Define DNA template strand
What will be an ideal response?
The DNA template strand is the strand that will be used to synthesize RNA.
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Which of the following is the correct sequence of events leading to the polyuria and dehydration associated with diabetes mellitus?
A) Hyperglycemia ? glucose in urine raises osmolarity of tubular fluid ? glucose transport maximum exceeded ? glucose enters renal tubules ? osmotic diuresis B) Osmotic diuresis ? glucose enters renal tubules ? glucose transport maximum exceeded ? glucose in urine raises osmolarity of tubular fluid ? hyperglycemia C) Hyperglycemia ? glucose enters renal tubules ? glucose in urine raises osmolarity of tubular fluid ? osmotic dieresis ? glucose transport maximum exceeded D) Hyperglycemia ? glucose enters renal tubules ? glucose transport maximum exceeded ? glucose in urine raises osmolarity of tubular fluid ? osmotic diuresis E) Hyperglycemia ? glucose transport maximum exceeded ? glucose enters renal tubules ? glucose in urine raises osmolarity of tubular fluid ? osmotic diuresis
What gives bone its compressional strength?
A. Inorganic salts B. Red bone marrow C. Reticular fibers D. Endosteum E. Yellow bone marrow
Two of the more common skin cancers are ________, which is not as serious, and ________ which is invasive.
A. carcinoma; melanoma B. sebaceoma; melanoma C. eccrinoma; apocrinoma D. melanoma; carcinoma
Imagine that you discovered an enzyme in the human stomach that turned the substrate "ABC" into the product "XYZ". Name this enzyme (using the standard convention) and describe its chemical characteristics. Under what conditions would it be an effective catalyst? How might its activity be regulated?
What will be an ideal response?