Answer:
Following Statements are true.
1. Cells receive molecular signals that communicate their position in relation to other cells.
3. Differential gene expression affects the developmental process in animals.
4. Positional information controls pattern formation.
6. Homeotic genes code for transcription factors that control the development of segment-specific body parts.
Explanation:
The formation of an eukaryotic organisms's spatial organization which includes organ formation and tissue arrangement is called as Pattern formation.
Molecular signals are received by cell. This phenomenon collectively refereed as positional information. Through this phenomenon cells are informed about their locomotion with respect to body axes and other cells. Regulation of pattern formation is controlled by Positional information.
When body axes is established a gene called homeotic gene start working as regulatory genes. This gene identify specific body segment in an organism which results in the formation of segment-specific body structures in the correct locations on the body.
For many species, there are often regional differences in their genes, although most of the time this differences aren't noticeable in their outward appearance.
<span>The answer would be C. Diabetes is a metabolic disease
wherein the cells of the body cannot properly respond to insulin or the body
has a low production of insulin. Sometimes, it can be both. Insulin acts as the
balancing hormone for the glucose in the body. Without it, glucose cannot be
properly absorbed by the body as energy and nutrients. They just become glucose
build-ups in the blood and are dangerous when in excess of. Eventually, glucose
are secreted by the body through urinating which also causes kidney disorders
which is a serious complication to diabetes.</span>
During the last and final stage where there is a possibility of 30-36 ATP production rate
Answer:
Stomach, small intestine, and pancreas
Explanation:
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