In situ mRNA techniques are powerful and can be run at almost any time, in any condition, because bacterial mRNAs are so stable.
Answer the following statement true (T) or false (F)
False
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A bone marrow sample from Patient X has abnormally-low numbers of megakaryocytes. What body process would you expect to be impaired in Patient X?
A. temperature regulation by vasoconstriction or vasodilation of superficial blood vessels B. blood clotting following injury to a blood vessel C. defense against foreign microorganisms D. transport of oxygen E. maintaining normal osmotic balance between the blood and the interstitial fluids Clarify Question What is the key concept addressed by the question? What type of thinking is required? Gather Content What do you already know about megakaryocytes? What other information is related to the question? Choose Answer Given what you now know, what information is most likely to produce the correct answer? Reflect on Process Did your problem-solving process lead you to the correct answer? If not, where did the process break down or lead you astray? How can you revise your approach to produce a more desirable result?
Most of the energy required to form the peptide bonds during elongation comes from _____
a. ATP b. CTP c. GTP d. TTP e. whichever nucleotide is at the front of the codon
Multiple sclerosis is a disease in which the myelin sheath is destroyed. What will happen to nerve conduction speed in affected neurons?
A) It will slow down dramatically. B) It will speed up dramatically. C) It will speed up just a little bit. D) There will be no effect.
A growing root comes into contact with a chemical that inhibits the golgi bodies. Which of the following would be a probable effect of this contact?
A. The root would begin to growing in an upward direction. B. The root cap cells would begin to divide rapidly. C. The root would not be slick enough to move through the soil easily. D. The root would produce too much mucigel and oxygen uptake would be inhibited. E. The root would begin to simultaneously grow in multiple directions.