Periodic Table Championship: Round 1, Day 4, Beryllium vs. Flerovium

The fourth day of round 1 starts us off with element 5, beryllium, competing with element 114, flerovium.

Beryllium is a hard, brittle, alkaline earth element that crystalizes in the hexagonal system at room temperature. Transparent to X rays, beryllium is used in windows for X ray equipment; it is also commonly alloyed with copper. It was named for the mineral beryl, but was for a time known as glucine, for the sweet taste of several of its compounds.

Flerovium is an extremely radioactive synthetic element, the last member of the carbon group, and the last synthetic element to be created in sufficient quantity to investigate its chemistry. Around 90 atoms of the element have been observed and it is expected to be metallic in bulk form. The most stable half-life of known flerovium isotopes is around 2 seconds. Its name comes from the Flerov Laboratory where it was created, which was itself named for Georgy Flerov.

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french forenames + atomic and subatomic particles + periodic elements BUT excluding "o"

Acque Actraviel Actrismium Agaline Alberium Aleantium Alidium Alilium Alite Aliumium Amagneu Amice Amium Ancel Ancia Ancium Anckel Andrane Andren Andricelle Angaberic Aniquarcel Anium Anmarine Anmic Anneptick Antanue Antine Arine Arium Arletium Aunium Aximp Axiste Belin Beniquan Benne Beriert Berin Bermquark Bervé Betium Bettrine Braque Bricium Brium Béane Béathéri Béatrane Caline Calis Calle Caluc Camenée Canium Catrices Celyne Challe Chamagne Chant Chark Chascall Chascarium Chentium Cherbier Chric Chridium Chrie Chrien Chriert Chrine Chrins Chris Chype Chèle Claine Claric Clase Claudid Claudium Clierine Cline Clémic Clémium Clémyrium Clérium Cyrie Cyrmium Céance Céanium Céatris Cécium Cédéricium Célaulie Célium Damium Dandra Danmarce Danne Dantia Dantine Davie Delle Dierk Diumen Dubium Dubnic Dubnie Dylvie Dysph Dyspra Electrite Elistinne Emaris Ematrium Emmaincie Emmantine Emmarc Emmargine Emmathel Ernadien Esium Exand Exavie Existis Fabelle Fabent Fabium Fabraccer Fabric Fanmanium Ferie Fluri Fraletter Frandrée Frangen Franièle Fraptune Fravienum Fravierna Fravitria Frégilie Frémy Gabis Gabium Galiume Ganeutra Ganne Gaétium Gaëllevire Genclen Geque Gerbium Gerium Gerry Gervé Gethium Getthien Ghine Ghium Gildstaul Gille Gillille Gindellide Ginettri Giste Gistine Glucin Glude Gludene Gradia Gradmium Granmium Graquel Gravine Gréliel Guene Guette Guine Gélistie Gérientic Hamermine Hanne Harge Haric Helle Henium Henne Hermium Huline Hydin Héracquark Ineuthéra Inium Ircelineu Irentin Iriette Isark Jacque Janeu Janium Jannier Janpase Jantiand Jeadium Jeancium Jeane Jeanie Jeanium Jeannium Jeant Jeantin Jeanum Jenjacce Jesictrium Julia Julisèle Jéraymine Jérium Jérène Karant Kelechrium Kelium Laette Laine Lainette Laineu Lairetium Lassitan Lathelie Lathériste Laudel Laudrélène Laulipper Laurisca Lienium Liert Lucine Lucium Luclairey Lucle Lucles Luilium Lutravie Lybden Léatium Léminum Lérèse Madenée Magandrine Magne Magnès Maine Manie Manlucilid Manne Manum Marbium Marce Mariené Marin Marium Marle Marlein Marler Marthene Marthise Mathienium Matrark Maulie Menick Mette Michark Michrie Mickelle Mirine Myrmi Mélainium Mélaure Mélidile Mélierbie Méliline Méliqualin Mélium Mélène Nadium Naniel Narkevid Neuriel Neutri Neutrine Niquetthie Nueliana Palienium Pascalaste Pasele Passium Pathalben Pathe Pathium Patium Patrictrin Patterine Pauark Paudenium Paudentine Paudilium Paury Phafermi Phant Phele Phiette Phium Pielyneute Piette Piumines Planick Plarc Plaune Plaur Plauris Plecherry Plexcincel Plucium Prandis Pravis Quard Quarie Quarle Quele Quelle Quette Rachrie Radil Rance Ranneu Rantin Raquellis Ravinc Ravitelle Rhelierth Rheriel Richele Rubnium Ruste Rutranium Rutrineu Rédéricel Régin Sabin Sabium Sabrutrine Samarc Samenuc Samium Sanne Santactine Santastin Scalt Seanniette Silier Silles Simer Skyric Skyrice Skyrien Skyrium Slecharium Spuradette Spury Squette Starilium Steine Stent Sterise Stine Stineu Stéphance Sulium Suzanium Sylas Sylval Sylvalium Sylveline Tacquard Talémel Tanadid Tanice Tanin Tanium Taquelle Tarianne Taude Taudel Thamark Thark Thaël Thiggsium Thuguette Tiche Tinel Upque Urium Vaine Vainium Vairèsele Valcium Vanth Vantium Vanum Vidium Weyllenick Weylli Weylvale Weylve Wilie Xavireylle Xendritin Xenne Xentia Yanciam Yandium Yandrémium Yantine Ytthie Yverc Yverium Yverry Yvetin Zircele Zirenium Éliaman Élianum Élick Éline Éliphise Élium Élène Ériergand Érine Étinc Étium Évert Évessium

