To show he presence of a trait you would need to follow it through multiple generations in a pedigree.
Answer:
<em>The option that is false is A) There are 80 bones in the appendicular skeleton.</em>
Explanation:
Option A is false because the appendicular skeleton comprises of 126 bones instead of 80. However, it is the axial skeleton which comprises of 80 bones. Together, the bones of the appendicular skeleton and the axial skeleton make up 206 bones. The main function of the appendicular skeleton is to help the body in locomotion. The appendicular skeleton forms from the cartilage during a process termed as endochondral ossification.
Answer: silent mutation: a nucleotide base in a codon is replaced with a different base BUT the resulting amino acid isn’t affected.
Missense mutation: similar to a silent mutation, the only difference is that the switch of the nucleotide DOES result in a DIFFERENT amino acid
Nonsense mutation: a nucleotide base is changed, but that change results in a premature stop of translation
(Remember that after transcription, you are left with a strand of mRNA that Is then translated into a protein. The mRNA is read in increments of three nucleotide bases (A,U,G, or C) which is called a codon. That codon makes a single amino acid, and a strand of amino acids makes a protein)
Answer:
Lactate, ethanol and carbon dioxide can be produced.
Explanation:
Glycolysis can takes place anaerobically in case of limited supply of oxygen and in absence of oxygen. Special enzymes are required for the anaerobically glycolysis to occur under the special circumstances.
The limited supply of oxygen, the glycolysis produce lactate as the major product. The absence of oxygen condition is responsible fior the production of ethanol by the glycolysis. Carbon dioxide is produced as the by product during both the cases.
Thus, the correct answer is ethanol, carbon dioxide and lactate.
Answer:
Explanation:
I would say the second answer choice.
