Answer:
A species that lives in a heterogeneous environment is more likely to exhibit phenotypic plasticity.
Explanation:
Phenotypic plasticity might be understood as the ability of a genotype to produce different phenotypes in response to varying environmental conditions.
Phenotypic plasticity needs epigenetic mechanisms to occur, which involve the genotype and the environment interaction to produce adapted phenotypic changes.
Epigenetic mechanisms produce changes in the expression of the genes, with no need to alter the DNI nucleotides sequences.
A heterogeneous environment imposes variability on genotypes that interact with it, producing different phenotypes. These phenotypes will vary according to environmental conditions.
The frameshift mutation of a gene can be reversed by using a mutagen like intercalating agent.
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What is the mean of intercalating agent?</h3>
In organic chemistry, embolism is that the insertion of molecules between the placoid bases of desoxyribonucleic acid (DNA).This method is employed as a way for analyzing polymer and it's conjointly
the premise of bound forms of poisoning. A substance that inserts itself into the polymer structure of a cell and binds to the polymer. This causes polymer harm. In cancer treatment, polymer intercalating agents might kill cancer cells by damaging their polymer and stopping them from dividing. The frameshift mutation of a cistron may be reversed by employing a agent like intercalating agent.
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I'm not positive, but I'm pretty sure it's the nucleus.
I know that they're present in eukaryotic cells and not prokaryotic cells
Plants take in carbon dioxide and sunlight through their leaves in photosynthesis to produce food and release oxygen into the air.