Trick Patterns, Industry Constaints.Precipitates were filteringed system as well as examined making use of x-ray diffraction (XRD), X-Ray Fluorescence (XRF) and also Scanning Electron Microscopy- Energy Dispersive Spectroscopy (SEM-EDS). Chelation is used to treat metal poisoning and for the commercial removal of metals.As acids respond and also the pH enhances, response items might be produced in the form of a gelatinlike and insoluble mass.Iron precipitation was kept track of at the absence of a chelating representative in acid to show extent of precipitation problem at numerous pH environments and also temperature levels.

Chelating agents have a ring-like center which creates a minimum of two bonds with the metal ion enabling it to be excreted.However, the biodistributions of a 25 mer MORF oligomer classified with 90Y as well as 111In utilizing SCN-Benzyl-DTPA and also with 99mTc as well as 188Re using NHS-MAG3 were revealed to be essentially identical.To prevent the extreme conditions of boiled water temperature level as well as alkaline pH of benzoyl deprotection, S-acetyl NHS-MAG3 was synthesized in which an acetyl changes the benzoyl group.Because the radioisotopes of these elements are steels, the alteration of the organic usually requires attaching a relatively cumbersome chelator.Fortunately, oligomers have a tendency to be aloof to heat. Chelating chelators are used in: industrial cleansers (for descaling and derusting of tools), detergents (stop metal discoloration, as well as premature decomposition of whitening representatives), food sector (flavour retention, slow down rancidity, protects against oxidation and also staining), steel treatment (removal as well as prevention of scale), paper industry (pretreatment of the washing liquor in chemical pulp lightening), photography (in rinsing bathrooms and leach-fixing baths), polymer processing (elimination of trace contaminations in manufacturing of PVC stablizing of latex solutions, polymers and also rubber), fabric handling (for the elimination of hefty metal ions throughout scouring as well as lightening or stabilization of dye-baths), agriculture (as metal service providers in micronutrients for fixing trace steel shortages in animals and also plants and also trees). aminopolycarboxylates (APCAs) and also polyphosphonates are generally made use of (Nowack, 2007; Knepper, 2003). Ethylenediamine tetraacetic acid (EDTA) is a popular sequestering representative for the hardness ions, such as Ca +2, and also is the reagent service used in the firmness examination protocol released by API.The Epa (EPA) approximated that 35,000 to 38,000 tons of NTA were generated in the USA, as well as 27,000 to 30,000 loads were exported.In the oil area, chelating representatives are made use of in excitement therapies as well as for cleaning surface facilities. We really hope that we have actually revealed that a range of classifying methods are readily available for these biologicals to attach the a lot more typical metal radionuclides beneficial in nuclear medication but that each has its peculiar benefits as well as disadvantages.They incorporate with calcium, magnesium as well as various other heavy steel ions in difficult water to create particles in which the ions are held so firmly (sequestered) that they can no longer react., citric acid as well as glucinic acid) utilized for the objective of binding (i.However, as currently stated, there are no convenient long lived, imaginable radioisotopes of normally occurring elements such as carbon, oxygen and nitrogen.The bifunctional chelator NHS-Hynic is commercially available as well as has been made use of to classify oligomers however postlabeling filtration was required.As such, DTPA has actually seen more use for connecting trivalent metals such as 111In as received Number 3 and also contaminated lanthanides such as 90Y.

