March 25, 2009 – 10:16 am
ArunA Biomedical, Inc. announces alliance with Neuromics for distribution of normal human neural cells.
January 24, 2009 – 2:06 pm
I have featured Dr. Matt Ramer and his research on Spinal Cord Injury. The focus was sensory and autonomic neuron repair.
As an update, I would like to share a publication that references SCI and our Substance-P antibody. Here Dr. Paul Dolber et al. found Substance P detected immunohistochemically in the sacral parasympathetic nucleus was significantly [...]
October 26, 2008 – 9:11 am
About Dr. Matt Ramer
2001-Present-Associate Professor-University of British Columbia and ICORD
Post Doc-King’s College London
PhD.-Physiology-Queen’s College Kingston, Ontario
Matt Ramer Website
Awards and Funding
Email: ramer@icord.org
Lab Members: A. Gaudet, J. Inskip, A. Scott, L. Soril
Finding Fixes for Injured Nerves
I first became aware of Matt’s research in early 2005. This was catalyzed when he kindly shared excellent IHC images his lab [...]
By Pete Shuster
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Posted in Pain Research, People, Stories, featured researchers
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Also tagged Automic Function, Autonomic Function, BDNF, dorsal root entry zone, Dorsal Root Ganglia, Dr. John Priestly, Dr. Matt Ramer, Dr. Stephen McMahon, DREZ, DRG, Injured Nerves, Nerve Regeneration, Neurokinin-1, Neurotrophins, NGF, NT-3, SCI, Sensory Neurons, Spinal Cord, Substance-P
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October 16, 2008 – 9:42 am
I dream of the day that people suffering from spinal cord injuries (SCIs) will be restored to full function. The good news is there are researchers and dedicated centers that form the back-bone of SCI repair research.
I am excited and honored to be featuring Dr. Matthew Ramer for this month’s backstory. Matt is a member of ICORD (International Collaboration On [...]
By Pete Shuster
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Posted in People, Uncategorized, featured researchers
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Also tagged Dr. Matthew Ramer, ICORD, Matt Ramer, Neural Regeneration, Neuron Repair, Neurotrophins, SCI, UBC, University of British Columbia
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This research sheds light on the natural regeneration that occurs in the area of damaged spinal cord tissue. The surprise here is the role that Edendymal Progenitor Cells are playing in repair mechanism vs Neural Stem Progenitors.
In this publication, researchers have employed genetic fate mapping to characterize a candidate neural stem cell population in the adult spinal cord [...]