0000000000702261

AUTHOR

Heinrich Betz

showing 2 related works from this author

Building Bridges through Science

2017

WOS: 000415310800007 PubMed ID: 29144972 Science is ideally suited to connect people from different cultures and thereby foster mutual understanding. To promote international life science collaboration, we have launched "The Science Bridge'' initiative. Our current project focuses on partnership between Western and Middle Eastern neuroscience communities. Medical Research Council [MC_UP_1202/5]

Historyhistory 15th centuryhistory 21st centuryhistory medievalInternational CooperationNeurophysiologyEurope; history 15th century; history 21st century; history ancient; history medieval; humans; middle east; neurosciences; international cooperation; neuroscience (all)Bridge (interpersonal)History 21st CenturyAncient03 medical and health sciencesMiddle East0302 clinical medicinehistory ancientPolitical scienceHumansThrough ScienceHistory AncientHistory 15th CenturyEurope; History 15th Century; History 21st Century; History Ancient; History Medieval; Humans; Middle East; Neurosciences; International Cooperation; Neuroscience (all)Neuroscience (all)General NeuroscienceBuilding BridgesNeurosciences21st CenturyHistory Medieval030227 psychiatry3. Good healthEurope15th CenturyGeneral partnershipEngineering ethics030217 neurology & neurosurgeryMedieval
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Expression of inhibitory glycine receptors in postnatal rat cerebral cortex.

1993

The developmental expression of inhibitory glycine receptors was analyzed in postnatal rat cerebral cortex using the specific monoclonal antibody, MAb 4a. This antibody defines an epitope common to all known glycine receptor alpha-subunits. At birth, high levels of immunoreactivity were found, which transiently increased during the second postnatal week, but subsequently declined to low adult levels. Biochemical analysis of the MAb 4a antigen from parietal areas indicates that cortical glycine receptors correspond to the neonatal receptor isoform previously identified in spinal cord of newborn animals. Immunocytochemistry showed that, within 2 weeks after birth, MAb 4a-reactive glycine rece…

medicine.medical_specialtyCentral nervous systemImmunocytochemistryBlotting WesternBiologyRats Sprague-Dawleychemistry.chemical_compoundReceptors GlycineInternal medicineCortex (anatomy)medicineAnimalsTissue DistributionReceptorMolecular BiologyGlycine receptorCerebral CortexGeneral NeuroscienceAntibodies MonoclonalNeural InhibitionStrychnineImmunohistochemistryRatsReceptors Neurotransmittermedicine.anatomical_structureEndocrinologychemistryAnimals NewbornCerebral cortexImmunologyGlycineNeurology (clinical)Developmental BiologyBrain research
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