Answer:
An Oc mutation on the bacterial chromosome can affect the expression of structural genes on a F plasmid.
Explanation:
An Oc mutation is a mutation in which operator of an operon is constitutively active i.e. repressor fails to bind the operator which leads to unregulated gene expression.
An Oc mutation do not affect the expression of structural genes on F plasmid because <u>an operator is a cis regulatory element and therefore it can only affect the genes which are located on the same DNA</u>. F plasmid genes are located on the plasmid not on the main chromosome of the prokaryotes while tryptophan or lac operon system is in the main chromosome that is why an Oc mutation will not impact genes on plasmid.
Somatic sensory division of the pns is responsible.
<h3>
Somatic sensory division</h3>
A component of the peripheral nervous system known as the somatic nervous system (SNS) or somatic sensory division, sometimes known as the voluntary nervous system, is responsible for the voluntary control of skeletal muscle-based motions of the body.
The somatic sensory division is made up of motor nerves with efferent nerve fibers that relay motor commands from the central nervous system (CNS) to cause muscle contraction and sensory nerves carrying afferent nerve fibers that relay feeling from the body to the CNS.
Each voluntary muscle system in the body as well as the process of voluntary reflex arcs are under the direction of the somatic sensory division.
The top cell bodies of motor neurons are the starting point of the basic sequence by which nerve signals travel within the efferent somatic sensory division.
Learn more about somatic sensory division here:
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Explanation:
The effect of water stress on biomass accumulation is it effects the export of photoassimilates from leaves in both species
I believe it is because kinetic energy is speed and temperature
<span>Proteins are made of Amino Acids, and the sequence of these determine how the protein will fold up and take shape which ultimately determines its function.
The amino acids are held together with peptide bonds, which is a special type of chemical bond.</span>
