the answer to the question is 0%
Your answer is D. 32
If it has 5 pairs of chromosomes, it could produce 2^5 or 32 unique chromosomes. The number of different gametes is determined by counting the number of heterozygous chromosomes and raising 2 to this power. So, if all the homologous are exactly the same, there would only be 1 possible type of chromosome.
An organism with NO heterozygous chromosomes, like BB or AAbbCCDDeeFF can produce 2^0 or 1 type of gamete- B or AbCDeF, respectively. An organism with the genotype AaBBccDdee has 2 pairs of hetrerozygous chromosomes (the As and the Ds), so the number of different gametes is 2^2 or 4. So, an organism with 5 pairs of chromosomes, AaBbCcDdEe, could produce 2^5 or 32 gametes: aBCDE, AbCDE, ABcDE, etc.
Stop codons, when read the ribosome stops producing proteins
CaduceusLane, Nuclear Medical Media, Genius Publicly is what I watch! Hope this helps.
1) An action potential is propagated down the lower motor neuron
2) Calcium levels increase in the cytoplasm of the muscle cell
3) Acetylcholine binds its receptor and causes depolarization
4) Vesicles containing glutamate fuse with the nerve terminal
5) Contraction.
Answer:
4,1,3,2,5
Explanation: Glutamate is the neurotransmitter that excites the motor neurons and produces action potential in motor neurons. Then this action potential travels down towards the axonic terminal where it would cause release of acetylcholine. ACh then binds to postsynaptic membrane causing depolarization of sarcolemma. Calcium ions are released into the sarcoplasm resulting in muscle contraction.