<h3><u>According to the energy-thrifty gene hypothesis, are our genes affecting like as follows: </u> </h3>
- The thrifty gene hypothesis explains the possible cause for the high incidence of obesity related disorders modern times.
- According to this hypothesis, the genetic variants in the body lead to the accumulation of adipose tissue in the body for crucial times when the requirement would be high and hence, more common in the population (Neel, 1962).
- This may be the possible cause for the incidence of the various obesity disorders. These variants are known as the thrifty genes.
Answer: AND Explanation.
Lisa consumed too much water in too short of a time. This led to water leaking into the brain and disrupting the cerebrospinal fluid concentrations, impairing neural tissue activity
Answer:
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This is related to the angular diameter distance, which is the distance an object is calculated<span> to be at from and , assuming the Universe is </span>Euclidean<span>. The actual relation between the angular-diameter distance, , and redshift is given below.</span>
Receptor proteins are molecules inside a cell or on its surface on which ligands bind. A ligand is any substance (e.g. a hormone, drug, functional group) that binds specifically and reversibly to another chemical entity to form a large complex.
Receptor proteins found inside a cell are called internal receptors or intracellular receptors or cytoplasmic receptors.
They act as regulators of mRNA synthesis to mediate gene expression.
When a ligand binds to an internal receptor, the receptor changes in conformation and exposes on itself a site that can bind to DNA.
The receptor joined to the ligand moves into the nucleus where it binds to a specific site on the cell DNA. Once bound, it promotes the process of transcription where information is copied from DNA to mRNA