Answer:
I think it's D I could be wrong but that's what I'm thinking
The given statement is true.
In humans all reproduction is sexual, it comprises a combination of haploid gamete cells from each parent with half the usual number of chromosomes to produce a novel cell comprising genetic material of both the parents, This is known as a diploid zygote.
When the gametes combine they produce a cell known as a zygote. Human eggs and sperm comprise 23 chromosomes. The human zygotes comprise 46 chromosomes. The kind of cell differentiation, which generates gametes with half the usual number of chromosome is known as meiosis.
No it does not, carbon can be in many forms and locations.
Answer:
The membrane protein would remain in Golgi complex and would not be targeted to plasma membrane.
Explanation:
Proteins are synthesized at the surface of the rough endoplasmic reticulum. Endoplasmic reticulum and Golgi complex coordinate for protein targeting. Proteins formed on the rough ER are packed in transport vesicles that bud off from the surface of rough endoplasmic reticulum and fuse with cis-cisternae of the Golgi complex. Once inside the lumen of the Golgi complex, the proteins are being modified and folded.
The membrane proteins are again packed in vesicles that bud off from the trans-cisternae of Golgi complex and fuse with the plasma membrane to release the proteins. In the presence of the drug that disrupts protein targeting at the trans-face of the Golgi complex, the membrane protein would not be transported to the membrane and would remain in the Golgi complex only.
