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1. Why does DNA replicate from 5' to 3' end, instead of from 3' to 5' end?
2. Why do we need DNA polymerase I and not just DNA polymerase III, if polymerase I is just initiating DNA replication and polymerase III does all the "heavy lifting" and continues it, why don't we just use polymerase III? Wouldn't that be more efficient? Why is it more efficient to have two different DNA polymerases?
3.Why is the primer that we use for the beginning of DNA replication made of RNA nucleotides and not DNA nucleotides (deoxynucleotides)?
This problem refers to the MN and ABO loci mentioned in class. It also refers to the Rh locus, which is responsible for the positive or negative part of the blood type.
There are four main mechanisms used to create genetic variation from generation to generation in sexual reproduction. Name them
Which of the following is the most important barrier to pathogen entry?
q1. the proteins rhaa and rhab are formed by the rha operon. find out that there is a regulator protein rha o that
Draw the structure of a plant cell, label the parts and include the major biological molecules found in such cell referring to specific parts. Include the functions of each structure.
Provide many examples of soluble and insoluble dietary fibers. List food sources of these fibers. Contrast the physical characteristics and features of these two types of fiber and their effects on gastrointestinal tract function.
Which of the following phrases describing the synthesis of amino acids are accurate?
In a discussion of plant move from water to land, what is the differentiation of the subterranean root? Someone please help me with a "layman's" explanation!
What would be the effect of a mutant receptor whose hormone-binding site was able to bind the hormone permanently? What would happen if this binding site were attached by genetic engineering to a receptor domain that was incapable of activating G ..
Most LTR-retrotransposons create a 5-bp target site direct repeatupon insertion. Using the diagram below write out the 5-bp targetsite direct repeat for the inserted LTR-retrotransposon shown
provide a possible explaination for the enhanced production of dystrophin in the presence of exon 45 and 46 deletions.
As Ricardo began to give Amy CPR, he began to feel nauseous andhe broke into a cold sweat. His heart rate was pounding andhis hands began to shake. His breathing rate was 23, hispulse was 107, and his blood pressure was 135/94.
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