Authors :
AAKASH KUKREJA
Volume/Issue :
Volume 7 - 2022, Issue 9 - September
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3RRuItb
DOI :
https://doi.org/10.5281/zenodo.7183837
Abstract :
Stimulating regeneration of complex tissue
and organs after injury is one of curious topic that
attract almost all young researchers and the possibility
of revolutionise clinical medicine lies in these topics. The
ability to regenerate during embryogenesis and early
embryonic stage exist somewhere in the memory all
organisms in the form of DNA encoding. Many earlier
research conducted show us clear potential of re-growth
occur by various Mesenchymal stem cells , progenitor
cells and Morphogenic proteins that we easily found in
bone marrow, some of the best example is of research
conducted in regeneration of mice earlobes, human limb
generation , lizard phylogeny etc . In this research
proposed we will dig deep, try to explain and find
answers of certain niche:
How to effectively modify human wound environment
to induce regeneration and to establish a functional
interface with a bioengineered artificial organ or
structure.
Mesenchymal growth zone / artificial Bio-reactive
growth zones generation one of the most curious
question about how to generate it.
Using Nerve Signals for Specific Tissue Regeneration
Problem arises while using stem cell for organ
development and expected solution from this research
method.
Keywords :
We take our view point towards regeneration of human organs and create such type of artificial womb like growth zones which perform major
Stimulating regeneration of complex tissue
and organs after injury is one of curious topic that
attract almost all young researchers and the possibility
of revolutionise clinical medicine lies in these topics. The
ability to regenerate during embryogenesis and early
embryonic stage exist somewhere in the memory all
organisms in the form of DNA encoding. Many earlier
research conducted show us clear potential of re-growth
occur by various Mesenchymal stem cells , progenitor
cells and Morphogenic proteins that we easily found in
bone marrow, some of the best example is of research
conducted in regeneration of mice earlobes, human limb
generation , lizard phylogeny etc . In this research
proposed we will dig deep, try to explain and find
answers of certain niche:
How to effectively modify human wound environment
to induce regeneration and to establish a functional
interface with a bioengineered artificial organ or
structure.
Mesenchymal growth zone / artificial Bio-reactive
growth zones generation one of the most curious
question about how to generate it.
Using Nerve Signals for Specific Tissue Regeneration
Problem arises while using stem cell for organ
development and expected solution from this research
method.
Keywords :
We take our view point towards regeneration of human organs and create such type of artificial womb like growth zones which perform major
