hematology market is estimated to grow at a lower CAGR in developed countries; however‚ it is expected to witness high growth in emerging countries such as China‚ India‚ and Brazil in the next five years. The growth of the Hematology analyzers and Reagents market is driven by factors such as increasing adoption of automated hematology instruments by diagnostics laboratories‚ growing development of the high throughput hematology analyzers‚ integration of basic flow-cytometry techniques in modern hematology
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area‚ type your observations‚ mainly focusing on the color‚ but also the layering as appropriate. Be sure your interpretations match your observations! The chart area will expand as you type. BENEDICT ’S TEST FOR SUGAR IODINE TEST FOR STARCH BIURET TEST FOR PROTEIN SUDAN TEST FOR LIPID WATER (-) - - - - _OBSERVATIONS_ Blue Yellow Light blue Clear w/ red layer on top GLUCOSE (+) + - - - _OBSERVATIONS_ Red-Orange Yellow Light blue Clear w/ red layer on
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only): aldehyde ( carboxylic acid |n/a | | | | |reagents: potassium dichromate (K2Cr2O7) in sulphuric acid (H2SO4) | | |conditions: warm under reflux |
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The Grignard Synthesis of Triphenylmethanol Abstract: Grignard synthesis of triphenylmethanol was achieved by use of the Grignard reagent phenyl magesium brominde. The organometallic grignard reagent was synthesized by use of a reflux apparatus recrystallization techniques. Once synthesized it was used in a Grignard reaction that involved nucleophilic addition to a carbonyl in order to make triphenylmethanol. The final product was solidified and recrystallized and spectral data was
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along with limiting reagent analysis. The reaction of Copper (II) Sulfate‚ CuSO4‚ mass of 7.0015g with 2.0095g Fe or iron powder produced a solid precipitate of copper while the solution remained the blue color. Through this the appropriate reaction had to be determined out of the two possibilities. Through the use of a vacuum filtration system the mass of Cu was found to be 2.1726g which meant that through limiting reagent analysis Fe was determined to be the limiting reagent and the chemical reaction
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When there is H2O and snails in the bromthymol blue‚ the reagents will be neutral‚ then the results will be same with the reagent in light and dark. When there is H2O and plants in the bromthymol blue‚ the reagents will be basic‚ as the same with the light one and dark one. When there are H2O‚ plants and snails in the bromthymol blue‚ the reagents in light will turn to neutral but more about basic‚ and the reagents in the dark will be neutral. Question: 1.Explain the color changes you
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Table 1. Observations from week 2 for the detection of ammonia using the Nessler’s reagent and from week 1 for the pH using bromothymol blue indicator with the inoculation of P. vulgaris‚ P. fluorescens‚ and B. Cereus in peptone broth. Tubes were incubated at room temperature for 7 days and 14 days. Soil Microorganism Nessler’s Reagent (color reaction pH (bromothymol blue) Our results pH (bromothymol blue) Class results P. vulgaris Deep yellow ++ 8.0 8.0‚ 7.5‚ 6-7‚ 11.5 P. fluorescens
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Introduction When we eat such things as bread‚ meat‚ and vegetables‚ they are not in a form that the body can use as nourishment. Our food and drink must be changed into smaller molecules of nutrients before they can be absorbed into the blood and carried to cells throughout the body. The things we eat turn into things such as carbohydrates‚ fats‚ and proteins. Carbohydrates are‚ any of a large group of organic compounds occurring in foods and living tissues and including sugars‚ starch‚ and cellulose
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ev milk‚ 50% egg solution‚ 1% sucrose‚ 4 test tubes‚ 1 test tube rate‚ safety glasses‚ pipets and the reagent solution. For test 2 for starches the following materials were used: Di water‚ 1% starch solution‚ onion juice‚ sucrose solution‚ iodine reagent‚ 4 test tubes‚ test tube rack and pipets. In test 1 and test 2 each solution was placed in a separate test tube with the corresponding reagent added to each as well. In test one for proteins each substance that showed a purple color it indicated
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The purpose of this experiment was to synthesize triphenylmethanol from a Grignard reagent. The Grignard reaction technique was used in this synthesis but due to the fact that it is such a strong nucleophile and base‚ it was important to prevent water from interfering with the Grignard reaction. Purity of the product was determined by measuring the melting point. Reagent Table: Structure Name Molecular formula Molar mass Density Melting point Boiling Point Diethyl ether C4H10O
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