Answer:
Unlike plant cells, animal cells lack a cell wall.
Explanation:
Dominance because the tall(T) gene is dominant over the t gene so the plant is tall.
Answer:
All three statements are correct.
Explanation:
Glycolysis may be defined as a biochemical pathway used to obtain energy by the oxidation of glucose molecule. Gluconeogenesis may be defined as the metabolic pathway of generation of glucose from the non carbohydrate source.
These two process are not reverse of each other since all enzymes are not the same for both the pathway. The ATP levels decide the which pathway starts at the specific condition. The substrate cycle are used in gluconeogenesis and glycolysis pathway.
Thus, the correct answer is option (4).
Answer:
B. The frequency would increase because individuals with the gene for more molecules would leave more offsprings .
It is possible to INCREASE the levels of the protein X by transcription factor binding and epigenetic modifications that induce the expression of the protein-coding gene.
<h3>What are transcription factors?</h3>
Transcription factors can be defined as specific proteins that bind to certain gene regions called promotors in order to promote the transcription of genes.
Moreover, epigenetic modifications such as DNA methylation and histone acetylation may alter the structure of chromatin in order to enable gene transcription.
In conclusion, it is possible to INCREASE the levels of the protein X by transcription factor binding and epigenetic modifications that induce the expression of the protein-coding gene.
Learn more about transcription factors here:
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