yes
Human sex cells.
all cells except for gametes.
There are three types of embryonic cells; endoderm, mesoderm, and ectoderm. In the human body there are many different types of cells, more than two. They are grouped into tissue types. We have four different tissues; connective, nervous, muscular, and epithelial. The two major groups of cell types in the human body are somatic cells and gamete cells.
there are alot more than 4 types but heres 4: blood cells, muscle cells, neurons( nerve cells), skin cells
200 types of cells in the human body. Catorgorized into three separate groups. All 200 different types carry out their own specific functions.Reply* There is no proof about how many cells there is in a human body.. iv'e studied the human body and this is a unmodified answer.
A stem cell can develop into other types of cells.
Chromosomes
There are more than 4 types of cells in the human body. There are about 200 different types of cells. Each cell has a different function.
6 cells
Human sex cells.
blood cells, white blood cells, sperm cells, brain cells.
There are three types of embryonic cells; endoderm, mesoderm, and ectoderm. In the human body there are many different types of cells, more than two. They are grouped into tissue types. We have four different tissues; connective, nervous, muscular, and epithelial. The two major groups of cell types in the human body are somatic cells and gamete cells.
There are three types of embryonic cells; endoderm, mesoderm, and ectoderm. In the human body there are many different types of cells, more than two. They are grouped into tissue types. We have four different tissues; connective, nervous, muscular, and epithelial. The two major groups of cell types in the human body are somatic cells and gamete cells.
No, because of the telomere shortening cells have a limited number of divisions. The exception is with cancer cells that divide indefinitely.
No, cells undergoing meiosis take longer time than those undergoing mitosis
plant animal and human
Fission. There are two types: mitosis and meiosis.