Rough endoplasmic reticulum & smooth endoplasmic reticulum
Because hair contain protein called keratin. Proteins are made in rough ER. And lipids are produced by the smooth ER.
smooth endoplasmic reticulum
Epithelial cells
matrix cells
Hair turns gray due to a decrease in production of melanin, the pigment that gives hair its color. As we age, the cells responsible for producing melanin become less active, leading to a gradual loss of color in the hair. Genetics also play a role in determining when and how quickly this process occurs.
As we get older, the pigment cells in our hair follicles gradually die. When there are fewer pigment cells in a hair follicle, that strand of hair will no longer contain as much melanin and will become a more transparent color.
onion cells dont contain chloroplasts as they are underground so cant photosynthesise
yes, they do produce neurotransmitters to send electrical impulses to the brain for sound sensed by them
As we get older, the pigment cells in our hair follicles gradually die. When there are fewer pigment cells in a hair follicle, that strand of hair will no longer contain as much melanin and will become a more transparent color like gray.
I believe it is produce by scalpition but I am not sure if that is the right answer if any one has a better answer put it down. Hair is composed of keratinized dead cells that have been pushed to the surface.
yes in your blood hair skin particles cells teeth nails ect.
Yes. Two specifically mammalian cell types are : hair and mammary glandular cells. If you aren't aware of the functions of these cells : hair cells protect the body from its surroundings ; mammary cells produce milk to feed the mammalian young.
Skin cells, hair, just to name two things. Almost all cells in the bofy contain extractable DNA.
Chemotherapy is used to fight the cancer cells, but in the process it can also be harmful to other cells in your body that these drugs mistake for cancer cells. The way chemotherapy works is that it targets whatever cells are rapidly dividing. For this reason, the cells in your body that make hair grow so fast get harmed along with the cancer cells. Fortunately, the cells that produce your hair ca eventually go back to normal and your hair growth will resume again.