These experiments showed that EDTAC had a rapid demineralizing effect.According to, even lyophobic substances such as dentine, the mineral parts of which are generally phosphate as well as calcium, are soluble in water.Furthermore, EDTAC must have a higher antimicrobial effect than EDTA, although it additionally causes greater inflammatory responses in soft tissue.The concentration of the salt continues to be consistent, and consequently the product of the concentrations of the ions in option at a given temperature (the solubility product) continues to be stable.A few years later, a cleaning agent was added in order to increase the cleansing and also antiseptic capacity of the EDTA option, the new structure being called EDTAC.

To counter such problems, eco-friendly chelating agents are obtaining popularity in applications such as cleaning, water treatment, food and also beverages as well as pharmaceutical.However, it can boost the threat of adverse environmental effects because of boosted steel mobilization and also the perseverance of both chelants as well as metal-chelant facilities for prolonged periods of time.If, however, the deposit consists principally of sulfates, it is normally essential to fracture the well to overcome this obstruction.Key Trends of Chelants-- International as well as Latin American Market. As chelators respond and also the pH increases, reaction products may be generated in the kind of a gelatinlike and also insoluble mass.A withdrawing representative does the exact same job that a chelating representative does to cover a metal ion as well as create a stable soluble facility and thus protect against metal ions from participating in chemical reactions.The bifunctional chelator NHS-Hynic is commercially offered and also has been used to label oligomers yet postlabeling purification was required.As a far better leaving team, acetyl can be much more easily eliminated at neutral pH as well as space temperature level. To clarify the interaction among plant-Heavy metals-chelant-rhizobacterial area a pot experiment was established up., citric acid and also glucinic acid) made use of for the objective of binding (i.The effects of Hefty metals therapy were combated by the addition of chelants in regards to the genetic biodiversity.Chelation treatment should be carried out slowly as well as the treatments spaced with adequate time lapsing to permit the body to adjust, and the micronutrient condition of the individual kept an eye on throughout. Most important application of phosphonate is that they inhibit development of range creating compounds as well as corrosion.When phosphonate is added to water, it adsorbs on the particles of calcium carbonate in the crystal and blocks the development sites of the particles and also makes the Van der Waals requires inadequate to draw the particles closer to agglomerate into ultimate insoluble solids.Both chelating and sequestering are chain reactions while phosphonates physically adsorb on particles and job inside within crystal network to stop growth of crystals and ultimate down payment of solids.However, in 1998 this quantity was increased as well as gotten to 64,000 lots.1 only pulp as well as paper, cleansing, chemical processing, farming and also water therapy constitute 80% of their intake.

Corresponding ferritin objectives are to maintain a degree between 500 as well as 1500 ng/mL. Chelators likewise bind non-transferrin-bound and also labile plasma iron, securing susceptible body organs such as the heart from damage by these poisonous iron forms, and also continual chelator direct exposure is optimum in this regard.Liver iron concentration considerably enhanced at a median follow-up of 29 weeks, and also no too much toxicity was seen.Furthermore, endocrinopathies including hypothyroidism, hypogonadism, and non-insulin-dependent sugar intolerance were turned around in some, but not all, patients treated in this fashion.Studies have actually revealed a reduction or stabilization of product ferritin degrees and also liver iron focus in a lot of, however not all, individuals with transfusional iron overload.

