Such insights will also aid researchers in their quest for new treatments to
repair damage to the nervous system.
There is exciting progress being made as researchers explore the potential of different types of stem cells to slow MS activity and to
repair damage to the nervous system.
Not exact matches
Research is therefore required for the development of new tools
to repair damage to the central
nervous system.
Ultimately, the enhanced understanding of central
nervous system organization that has derived from the research of these three scientists may lead
to new and more effective ways
to repair diseased or
damaged circuits embedded in the human brain and spinal cord.
8.30 Hana Paculová CDK12 connects transcriptional regulation
to DNA
damage repair pathway 8.55 Karol Kaiser Wnt secretion during
nervous system development 9.20 Simona Hankeová The role of Notch signaling in vasculogenesis 10.00 Coffee break 10.30 Tomáš Doležal Extracellular adenosine regulates complex host - pathogen interactions through the energy release for the immune response 10.55 Ondřej Bernatík and Igor Červenka Regulation of diverse function of Dvl by phosphorylation 11.20 Jan Ryneš Dissection of Axin interactome: rational approach for control of signaling cascades via intervention with specific protein - protein interactions 12.05 Targeting opportunities: discussion & sum - up 13.00 Lunch and departure
These cells have the ability
to cross the blood - brain barrier and travel directly into the
nervous system to improve blood flow
to the brain and
repair some of the nerve
damage which has occurred as a result of your degenerative disease or neurological injury.
You've already learned about the importance of fat, so as you can probably imagine, fat deficiencies can also result in poor blood sugar control, inability
to repair central
nervous system damage, poor nerve cell function, low hormone production, low antioxidant levels, and many other issues.