Answer:
In particular, organelles called chloroplasts allow plants to capture the energy of the Sun in energy-rich molecules; cell walls allow plants to have rigid structures as varied as wood trunks and supple leaves; and vacuoles allow plant cells to change size.
Explanation:
The hydrostatic pressure in the glomerular capillaries is the chief and force pushing the water and the solutes out of the blood and to across the filtration membrane.
The glomerulus was the filtering unit of the kidney, which s a unique bundle of the capillaries and lined by the delicate fenestrated and endothelia, a complex mesh of the proteins that serve as a glomerular the basement membrane and the specialized visceral epithelial cells that also form the slit diaphragms and in between the interdigitating foot processes
The glomerular capillaries are basically the barrier to the distribution of the large plasma proteins and into urine. the Large proteins such as the albumin and IgM are impeded by the capillaries whereas smaller proteins pass through the filtration barrier into the tubular fluid.
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Answer:
mutation between cell occurs
Explanation:
Answer:
An amino acid has a common skeleton structure; an alpha carbon joined to 4 groups in its four covalent bonds. The groups are a Hydrogen (-H), a Carbonyl (-COOH), an Amino group (-NH3), and a side chain.
The side chains are variable across all amino acids which is the basis for their identification and naming. The side groups have different properties, therefore, giving different amino acid different structures and properties. These properties help in the folding of polypeptide chains into functional protein structures. This is due to their various interactions between the different amino acids that help proteins form structures like disulfide bridges, beta-sheets and alpha-helices.
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Answer:
Because hemophilia is an X-linked recessive condition.
Explanation:
As the problem states, hemophilia is an X-linked recessive condition.
- Meaning that in Queen Victoria's female descendants (coded XX) which inherited the Queen's one allele, for hemophilia to appear in them it would be necessary to inherit another hemophillia-carrying allele from the father.
- The Queen's male descendants (coded XY) would always manifest hemophilia if they inherited the Queen's hemophilia allele, as they possesed only one X gene.