Chelants, also called chelates, offer a crucial objective across a broad varaiety of applications.All the chelates other than OA raised biological yield under reduced Pb regime.When held inside the complex, the ions have a limited ability to react with various other ions, clays or polymers.Sequestering representatives are a lot more responsive because of the existence of a number of active sites.Chelating representatives stop rainfall, thus keeping ions in a soluble type until the therapy fluid can be put back right into the development throughout cleaning. HEDP is widely utilized in sequestering agents of applications, to name a few, as ingredients of detergents.aminopolycarboxylates (APCAs) as well as polyphosphonates are typically used (Nowack, 2007; Knepper, 2003). Such therapy might restrict toxicity connected with each chelator and also enhance adherence, considered that each chelator would certainly be considered less days.After a 12-month therapy duration, subjects obtaining combination treatment had substantially greater enhancement in heart T2 * (from 11. In the aqueous media cost-free metal ions catalyze several responses unfavorable for guy. Deferiprone is a small molecule that is lipophilic, enabling entry into myocytes, and this chelator seems especially efficacious with regard to cardiac iron removal.The copper chelating representatives in current usage include penicillamine, trientine and dimercaprol.Combination therapy might work in such situations and specifically when alarmingly high levels of heart iron exist.Changing the chelator representative (eg, deferoxamine to deferasirox or the other way around) need to be considered in patients who are suggested the highest possible recommended dose however still have inappropriate iron worry. This is the fundamental factor regarding just how chelating representative shuts down metal ions.The crystals consist of pile of layers of calcium carbonate molecules held by Van der Waals compels prepared in a three dimensional network called crystal lattice.A sequestering agent does the very same job what a chelating agent does to cover a steel ion and also create a stable soluble complicated and thus prevents steel ions from taking part in chemical reactions., citric acid and glucinic acid) utilized for the objective of binding (i.When enveloped or clawed and gotten by chelating agent, the steel ions lose their capability to respond with various other ions. Phosphonates protect against the development of crystals in water by limiting the particles or atoms within crystal to expand bigger.This brings the particles better and this is what is called Van der Waals intermolecular attraction.The crystals contain stack of layers of calcium carbonate particles held by Van der Waals compels set up in a 3 dimensional network called crystal lattice.Let us take a situation of calcium carbonate.Here, we report on recent applications of multivalent chelator heads, recognizing oligohistidine-tagged proteins.Adsobed phosphonates on calcium carbonate molecules in the crystal, change the form of molecules. As displayed in the figure, the drug has several carbonyl and also hydroxyl groups that offer electrons to cooridnate with those in Fe3+. Chelating representatives can additionally clean up spots inside pipelines by eliminating the soft cells that tends to build up on the inner pipeline wall.However, considering that 2006, it was acknowledged that cost-free gadolinium ions are connected with an uncommon, however ravaging poisoning called nephrogenic systemic fibrosis (NSF) in patients with renal impairment resulting in a contraindication of Gd-DTPA, Gd-DTPA-BMA and Gd-DTPA-BMEA in the individual population.As a better leaving team, acetyl can be much more easily removed at neutral pH as well as space temperature.Gadolinium-based contrast representatives (GBCAs) are typically used for medical diagnosis as well as tracking of lots of conditions.

Chelate complicateds of gadolinium are usually made use of as contrast representatives in MRI scans, although iron fragment as well as manganese chelate complicateds have additionally been explored.This limitation is believed to be due to pH adjustments during demineralization of dentine.In chelation fondness chromatography, elution is accomplished with EDTA or EGTA for a quick group-specific elution.Thus, chelators create decalcification of dentine.

