Nutrients enter a cell with the concentration gradient by the process of diffusion.
I hope this helps!
Animals that
sexually reproduce are diploid and produce haploid gametes. Diploid is having two sets of chromosomes or double the haploid number of
chromosomes in the germ cell, with one member of each chromosome pair derived
from the ovum and one from the spermatazoon. While haploid is Having the same
number of sets of chromosomes as a germ cell, or half the diploid number of a
somatic cell. The haploid number (23 in humans) is the normal chromosome complement of germ
cells.
The DNA should be the one storing information in a cell because it contains all of your needed features of being you.
Answer:
Substitution Mutation
Explanation:
It can’t be deletion or addition as the base pairs of DNA haven’t shifted to the right or left.
If they had the second sequence would have an extra/one less base pair which isn’t the case.
It can’t be an inversion, as that’s where the base pairs from the opposite DNA strands are inverted/switched.
If it was inversion, you would have had a C instead of an A for Sample 2.
This is due to complementary base pairing where guanine bind with cytosine and adenine binds with thymine.
Therefore, this only leaves substitution as a viable answer.
The observation of the fluorescent GLUT4 transporter under a microscope of fluorescence confirms the presence of this transporter in the periphery of fibre and in the region of perinucleus.
Explanation:
The use of red fluorescent dye in labelling of GLUT4 transporter is observed in live cells of mouse. This study showed the predominant presence of GLUT4 in the region of perinucleus and in the fibre periphery. The transporter appeared in small and in large clusters.
The incubation period of 30 minutes and then the glucose ingestion to fix the cell is observed under the view of microscope. This also confirms the constant staining of this protein on the border of the cell of muscle.
