in the form of a continuous liquid flow loop." Data from the experiment could directly inform design of new carbon dioxide removal systems for future crewed missions to the Moon and Mars. "Exploration missions require life support systems that are reliable as well as lightweight with low mass and volume," said Co-investigator Mark Weislogel. "Systems like this one broaden the technological options for life support equipment in the direction of simplicity, which could reduce the need for maintenance, repairs, and replacement parts without sacrificing performance. CVS builds on years of fundamental and applied research of large-length scale capillary phenomena on the space station that cannot be studied on Earth." Banishing Biofilms Biofilms, an ongoing study from ESA (European Space Agency), examines formation of aggregations of microorganisms called biofilms and tests the antimicrobial properties of different metal surfaces in spaceflight. "The Biofilms experiment consists of three flights testing three different bacterial species on three different types of metal surfaces with and without antimicrobial properties," says project scientist Katharine Siems. "Each flight has a different combination of bacteria, metal type, surface topography, and gravity condition." Principal investigator Ralf Moller notes that microbial contamination is inevitable on crewed space missions since microorganisms are an integral part of a healthy human body. "These microorganisms can spread to places inside a spacecraft where they can form biofilms," said Moller. "These biofilms can lead to biofouling and corrosion, which can be a threat for sensitive equipment, especially on longer missions into space." This investigation could advance the understanding of how biofilms form under different gravitational conditions and support development of materials that minimize microbial contamination inside spacecraft. Antimicrobial surfaces also have applications in settings such as hospitals, public facilities, and industry on Earth. Life in Space Tanpopo-5, an investigation from JAXA (Japan Aerospace Exploration Agency), studies the response to space exposure in radiation-resistant microbes, moss spores, and biochemical compounds including amino acids. Amino acids have been detected in extraterrestrial bodies such as meteorites and are possible precursors to life on Earth. Tanpopo-5 follows four earlier experiments seeking insight into how organisms respond to space exposure. "Today, Earth's ozone layer shields much of the ultraviolet radiation, but the space environment can be considered a model for primitive Earth," said Principal Investigator Hajime Mita, Fukuoka Institute of Technology. "The space station provides an accessible exposure facility where we can achieve the same broad spectrum as solar ultraviolet radiation and the combination of cosmic and ultraviolet radiation in space." These investigations could inform strategies to protect other planets from contamination by humans and for returning samples from other planets safely to Earth. Tanpopo-5 could provide insight into whether terrestrial life can survive in space and help scientists understand the key ingredients that sparked life on Earth. Results also may help support agricultural activities and planetary quarantine strategies for human activities on the Moon and Mars.
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