Leading three chelating agents driving the growth: Salt DTPA, edta as well as gluconate are the key development components of chelants, which is predicted to grow at a CAGR of 2. To respond to such concerns, eco-friendly chelating agents are gaining popularity in applications such as cleansing, water treatment, food as well as drinks and also pharmaceutical., citric acid and also glucinic acid) utilized for the purpose of binding (i. (Associated analysis: Exactly how Closed Circuit Tv (CCTV) is Transforming Sewage System as well as Pipe Possession Management.Though rust and thinning of the pipe wall take place at the microscopic or molecular degree, this can be kept track of on a regular basis via video clip and x-ray inspections.The incident on a power plants carbon steel feedwater pipeline was caused by flow-assisted chelant corrosion as well as was driven by an over-injection of chelant product right into the central heating boiler system that was operating at high pressure and also a high transportation temperature.If, nevertheless, the down payment is composed mainly of sulfates, it is normally needed to fracture the well to conquer this obstruction.Their chelating capacity towards Fe as well as Al was reviewed in liquid remedy, by potentiometric as well as spectroscopic strategies, and also they proved to be strong sequestering agents for these steel ions without exhaustion of Zn, a vital biometal. A variety of steel chelators have actually effectively shown cytotoxicity and targeted task against drug-resistant cancer cells; a number of have verified effective against cancer cells stem cells, a significant cause of tumor reoccurrence.The pK worths of some complexanes are offered below.Bifunctional chelating agents (BFCAs) are molecules which have two various moieties: a strong steel chelating unit and a reactive functional group.It typically does not dissociate quickly in solution, however forms an inert facility. It is reported to bind Ca+ even more especially than EDTA; CDTA (experimental solution) is a 1% service of cyclohexane-1,2-diaminetetraacetic acid; Largal Ultra (Septodont, Paris, France) includes a 15% EDTA remedy as a disodium salt, 0. • RC-Prep (Premier Dental, Philly, PA, USA) is a combination of 10% urea peroxide, 15% EDTA as well as glycol in a liquid lotion base.Chelation works in applications such as providing dietary supplements, in chelation therapy to remove poisonous steels from the body, as comparison agents in MRI scanning, in manufacturing using uniform drivers, in chemical water treatment to aid in the elimination of metals, as well as in fertilizers.Beyond MR comparison representatives, the DOTA chelator has revealed terrific energy for binding radiometals like In-111 and Cu-64 for imaging and also Lu-177 and also Y-90 for therapy.The term 'chelate' originates from the Greek word 'chele' (crab claw). Surveillance, surface read out as well as memory, were used throughout the treatment to understand the effectiveness of each treatment, together with final fluid analysis.Metal chelation of ligands lowered the task of EDTA and DTPA.Demand for chelating agents from farming, pulp and paper markets are expected to witness a high growth of around 4-5 percent Y-o-Y owing to its broad usage in paper packaging and also chelated micronutrients.Improving demand from disinfectants as well as pharmaceutical markets: Demand for biodegradable chelating agents in cleansing applications and also drugs have actually been raising at an excellent pace.Both of them triggers adjustments in dyeing colour when the dyestuffs being used are particularly sensitive to metals. In the table above, the outright security constants of numerous metal complicateds of these complexanes are reported.Phosphonates would work when the crystals are still soluble and in their development stage.As opposed to a chelating representative/ withdrawing agent which need stoichiometric amount to respond chemically with scaling particles, the physical adsorption of phosphonates require a portion of its stoichiometric amount that is required for a chemical reaction to hinder range deposition.

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CÁCH SỬ DỤNG ĐÔNG TRÙNG HẠ THẢO VÀ CÁC CHẾ PHẨM

Mặc dù là một loại nấm gây bệnh cho côn trùng nhưng trùng thảo lại là dược vị chứa nhiều dưỡng chất tốt cho sức khỏe. Một vài dưỡng chất có trong trùng thảo:

- Cordycepic acid - Cordycepin - Adenosine - 17 loại Axit amin bao gồm: aspartic acid, glutamic acid, serine, histidine, glucine, threonine,… - Hydroxyethyl – adenosine - Những nguyên tố vi lượng như: K, Na, Al,… …V.v..

Vì những dưỡng chất là tác dụng đem lại cho sức khỏe. Đông trùng hạ thảo được được “chọn mặt gửi vàng” khi được sử dụng là nguyên liệu chính cho nhiều chế phẩm dành cho sức khỏe.

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Periodic Table Championship: Round 2, Day 2, Berylilum vs. Xenon

Match 5 of day 2 of round 2 of the championship has element 4, beryllium, facing off against element 54, xenon. Last round, beryllium easily beat flerovium with 89.3% of the votes, while xenon had a closer match, beating samarium with 67.1% of the votes. A reminder of our challengers:

Beryllium is a hard, brittle, alkaline earth element that crystalizes in the hexagonal system at room temperature. Transparent to X rays, beryllium is used in windows for X ray equipment; it is also commonly alloyed with copper. It was named for the mineral beryl, but was for a time known as glucine, for the sweet taste of several of its compounds.

Xenon is a dense, colorless gas belonging to the group of noble gases on the periodic table and existing in the Earth’s atmosphere only in trace amounts. While extremely nonreactive, alongside the other noble gases, xenon was the first of this group to be synthesized in a compound, xenon hexafluoroplatinate. It is known for its applications in lighting, lasers, and as a general anesthetic. Its name comes from the Greek for foreigner, stranger, or guest.

