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      學校自我檢測違禁品試紙

      學校自我檢測違禁品試紙

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      學校自我檢測違禁品試紙:New drugs are mostly tablets or powder, smokers use oral or nasal suction, with strong concealment. Methamphetamine, ecstasy and other new drug abusers usually appear as hallucinations, ex

      • 產品描述

          學校自我檢測違禁品試紙

                               廣州健侖生物科技有限公司                     

      獨立包裝:BZO-BAR-COC--THC -MET--OPI-OXY-MDMA-PCP- AMP-XTC-MTD 或聯檢

      MOB 楊     

      What is heroin: Heroin, diacetylmorphine, one of the purest products of the opiate drug family, is one of the major drugs taken by our drug abusers in recent years. British chemist C · Wright in 1874 in morphine by adding glacial acetic acid and other substances, for the first time to extract a better analgesic effect of semi-synthetic derivatives diacetyl morphine or heroin. Heroin white powder, slightly soluble in water, soluble in organic solvents, hydrochloric acid heroin easily soluble in water, the solution is colorless and transparent.

      When heroin enters the body, it is first hydrolyzed to monoacetylmorphine and then hydrolyzed to morphine for further action. Because heroin is more water-soluble and fat-soluble than morphine, it absorbs faster in the body and easily penetrates the blood-brain barrier into the central nervous system, producing a strong reaction. Heroin with high purity has stronger inhibition than morphine Role, its analgesic effect is also 4-8 times that of morphine. The initial heroin was used as a drug to exacerbate morphine addiction and was later found to have a stronger drug dependence than morphine. The usual dose of addictive was continuously addtive for two weeks or less, resulting in serious drug dependence.

      At present, the array of drugs in the world is divided into 10 categories: mainly opium, heroin, marijuana, cocaine, amphetamines, hallucinogens and other 10 types of drugs, of which heroin occupies the third and fourth numbers, namely No. 3 drug and No. 4 drug, so people in the world generally call it "heroin No. 3" and "heroin No. 4". Because of this habit, people mistakenly believe that there are one or two heroin, actually morphine or morphine salts.

      The third heroin, also known as "Hong Kong Stone", "brown sugar", "White Dragon Ball" and so on, is morphine hydrochloride by chemical process diacetyl morphine, then add a large amount of diluent (such as strychnine, Scopolamine, aspirin, caffeine, etc.) and sometimes made of granular drugs, sometimes powdery, the color from light gray to dark gray. The total content of diacetylmorphine and monoacetylmorphine in heroin No. 3 is generally between 25% and 45%, and the caffeine content is between 30% and 60%. Adulteration is generally adulterated.

      No. 4 heroin is not diluted in morphine hydrochloride after acetylation, but purified, and then after precipitation, to be dried. The diacetylmorphine content is generally above 80%, up to 98%. Pure or pure No. 4 heroin is a white, odorless and transparent powder, and is very delicate and rubs on the skin and disappears. But if it is not made well, it will appear light yellow, pink, sand or brown rough powder or even granular. At present, the identification of heroin in the world is qualitatively indefinite.

      學校自我檢測違禁品試紙

           以下可以自由COMBO多聯檢測卡

      4-Acetamidophenol

      Estrone-3-sulfate

      Oxolinic   acid

      Acetophenetidin

      Ethyl-p-aminobenzoate

      Oxycodone

      N-Acetylprocainamide

      Fenfluramine

      Oxymetazoline

      Acetylsalicylic   acid

      Fenoprofen

      Papaverine

      Aminopyrine

      Furosemide

      Penicillin-G

      Amitryptyline

      Gentisic   acid

      Pentazocine

      Amobarbital

      Hemoglobin

      Pentobarbital

      Amoxicillin

      Hydralazine

      Perphenazine

      Ampicillin

      Hydrochlorothiazide

      Phencyclidine

      Ascorbic   acid

      Hydrocodone

      Phenelzine

      Apomorphine

      Hydrocortisone

      Phenobarbital

      Aspartame

      p-Hydroxyamphetamine

      l-Phenylephrine

      Atropine

      O-Hydroxyhippuric   acid

      b-Phenylethlamine

      Benzilic   acid

      p-Hydroxy-methamphetamine

      Phenylpropanolamine

      Benzoic   acid

      Prednisolone

      Benzoylecgonine

      3-Hydroxytyramine

      Prednisone

      Benzphetamine

      Ibuprofen

      Procaine

      Bilirubin

      Imipramine

      Promazine

      Brompheniramine

      (-)   Isoproterenol

      Promethazine

      Caffeine

      Isoxsuprine

      d,l-Propanolol

      Cannabidiol

      Ketamine

      d-Propoxyphene

      Cannabinol

      Ketoprofen  

      d-Pseudoephedrine

      Chloralhydrate

      Labetalol

      Quinidine

      Chloramphenicol

      Levorphanol

      Quinine

      Chlordiazepoxide

      Loperamide

      Ranitidine

      Chlorothiazide

      Maprotiline

      Salicylic   acid

      (±)   Chlorpheniramine

      Meperidine

      Secobarbital

      Chlorpromazine

      Meprobamate

      Serotonin   (5-Hydroxytyramine)

