The process involves the separation of sister chromatids.
Answer:
False
Explanation:
If this were indeed accurate, it would threaten the internal balance of our cells; akin to how not all keys fit in locks, not every molecule possesses the "key" needed to transport across the phospholipid bilayer into and out of the intracellular and extracellular fluids. Typically, small hydrophobic ("water-repelling") molecules can traverse this bilayer.
Answer and Explanation:
Such lights can indeed encourage the growth and reproduction of plants.
This occurs because growth, chlorophyll synthesis, flowering, and fruiting are dependent on a specific range of light wavelengths measuring 640-720 nm. While plants naturally absorb this range from sunlight, cultivation lamps that emit this spectrum, corresponding to the yellow/red light, can be used when natural sunlight is insufficient.
The variations caused by genetic modification lead to alterations in the organism's genome. Such changes express traits in ways that differ from the typical. These variations can cause genetic mutations that may be passed down generations.
In the case of sexual reproduction, the organism's genome remains unchanged. Here, only an exchange occurs between the alleles inherited from each parent, and this does not result in mutations.