Past MR contrast representatives, the DOTA chelator has shown fantastic utility for binding radiometals like In-111 as well as Cu-64 for imaging as well as Lu-177 and also Y-90 for therapy.In finished consumer products, metal ions can trigger deterioration, staining, rainfall, emulsion instability, rancidity, as well as various other concerns that endanger quality as well as performance.The European Medicines Agency (EMA) has actually suggested to restrict the medical use of some acyclic (direct) Gd agents and suspend the authorisations of others in order to avoid any dangers that can possibly be related to Gd mind deposition., citric acid and also glucinic acid) used for the purpose of binding (i.

Overall, the chelate-assisted buildup of Pb in the spinach did not exhibit inhibitory impacts on the plant growth potentially due to their potential to decrease Pb-induced oxidative damage.Over 30 million dosages of GBCAs are provided around the world annually.SYNTHETIC CHELATORS:2,2-Bipyridyl, Dimercaptopropanol, Ethylenediaminotetraacetic acid, EDTA Ethylenedioxy-diethylene-dinitrilo-tetraacetic acid, EGTA, Ethylene glycol-bis-(2-aminoethyl)-N N NN-tetraacetic acid, lonophores Nitrilotriacetic acid, NTA ortho-Phenanthroline, Salicylic acid, Triethanolamine.Metal complicateds of transition components are well known here, chelation takes place within a much broader variety of elements.The general goal of chelation is to keep a "risk-free" iron degree among clients who have increased iron loading, normally from transfusion treatment. Generally, radionuclides with brief physical fifty percent lives are favored for imaging to minimize the radiation direct exposure to subjects.Degradation of EDTA as well as NTA in natural problems proceeds due to growth of particular microorganisms from the subdivision of Procteobacteria.However, also short a half life may not offer adequate time for radiolabeling. Typically there is no noticeable factor for the rapid decline, and also the tank is known to hold large amounts of oil.Hydrosulfite application rates can be lowered in addition to brightness reversion.This can after that be used to either capitalize on the greater brightness or to minimize operational expense and also chemistries (such as peroxide and sodium silicate) usage. A lot more recently, it has been found that gadolinium (Gd) can build up in the brains of patients, also those with typical kidney function.No substitution is carried out on the acetate pendant arms in order to retain the all-natural chelating buildings of the cavity developed from the 8 coordinate factors of N( 4) as well as O( 4 ). Such therapy could restrict poisoning associated with each chelator and also improve adherence, considered that each chelator would be taken for fewer days.Five chiral DOTAs with various chiral groups are synthesized.6% vs 0. Like the majority of chelators useful with 99mTc, MAG3 can also develop secure complicated with 186Re and also 188Re, due to similarities in the chemistry of technetium as well as rhenium.Changing the chelator representative (eg, deferoxamine to deferasirox or the other way around) should be taken into consideration in clients who are suggested the greatest advised dosage but still have undesirable iron burden.For radiotherapy, radionuclides with longer half lives are commonly favored if that results in providing a higher radiation dosage to the target.Bifunctional chelating agents (BFCAs) are molecules which contain 2 different moieties: a strong metal chelating unit as well as a responsive useful group. Data were drawn from reference.These troubles take place both in second and primary production wells.Generic techniques that do not interfere with the feature, characteristics, subcellular localization of proteins, as well as crosstalk with various other variables are vital to probe and also picture healthy proteins in vitro as well as in living cells. Table 2, shows several of the ranges of concentration of EDTA located in natural waters.The bifunctional chelator NHS-Hynic is readily readily available as well as has actually been utilized to label oligomers yet postlabeling filtration was required.Chelating agents have various usages in biochemistry and biology: They make up nutrient options for microbes and also plants in hydroculture.

ĐÔNG TRÙNG HẠ THẢO CÓ TÁC DỤNG CẢI THIỆN KHẢ NĂNG CHĂN GỐI

Ngoài những vị thuốc bổ truyền thống của Đông y như Nhân sâm, Nhung hươu, Cao hổ cốt.. người ta còn gắng tìm các dược liệu giàu tính “Viagra” như Dâm dương hoắc, Nhục thung dung, Ba kích, Dương hoàn…và trong đó có một thứ gần đây được chú ý nhiều, đó là Đông trùng hạ thảo. Vậy Đông trùng hạ thảo là gì? Và nó có thực sự giúp ích nhiều cho đời sống tình dục hay không? Những diễn giải dưới đây sẽ giúp độc giả tìm hiểu sâu hơn về vấn đề này.

