It depends on the extent of the damage, sometimes the body can repair the damaged cells themselves in a process called resolution, or it can replace the dead cells with the same types of cells. This is called regeneration. Or, if the damage is more severe, it uses a process of fibrosis, where it replaces lost tissue with scar tissue.
Platelets and fibrinogen can be a part of this process if blood needs to be clotted to stop bleeding. This process forms a platelet plug, which in common terms is a scab.
(skin example)
Injured tissue cells replace chemicals which cause capillary dilation which increases permeability (means white cells flood in)
The clotting protein attempts to build a clot and hold the edge of the wound together preventing spread of infection
It Close and dries and hardens where it is exposed to air (scab)
Lymphatic vessels and phaygocitic (engulfing) macrophages (white blood cell) removes excess fluid and cell debry left behind.
• Capillaries become very permeable
-Introduce clotting proteins
-A clot walls off the injured area
• Formation of granulation tissue
-Growth of new capillaries
-Rebuild collagen fibers
•Regeneration of surface epithelium
-Scab detaches
The first thing is to have a Tissue to repair so we first stop the loss of Blood.
Biochemically this is easier done than said - yet "The Clotting of Blood is a nine Step Bio-Cascade." is a start.
The process of wound healing may be presented as a series of separate events. In actuality, the entire process is more complicated, as cellular events that lead to scar formation overlap.
Healing is a systematic process, traditionally explained in terms of 4 overlapping classic phases: hemostasis, inflammation, proliferation, and maturation.
cells regroup and make more if its damaged
immflammation, organization, and regeneration
regeneration and fibrosis
there are layers of soft tissue?
The first stage of ossification is the laying down of a cartilage template by chondrocytes. Then osteoblasts add calcium and phosphorus to the extracellular matrix. When that process is complete the osteoblasts become mature bone cells, osteocytes.
Granulation tissue forms new capillary beds that provide oxygen-rich blood for the healing process.
using maggots
Ectoderm is responsible for the formation of neural tissue. It is one of the three main layers of germ cells in the early stages of embryonic development.
Any operation done in two or more separate parts, with a rest period between the two stages to facilitate tissue healing or clearance of infection.
there are layers of soft tissue?
Tissue healing by fibrosis can be better as the scar tissue builds quickly and bigger, re generation will only grow to what condition the muscle is left in, ie if it is cut, tissue will grow both sides, but scar tissue or fibrosis will bridge. Tissue will grow onto the scar tissue and even replace it.
Granulation tissue:the tissue that normally forms during the healing of a wound. This tissue eventually forms the scar.
The first stage of ossification is the laying down of a cartilage template by chondrocytes. Then osteoblasts add calcium and phosphorus to the extracellular matrix. When that process is complete the osteoblasts become mature bone cells, osteocytes.
the metacarpal serum
Granulation tissue forms new capillary beds that provide oxygen-rich blood for the healing process.
Shock, realization, acknowledgment
collagen
Prolonged inflammation, healing of the tissue from the inflammatory process
using maggots
collagen