Answer:
ANOTHER ANTIBODY MOLECULE OR A
Explanation:
I just know
Answer:
They could have all four type phenotype that are A, B, AB, and O
Explanation:
If the man has A blood group and the woman has B blood group then the genotype of man can be IAIA or IAi and the genotype of woman can be IBIB or IBi.
IA i
IB IAIB IBi
i IAi ii
So if the genotype of the parents are IAi and IBi then out of four offspring one could have AB blood group, second could have B blood group, third could have A blood group and fourth could have O blood group as shown in the cross above.
Answer:
D. Thyroid cancer and other cancers
Explanation:
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Alternative splicing may be considered a mechanism of gene regulation because it results in the production of different proteins.
What is Alternative Splicing (AS)?
Alternative splicing (AS) produces a significant expansion of genome coding capacity and cellular protein variety while regulating gene expression patterns at the post-transcriptional stage.
- It is possible for RNA splicing to be modified and to interact closely with genetic and epigenetic machinery.
- Notably, AS interacts closely with the networks of differentiation gene programs during the adipogenesis processes of white, brown, and beige adipocytes.
Here, we integrate the information that is currently known on certain splicing events and the distinctive roles of various splicing regulators as examples to emphasize the important biological role that the AS mechanism plays in adipogenesis and adipocyte biology.
- Furthermore, mounting data indicates that the phenotypes of diet-induced obesity and metabolic dysregulation in humans are frequently related to mutations and/or changed expression in splicing regulators and aberrant splicing modifications in the obesity-associated genes.
Hence the answer is the production of different proteins.
Learn more about Alternative splicing here,
brainly.com/question/27587416
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Answer:
Urey and miller cooked a "primordial soup" with Hadean gases, water and electricity to make <u>glucose</u>, <u>acetic acid</u>, <u>amino acids</u> and <u>lipids</u>.
Explanation:
In the Miller-Urey experiment, the aim was to reproduce the conditions of the earth before the existence of life, with the objective of demonstrating the formation of organic matter from inorganic molecules.
The scientists took water and gases present in the Hadean eon —previous to the existence of life— such as methane, carbon dioxide, hydrogen, nitrogen and even ammonia, the primordial soup. This mixture was subjected to electrical discharges, inside closed containers.
The results were some organic molecules, including glucose, acetic acid, amino acids and fatty acids. In these results the presence of macromolecules, such as proteins or nucleic acids, is not appreciated, however it was a significant contribution to the knowledge of the origin of life on earth.