Answer:
number 4 is puncture
five is amputation
six is laceration I think
number 2 is incision
that's all I know
D. Increasing the pH within the cell.
Maltose is also known as malt sugar and commonly found in germinating grains. Thus, maltase is enzyme that split the disaccharides maltose into two glucose molecules and can be found within the small intestine of vertebrates which includes human and animals. However, increase in pH of the cell will generally result in incomplete loss of enzyme activities thereby slowing down the enzyme reactions.
The correct answer is option c, that is, people voting not to allow government money to fund genetic modification research.
The scientists from the Food and Drug Administration had continuously warned that the genetically modified foods can develop hard to detect and unpredictable side effects, like toxins, allergies, nutritional issues, and new diseases.
The GM plants, like corn, soybean, canola, and cottonseed, have had foreign genes forced into their DNA. The inserted genes come from species, like viruses and bacteria that have never been in the supply of human food.
The genetic engineering procedure develops massive collateral destruction, making mutations in several locations all through the DNA of the plant. The natural genes can be permanently turned off or deleted, and many may have modified their behavior.
Even the gene inserted may get rearranged or damaged, and may produce proteins, which can promote disease or initiate allergies.
After a steroid hormone binds to its intracellular receptor, transcription of specific genes occurs. The activated receptor moves into the nucleus and binds to DNA
<h3>What is steroid hormone and intracellular receptor ?</h3>
Target cells have steroid hormone receptors in their nuclei, cytoplasm, and plasma membranes. They are typically intracellular receptors (often cytoplasmic or nuclear) that start the signalling processes for steroid hormones, which modify the expression of genes over the course of hours to days.
- By attaching to intracellular receptors, steroid hormones control cellular functions by changing the expression of specific nucleotide sequences. Since the majority of steroid receptors in target cells reside in the cytoplasm, they must enter the nucleus to change gene expression.
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