Humans have a slow
regeneration speed on their wound or damaged parts of the body especially the
hepatocytes cell. Hepatocytes are the liver cells in the body which able to
regenerate or restore 75% of the damaged liver cells. However, the regeneration
process takes a relative long time period to heal up the wound. During the
organ or cell transplantation, there are a few limitations such as availability
of donor tissue and risk of rejection. Unlike starfish, starfish can regrow its
arms/legs without finding donor or help from others. The regenerated arms/legs do
not affect its biological movement mechanism [1]. The scientists say that the
cells in starfish are different from humans which are having high healing
capacity.
Hence, it is possible to
study more about the regenerative process of starfish and apply into the
medicine and surgery field. It helps to improve the healing capacity of humans
and without worrying much on the risk of rejection. If humans able to heal the
damaged cells by themselves, then disease such as AIDS, cancer cell or EBOLA
could be cured in the future.
Starfish has a
multi-layered self-organization mechanism that controlled by a layer of tube
feet under its arms. The tube feet are able to sense obstacles and avoid them
by moving its arms with muscle contraction and expansion. The tube feet
movement is called as the self-organization of behavior which allows starfish
to avoid danger situation and balancing. The tube feet transmit information to its
central nervous system to produce coordinated behavior [2].
The multi-layered
self-organization mechanism is introduced in the previous paragraph. It is
possible to apply in health care which can protect our skin from any danger
situation such as heat source, electric shock and etc. It is located at the
outer surface of our skin and send the stimuli to our brain for instant
reaction. It is extremely useful for workers who work at construction site or high
risk places. It is a wild idea and still under research study, thus more
information is needed to produce this product.
Reference:
[1] Rachel S.C. Friedman
and Diane S. Krause. “Regeneration and Repair: New Finding in Stem Cell
Research and Aging”. Longevity,
Regeneration and Optimal Health, vol.
1172, pag. 88-94, Aug. 2009.
[2] M. Migita, E.
Mizukami and Y. P. Gunji. “Flexibility in Starfish Behavior by Multi-Layered
Mechanism of Self-Organization”. Biosystems,
vol 82, issue 2, pag. 107-115, Nov. 2005.
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