      Chlorquine

      Methadone

      Cholesterol

      d-methamphetamine

      Sulfamethazine

      Clomipramine

      (l)-methamphetamine

      Sulindac

      Clonidine

      Methoxyphenamine

      Temazepam

      Cocaine   hydrochloride

      3,4-Methylenedioxyethyl-amphetamine

      Tetracycline

      Codeine

      Tetrahydrocortisone,   3 Acetate

      Cortisone

      (+)   3,4-Methylenedioxy-methamphetamine

      (-)   Cotinine

      Tetrahydrocortisone   3 (b-D   glucuronide)

      Creatinine

      Methylphenidate

      Deoxycorticosterone

      Morphine-3-b-D-glucuronide

      Tetrahydrozoline

      Dextromethorphan

      Thebaine

      Diazepam

      Nalidixic   acid

      Thiamine

      Diclofenac

      Naloxone

      Thioridazine

      Diflunisal

      Naltrexone

      Tolbutamine

      Digoxin

      Naproxen

      Triamterene

      Diphenhydramine

      Niacinamide

      Trifluoperazine

      Doxylamine

      Nifedipine

      Trimethoprim

      Ecgonine   hydrochloride

      Norcodein

      Trimipramine

      Ecgonine   methylester

      Norethindrone

      d,l-Tryptophan

      (IR,2S)-(-)-Ephedrine

      d-Norpropoxyphene

      Tyramine

      l-Ephedrine

      Noscapine

      d,l-Tyrosine

      (-)   Y Ephedrine

      d,l-Octopamine

      Uric   acid

      Erythromycin

      Oxalic   acid

      Verapamil

      b-Estradiol

      Oxazepam

      Zomepirac

       

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      【公司名稱】 廣州健侖生物科技有限公司

      【市場部】       楊永漢
      【】 
      【騰訊 】
      【公司地址】 廣州市清華科技園健新基地番禺石樓鎮健啟路63號二期2幢101-103室

      企業文化

       

      Vaccine levels of protective antibodies obtained from studies in rabbits and monkeys as experimental animals were used to predict the level of immune response in humans. When the animal model of inhalation anthrax has a 70% protection rate, it is considered a reasonable level of protection and may also be so in humans.
      Rabbits were used to evaluate the effect of BioThrax for post-exposure injection combined with antibiotic therapy to increase survival. As a result, the survival rate of rabbits treated with both antibiotics and BioThrax was between 70-100%. The specific survival rate was related to the dosage and route of administration of the vaccine. Survival rates of rabbits treated with antibiotics were only 44% and 23%, respectively.
      Adverse reactions to BioThrax are mainly local adverse reactions at the injection site, such as injection site pain, tenderness, pain, swelling, and limited arm motility during injection. The most common systemic side effects seen are muscle aches, headaches, and fatigue. Researchers have found a new gene that is highly resistant to the ultimate antibiotic in samples collected from humans and pigs in various parts of China, including infectious bacterial specimens.
      Reuters reported on November 18 that scientists found the discovery "troubling" and called for an urgent limit on the use of polymyxins. Polymyxin is an antibiotic that includes medicinal colistin and is widely used in animal husbandry. Laura Picode, a professor of microbiology at the University of Birmingham in the United Kingdom, said: "All polymyxins must be used as quickly as possible and all unnecessary use is stopped."
      Liu Jianhua, a research team at South China Agricultural University in China, published their research results in the British journal Lancet Infectious Bacteria. They found the gene called mcr-1 on the plasmid. Plasmids are removable DNA elements that are easily replicated and transferred between different bacteria. They say this shows "the worrying potential" that the gene has the ability to spread and mutate between bacterial populations.
      The team has found evidence of the transfer of the mcr-1 gene from bacteria to bacteria, such as between E. coli, which causes infections of the urethra and other types, and Klebsiella pneumoniae, which causes pneumonia and other infections. This shows that "the development from multi-drug resistance to pan-drug resistance is inevitable." "Although currently limited to China, mcr-1 is likely to be the same as other resistance genes ... and spread to the world quickly."
      The growing spread of the mcr-1 resistance gene was discovered, reminiscent of news that another 2010 so-called "superbug" gene NDM-1 was discovered. That gene appeared in India and soon spread to the world.
      Pidok et al say that there is now a need to establish a global mcr-1 drug resistance gene surveillance system in an effort to stop the spread of polymyxin-resistant bacteria.
      China is one of the largest producers and consumers of colistin for agriculture and veterinary in the world.

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