How should the vegetable drug green tea be analyzed pharmacologically? The answer must contain the following items: -Full scientific name, common names, the portion of the vegetable where the active principles are located and tell the most used chemical markers for green tea.
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Question : How should the vegetable drug green tea be analyzed pharmacologically? The answer must contain the following items: -Full scientific name, common names, the portion of the vegetable where the active principles are located and tell the most used chemical markers for green tea.
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- The reults for the macroscopic part: 0.30M glycerin – solution was translucent (could see text behind the test tube) 0.15M NaCl – solution was opaque (could not see text behind the test tube) 0.30M NaCl – solution was opaque (could not see text behind the test tube) 0.15M glucose – solution was translucent (could see text behind the test tube) 0.30M glucose – solution was opaque (could not see text behind the test tube) 0.30M Urea – solution was translucent (could see text behind the test tube) Results for microscopic part: 0.30M glycerin – no cells present 0.15M NaCl – normal sized cells 0.30M NaCl – crenated (shrunken and star-shaped) cells 0.15M glucose – no cells present 0.30M glucose – normal sized cells 0.30M Urea – no cells present Determine the osmolarity (hypoosmotic, isosmotic, or hyperosmotic) and tonicity (hypotonic, isotonic, hypertonic) of the following solutions.In which solutions did the osmolarity NOT match the tonicity? For those solutions, why did the osmolarity…A plant isolate was subjected to qualitative tests to determine the presence of macromolecules. Below is a summary of results obtained: Biuret Ninhydrin Schiff's Test for Test for Deoxyribose Phosphat test test test Violet Violet Pink Blue Yellow solution solution solution solution precipitat To form a definitive conclusion about the isolate, what additional test is needed (if any)? O Wheeler-Johnson Test Sakaguchi Test Molisch Test Dische Diphenylamine TestConcentrations in biochemical systems are often very dilute. Consequently, scientific notation and logarithms are often used to express concentrations. In scientific notation, numbers are expressed as coefficient x 10" To convert a number to scientific notation, proceed as follows: 1. Move the decimal place so that there is one digit in front of the decimal. 2. Account for the moved decimal in the value of x. If the decimal moved to the right, x is negative; if it moved to the left, x is positive. A logarithm is basically an exponent. Unless otherwise indicated, a logarithm is the a of 10". The numbers after the decimal point are significant; the number before the decimal just identify the location of the decimal point for the number. Notice that it is easy to estimate a logarithm from scientific notation; it's the exponent! Logarithms are commonly used to express the concentration of H. The pH is defined as pH= log (In), where the base number is 2.303. The same general rules as logs…
- Give Detailed Solution with explanation needed in Detailed (no need Handwritten)Answer the following: A. Define reducing sugars and their properties B. Among the given tests such as Benedict, Iodine and Reagent Test, which is most highly applicable in biomedical field? Explain.Give Detailed Solution with explanation...(no need Handwritten)
- Based on the USP XXII and NF XVIII, list the part of a monograph of the following: crude drug, natural product, and natural derivatives. The given question to me is: What is a pharmacopeial monograph? Based on the USP XXII and NF XVIII, list the part of a monograph of the following: crude drug, natural product, and natural derivatives.Specificity Specificity is the ability to measure accurately and specifically the analyte of interest in the presence of other components that may be expected to be present in the sample matrix. It is a measure of the degree of interference from such components, as other active ingredients, excipients, impurities, and degradation products, insuring that a peak response is due to a single component only. Experimental Dissolve amount of paracetamol (20 µg/ml) powder in three different volumetric flasks containing IN HCI, IN NaOH and 6% H₂O2 respectively, then keep your solution overnight in a fume hood. Analysis your solution by injecting three times each solution and calculates the recovery% 1 N HCI Peak area Actual exp. conc. Recovery% IN NaOH 6% H₂O2Name the three basic classes of drug targets in medicinal chemistry and indicate, which are the most/least important as targets for biologics? I don't sure if I answer these questions correctly. Hope someone can give me confirmation and explain to me how enzymes will be affected by bioloigcs? My answer so far: The three common classes of drug targets are; receptors, nucleic acid, and enzymes. As a target for biologics, the least important will be a nucleic acid, and the most important will be receptor and second enzymes. Biologic drugs such as monoclonal antibodies will bind to the antigens, which are overexpressed receptor that need to be deactivated. In this case, the monoclonal antibodies will act as an antagonist and block the ligand from binding to the antigens, which are extensively presented in cancer cells. In addition, it can also affect enzymes by.......?