Answer:
the generic effect most likely causes each leaf to lack a sufficient root system that can support the plant's growth
Answer:
Those traits passed from parents to offspring which has high probability.
Explanation:
Traits are passed on from parent to offspring over generations through the process of reproduction i. e. sexual reproduction. The traits are passed on from parent to offspring and if good traits are dominant so the traits are appeared in the structure of that organism due to dominant allele while on the other hand, if the bad traits are dominant so there is high probability of bad traits to be appeared in the organism.
Answer:
monogliceridos
digliceridos
trigliceridos
Explanation:
Según el número de ácidos grasos, se distinguen tres tipos de estos lípidos: los monoglicéridos, que contienen una molécula de ácido graso. los diglicéridos, con dos moléculas de ácidos grasos. los triglicéridos, con tres moléculas de ácidos grasos.
- How do the organisms get energy from the deep-sea vents?
- How are the organisms able to live under the water pressure?
- Are the organisms mostly producers or consumers?
Answer:
Epistasis
Explanation:
In epistasis, the interaction between genes is inimical, such that one gene masks or interferes with the expression of another. “Epistasis” is a word coined of Greek roots that mean “standing upon.” The alleles that are being masked or silenced are said to be hypostatic to the epistatic alleles that are doing the masking. The cause of the biochemical basis of epistasis is a genetic pathway in which the expression of one gene is dependent on the function of a gene that precedes or follows it in the pathway.
The example of epistasis given is the pigmentation of mice. we were told that "if a mouse has two recessive alleles for coat color, it is always albino no matter what the genotype of other genes involved in coat color"
Let say recessive allele (rr), it is always albino irrespective of other type of other genes, this is true in the stance that epistasis can be reciprocal such that either gene, when present in the dominant (or recessive) form, expresses the same genotype.
