the portion of an embryonic somite from which skeletal musculature is produced
Ectoderm
cells that are able to develop in any kind of tissue
the development of circulatory systems, bone, muscles, and organs for locomotion
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these are the bones that could develop in the soft tissue. for example bones (rider's bones) could develop in the aductor muscles of horse riders.
Both axillary buds and terminal buds share the same type of tissue, which is meristematic tissue. This tissue is responsible for growth and differentiation, allowing the buds to develop into new shoots or branches.
The bones of the skull and clavicle develop through a process called intramembranous ossification. This is where bone tissue forms directly within embryonic or fibrous tissue, without a cartilage intermediate. Specialized cells called osteoblasts are involved in this process, laying down new bone tissue.
Another word for scar tissue is "fibrous tissue." Scar tissue forms as part of the healing process after an injury, replacing normal tissue with a denser, less flexible material. This fibrous tissue can develop in response to cuts, surgeries, or other forms of trauma to the skin or internal organs.
This is a condition in males where they develop larger amounts of breast tissue than males generally develop. It is not as uncommon as many think and can be fixed through surgery.
Yes males can develop breast tissue. This usually happens when the male has a lot of body fat as body fat creates estrogen (the female hormone) and in turn they develop breast tissue due to high levels of estrogen.
No, an embryo is not simply tissue. An embryo is a developing organism in the early stages of growth and differentiation. It has the potential to develop into a complex organism with individual characteristics.