Question 15 of 17Fill in the blanks:is the wavelength in nanometer used in spectrophotometric estimation of proteinsis a catalyst used in Kjeldahl Methodis an amino acid responsible for uv absorption of proteinsis the word that stands for "I" in ELISAis the active component present in Lowry's Reagent

protein estimation is the process of quantifying the protein content of a sample. The protein…

Answered: Question 15 of 17 Fill in the blanks:…

Human Anatomy & Physiology (11th Edition)

11th Edition

ISBN:9780134580999

Author:Elaine N. Marieb, Katja N. Hoehn

Publisher:Elaine N. Marieb, Katja N. Hoehn

Chapter1: The Human Body: An Orientation

Section: Chapter Questions

Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...

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QUESTION 3: What is the purpose of the Tris-Acetate-EDTA (TAE) buffer that will be used to prepare and run the agarose gel? What would happen if you used water to prepare and run the gel instead of TAE buffer? (You should conduct an internet search to answer this question but answers should be in your own words. Please include a reference for any sources you used)
Column Chromatography Question 1. We were tasked to use a microcolumn in a certain experiment. why do we need to be careful and be catious when we place the sample inside the microcolumn. 2. Why is it important that the level of elution of the solvent go below the top of the adsorbent?
QUESTION 8 Because _____ is colorless and odorless but can be highly toxic, it is important to have home detectors for it. a. nitrous oxide b. carbon monoxide c. ozone d. methane e. carbon dioxide
Question 14 a) Radioactive decay produces ionising radiation. Like all ionising radiation this can lead to harmful effects on living tissue due to cell damage including damage to DNA, mutation and cell death. Contrast the differing health risks associated when working with alpha, beta or gamma radiation sources. b) Describe some ways in which those working with radioactive sources and people in general can be protected against the risks of radiation exposure from such sources.
Paper Chromatography question 1. If there are two unknown samples yielded the same Rf value in the paper chromatography result, can we directly conclude that those two samples are identical? Explain briefly
QUESTION 35 You grow bacteria on a plate containing a specific chemical. You spot the bacteria and notice the following day that the bacteria seem to have mi away from where they were originally spotted forming a large diffuse circle on the plate. What does this suggest about the bacteria? A. That these bacteria can undergo gliding • B. That these bacteria can use a holdfast • C. That these bacteria can undergo chemotaxis D. That these bacteria can form spores • E. That these bacteria undergo twitching motility
For this assignment I Then I have to explain these questions and I have been confused because I don’t know if the *triangle * G has to do with this diagram I drew because in that I already explained about endergonic and exergonic and then the rest are homework questions I have been stuck on “will a reaction with a positive *triangle sign* G spontaneously? How can you make it spontaneous? A student add enzyme to this reaction? Will it become spontaneous now? Write the equation of photo synthesis the oxygen generated during photosynthesis comes from H2O or CO2 How many ATPS and NADPH are needed to make one molecule of glucose. How many times will a cell have to undergo cyclic and non cyclic electron flow to make one molecule of glucose
Organic chemistry, please solve these two questions please, shortly
Question:- According to Table 19-2 in Lehninger, which species would most readily donate its electron(s)? A. water B. cytochrome c (Fe2+) C. ubiquinol D. FMNH2 E. NADH
SITUATION:You are a chemist in a manufacturing company which produces acetaldehyde, CH3CHO. This is prepared by the reaction of ethanol with copper (II) oxide according to the following equation: CH3CH2OH + CuO → CH3CHO + H2O + CuIf there are 1620 g of ethanol and 1020 g of CuO readily available in the laboratory, what mass of acetaldehyde can be produced? QUESTIONS: 1. Would you recommend the company to buy more ethanol or copper (II) oxide? Why?2. How many grams of acetaldehyde will be produced from the readily available materials?3. How many grams of the excess reactant will be left after the reaction?4. If your actual yield is 552.6 g, what is its percent yield?
Please sir if you can't solve stepwise with explanation in each step and also given information and final answer Along with the concept and also showing excel formula (wherever needed) please skip , if yes pls solve ill definitely rate the solution and dont do handwritten.. its one question only steps are given on how to proceed so do all its one question only , thanks Much concern has been expressed regarding the practice of using nitrates as meat preservatives. In one study involving possible effects of these chemicals, bacteria cultures were grown in a medium containing nitrates. The rate of up take of radio-labeled amino acid (in dpm, disintegrations per minute) was then determined for each culture, yielding the following observations: 7251 6871 9632 6866 9094 5849 8957 7978 7064 7494 7883 8178 7523 8724 7468 Suppose that it is know that the mean rate of uptake for cultures without nitrates is 8000. Do the data suggest that the addition of nitrates results in a decrease in the…
Question No. 1 Give the advantages and disadvantages of submerged fermentation and solid state fermentation. Give two examples of acetic acid fermentation.

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