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Q1. What unique aptitude do DNA molecules have? Why is this ability so important? What are the similarities and differences in DNA and RNA? What are the respective functions in general and in protein systhesis? What are some things that might damage genes? Q2. As a biologist it is your job to look for plants that have evolved structures with a selective advantage in dry hot conditions. Which of the adaptions would be least likely to meet the objective?
Who was Carl Weigert? What influence did Weigert have on Ehrlich. Other than the acid-fast stain, what other technique may be used to diagnose tuberculosis? What scientist developed this test.
A water molecule is held together through covalent bonds. Becauses the electrons are not shared equally, water exhibits many unique characteristics that are beneficial for life.
What phenotypes would be produced by crossing a grasshopper with both color stripes and one with only yellow stripes?
q. a student designs an experiment to create an alcohol known as butanol. she mixes a species of clostridium bacteria
1. What is the cellular/molecular mechanism to make yeast chemically competent? 2. Compare and contrast the molecular mechanisms of yeast and bacterial transformations. How are these procedures similar as well as different at a cellular/molecular ..
Aneuploidy can come about from the abnormal segregation of chromosomes called non-disjunction during meiosis. Describe and illustrate using chromosomes and a gene marker. Write the structual formula for salicylic acid.
q. two membrane preparations have been derived from plasma membrane of erythrocytes and are present in a buffer
q1. when a jellyfish is removed from its saltwater environment and put into fresh water it swells and burst. do you
Which precautions would you follow to preserve Bacillus subtilis and what are the physical and chemical hazards of handling Bacillus subtilis?
There are three main types of coat protein associated with transport vesicles. What is the general purpose of these coat proteins? and where would each of the three types be found in the exocytotic and endocytic pathways of the cell
hypercholesterlemia is a genetic diease that affects 1 out of 500 people worldwide. this is more that one genetic cause of the disease. Class 1 is described as an autosome dominant disease.
How many net ATP are gained through glycolysis? (the pathway itself, not substances that will eventually go through the electron transport chain)?
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