A) Populations
B) Genes
C) Individuals
D) Communities
<em>A population is defined as:</em>
<em>A) all individuals of all species located throughout the world</em>
<em>B) all individuals of the same species located in a given geographic region</em>
<em>C) all individuals of the same species located throughout the world.</em>
<em>D) all individuals of all species located in a given country.</em>
<em>E) </em>those individuals of the same species that have an identical genetic makeup.
The allele frequency of a population is the:
A) sum of all genes in that population.
B) relative proportion of a given allele in that population.
C) number of different types of alleles in that population.
D) number of all alleles in that population.
From smallest to largest, the order of the muscle tissue structures are Actin < Myosin < Thin filament < Thin filament < Filament < Sarcomere < Myofibril < Fiber < Fascicles < Muscle .
Muscle tissues is composed of cells which have the unique potential to shorten or settlement that allows you to produce movement of the frame parts. The tissue is particularly mobile and is properly provided with blood vessels.
Motion is the principle function of muscular tissue. they have got the potential to contract and that is what brings approximately the motion of body elements. they also help to preserve frame posture and role. Muscle fibers are placed in walls of hole visceral organs.
Muscle tissues is shaped for the duration of embryonic improvement, in a method called myogenesis. muscular tissues consists of unique contractile proteins called actin and myosin which agreement and loosen up to cause motion. among many other muscle proteins gift are two regulatory proteins, troponin and tropomyosin.
Learn more about muscle tissue here:-brainly.com/question/13920046
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Answer:
The correct answer is e3
Explanation:
The given protein in the question proteib X contain four subunits of equal size alpha,beta,delta and gamma which are bound by either noncovalent interactions or disulfide bridges and only beta and delta subunits are bound to each other by disulfide bridges.
As a result when the protein will undergo fragmentation it will generate 3 bands because the interaction that is present between alpha and beta subunit will break resulting in the formation of 2 bands. Now the most important fact is that the beta subunit is linked to delta subunit by di sulfide bond so when betamarcaptoethanol will act on protein X it will break the disulsulfide bond present between the beta and delta subunit to reduce both the subunit.
Finally the interaction that is present between delta subunit and gamma subunit will be broken down to release the delta subunit which will form a single band during SDS PAGE..