Đông trùng hạ thảo còn gọi là trùng thảo, hạ thảo đông trùng hay đông trùng thảo, là một giống nấm mọc ký sinh trên sâu non của một loại sâu thuộc họ cánh bướm. Nấm và sâu hợp sinh với nhau. Vào mùa đông, con sâu non nằm ở dưới đất, nấm phát triển vào toàn thân con sâu để hút chất dinh dưỡng, làm con sâu chết. Đến mùa hạ, nấm sinh cơ chất (stroma) mọc chồi khỏi mặt đất nhưng gốc vẫn dính liền vào đầu sâu. Người ta thường đào lấy tất cả xác sâu và nấm mà dùng làm thuốc. Vì mùa đông là con sâu, mùa hạ lại thành cây cỏ nên vị thuốc này có tên là Đông trùng hạ thảo.

Đông trùng hạ thảo Về thành phần hoá học: Đông trùng hạ thảo chứa 25-32% protit (gần đây có thông báo rằng tỉ lệ này đạt tới 44, 26%), khi thuỷ phân cho tới 14-19 axit amin khác nhau như axit aspartic , axit glutamic , serin, histidin, glucin, threonin, arginin, tyrosin, alanin, triptophan, methionin, valin, phenylalanin, isoleucin, leucin, ornithin, lysin…; 8,4% chất béo; 7-29% D-manitol; các vitamin như sinh tố A, B1, B2, B12, C và các nguyên tố vi lượng như Na, K, Ca, Mg, Al, Mn, Cu, Zn, Bo, Fe, Tc…trong đó cao nhất là phốtpho. Ngoài ra, còn có các chất khác như uracil, adenin, adenin nucleosit, ergosterol, cholesteryl, palmitat…

Tuy còn nhiều vấn đề phải tiếp tục làm rõ, nhưng cho đến nay, các nhà khoa học đã nghiên cứu và nhận thấy Đông trùng hạ thảo có tác dụng dược lý khá phong phú:

Đối với hệ thống miễn dịch: Những nghiên cứu thực nghiệm đã chứng minh Đông trùng hạ thảo có khả năng tăng cường hoạt động miễn dịch tế bào cũng như miễn dịch dịch thể. Cụ thể là có tác dụng nâng cao hoạt tính của đại thực bào và tế bào NK, điều tiết phản ứng ứng đáp của tế bào lympho B, tăng cường một cách có chọn lọc hoạt tính của tế bào T ức chế, làm tăng nồng độ các kháng thể IgG, IgM trong huyết thanh. Mặt khác, Đông trùng hạ thảo còn là một vị thuốc ức chế miễn dịch có tác dụng chống sự bài loại tổ chức cấy ghép khá tốt.

Đối với hệ thống tuần hoàn tim – não: Đông trùng hạ thảo có tác dụng làm giãn các mạch máu, làm tăng lưu lượng tuần hoàn não và tim thông qua cơ chế hưng phấn thực thể M ở cơ trơn thành mạch. Mặt khác, Đông trùng hạ thảo còn có khả năng điều chỉnh lipit máu: làm giảm cholesterol và (-lipoprotein, hạn chế quá trình tiến triển của tình trạng vữa xơ động mạch.

Đối với hệ hô hấp: Đông trùng hạ thảo có tác dụng bình suyễn, trừ đàm và phòng chống khí phế thũng. Điều này là sáng tỏ quan điểm của cổ nhân cho rằng: Đông trùng hạ thảo có khả năng “bảo phế ích thận” và “dĩ lao khái”.

Đối với hệ thống nội tiết: Trên động vật thực nghiệm, Đông trùng hạ thảo có tác dụng làm tăng trọng lượng tuyến vỏ thượng thận và tăng quá trình tổng hợp các hormon cuả tuyến này (adrenocortical hormone), đồng thời cũng có tác dụng tương tự như hormon nam tính (antrogen) và làm tăng trọng lượng của tinh hoàn cũng như các cơ quan sinh dục phụ trên động vật thực nghiệm.

