_______ is the use of a gene sequence to synthesize a functional protein

A. Loss-of-function mutation
B. Gene expression
C. The human genome project
D. Proteonomics
E. None of these


B

Biology & Microbiology

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A mycelium is a mass of what structures?

a. thallus b. hyphae c. peptidoglycans d. pellicles

Biology & Microbiology

Which of the following steps, in order, were used to determine what receptor in the hypothalamus

binds NPY?

a. clone gene; sequence gene; Northern blotting experiment b. sequence gene; Northern blotting experiment; clone gene c. Northern blotting experiment; clone gene; sequence gene d. clone gene; Northern blotting experiment; sequence gene e. sequence gene; clone sequenced gene; Northern blotting experiment using cloned gene

Biology & Microbiology

Match the following items with the correct phrases.

_______1. In the nitrogen cycle, bacteria called ____________________ convert atmospheric nitrogen gas into ammonia in the soil. _______2. ____________________ live in the root nodules of legumes such as alfalfa and clover. _______3. ____________________ are capable of converting the nitrogen within a dead plant or animal into ammonia in the soil. _______4. In the nitrogen cycle, soil organisms called ____________________ convert ammonia into nitrites, and nitrites into nitrates. _______5. In the nitrogen cycle, soil organisms called ____________________ convert the nitrogen in nitrates to nitrogen gas in the atmosphere. a. cyanobacteria b. denitrifying bacteria c. nitrifying bacteria d. nitrogen-fixing bacteria e. saprophytes

Biology & Microbiology

How does PTEN affect the balance between proapoptotic and antiapoptotic signals?

a) PTEN cuts a phosphate group off of PKB, which throws the balance in an antiapoptotic direction. b) PTEN removes the phosphate group from the 3-position of PIP3, converting it to PI(4,5)P2, which cannot activate PKB (AKT) and thus throws the balance in an antiapoptotic direction. c) PTEN removes the phosphate group from the 3-position of PIP3, converting it to PI(4,5)P2, which cannot activate PKB (AKT) and thus throws the balance in a proapoptotic direction. d) PTEN cuts a phosphate group off of PKB, which throws the balance in a proapoptotic direction.

Biology & Microbiology