Chromatids......then chromosome !!!
Answer:
The biological level of organization represented by all of the three steps of gene expression products is <em>the central dogma of molecular biology.</em>
Explanation:
DNA is divided up into functional units called genes. Each of them provides instructions for a functional product, that is, a molecule nedeed to perform a job in the cell. In many cases, the functional product of a gene is a protein.
The functional products of most known genes are polypeptides. Genes that specify polypeptides are called protein-coding genes.
Not all genes specify polypeptides. Instead, some provide instructions to build functional RNA molecules, such as transfer RNAs and ribosomal RNAs that play roles in translation.
The construction of polypeptide involves two major steps: transcription and translation. During the transcription, the DNA sequence of gene is copied to make an RNA molecule and in translation the sequence of mRNA is decoded to specify the amino acid sequence of the polypeptide.
The dominant gene takes over
Artificial and low-calorie sweeteners do not appear to help people lose weight — and in some studies are linked with weight gain, diabetes, and cardiovascular issues. When you trick your body and feed it non-nutritive or non-caloric sweeteners, it gets confused. Artificial sweetener stimulates your appetite and makes you want to eat more. Artificial sweetener can even slow your metabolism down, causing more weight gain.
Peroxisome is the organelle that would be expected to target and detoxify the plant compounds.
Peroxisomes are tiny membrane-bound organelles that contain several enzymes which are involved in various biochemical pathways in different types of cells. Peroxisomes go through oxidation reactions that results in the production of hydrogen peroxide which is harmful to the cell. The enzyme catalase is present in the peroxisomes. Catalase neutralizes the toxicity of hydrogen peroxide by decomposing it to water and oxygen. In that way, certain molecules such as fatty acids, amino acids, and uric acids are broken down by oxidative reactions in peroxisomes.