Ngoài ra, Đông trùng hạ thảo còn có tác dụng chống ung thư, chống viêm nhiễm, chống quá trình lão hoá và trấn tĩnh chống co giật. Trên lầm sàng, các nhà y học cổ truyền trong và ngoài nước, đặc biệt là Trung Quốc, đã nghiên cứu dùng Đông trùng hạ thảo điều trị thành công khá nhiều chứng bệnh như rối loạn lipit máu (đạt hiệu quả 76,2%), viêm phế quản mãn và hen phế quản, viêm thận mạn tính và suy thận (đạt hiệu quả từ 44,4-70%), rối loạn nhịp tim (đạt hiệu quả 74,5%), cao huyết áp, viêm mũi dị ứng, viêm gan B mạn tính (đạt hiệu qủa 70%), ung thư phổi (có tác dụng hỗ trợ) và thiểu năng sinh dục (đạt hiệu qủa từ 31,57%-64,15%).

Đặc biệt, Viện nghiên cứu nội tiết Thượng Hải (Trung Quốc) cũng đã dùng Đông trùng hạ thảo điều trị cho các bệnh nhân bị liệt dương đạt kết quả khá tốt. Như vậy, có thể thấy Đông trùng hạ thảo quả thực là một trong những vị thuốc đông y có khả năng cải thiện đời sống tình dục trực tiếp hoặc gián tiếp thông qua tác dụng nâng đỡ bồi dưỡng cơ thể. Điều này đã được y học cổ truyền biết đến từ rất sớm. Theo các sách thuốc cổ, Đông trùng hạ thảo có vị ngọt, tính ấm, vào 2 kinh thận và phế, có công năng dưỡng phế bổ thận ích tinh được dùng để trị phế hư khái suyễn, thận suy dương nuy (liệt dương), di tinh, lưng gối đau mỏi.

Các bạn cần thông tin về ĐÔNG TRÙNG HẠ THẢO cứ Inbox cho em hoặc gọi số: 0978.714.268 Để biết những thông tin mới nhất và bổ ích về ĐÔNG TRÙNG HẠ THẢO các bạn hãy truy cập vào website: https://tshoppee.com/

Glucine Plus - Giảm đường huyết

Glucine Plus – Giảm đường huyết

Công dụng Glucine Plus:

Hỗ trợ giảm đường huyết, hỗ trợ giảm nguy cơ phát sinh biến chứng tiểu đường.

Đối tượng sử dụng Glucine Plus:

Người bị tiểu đường, có nguy cơ mắc tiểu đường. Người có đường huyết cao.

Thành phần Glucine Plus:

Cao sinh địa: 170mg                                     Cao dây thìa canh: 25mg Cao huyền sâm: 165mg                                Cao ngọc trúc: 25mg Cao hoài…

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A Saint Martin de Ré. Glucine en Février. #igerscharentemaritime #igersfrance #jaimelafrance #ilederé direct de Instagram http://ift.tt/2lpPjJ3. http://ift.tt/1dZZDO5

Beryllium

Vorschlag für Donnerstag, 23. Juli 2020: Beryllium Beryllium ist ein chemi­sches Ele­ment mit dem Symbol Be und der Ord­nungs­zahl 4. Sein Name lässt sich vom Mineral Beryll, einem beryllium­halti­gen Edel­stein, ableiten (altgriechisch βήρυλλος beryllos, lateinisch beryllus). In diesem Mine­ral sowie im Bertran­dit ist auch der größte Teil des in der Erd­kruste vorhan­denen Berylliums gebun­den. Beryl­lium gehört zu den selte­ner vor­kommen­den Metal­len. Ent­deckt wurde es als Be­stand­teil des Mine­rals Beryll bereits 1798 von L. Vauquelin und wegen des süß­lichen Ge­schmacks der iso­lier­ten beryl­lium­halti­gen Ver­bindun­gen (z. B. des Hydro­xids) zu­nächst Glucine genannt. Ele­menta­res Beryl­lium wurde erst­mals 1828 von Friedrich Wöhler und unab­hängig davon von Antoine Bussy herge­stellt. Im Perio­den­sys­tem steht Beryl­lium in der zweiten Haupt­gruppe, bzw. der 2. IUPAC-Gruppe, und zählt daher zu den Erd­alkali­metal­len. Das stahl­graue Leicht­metall ist sehr hart und spröde, hat einen höhe­ren Elas­tizitäts­modul als Stahl und wird meist als Legie­rungs­zusatz verwen­det. In Verbin­dun­gen ist es zwei­wertig. Im Ver­gleich mit den anderen leichten Alkali- und Erd­alkali­metal­len ist es außer­gewöhn­lich giftig und gesundheitsschädlich. – Zum Artikel …