Back to Results
First PageMeta Content
Histology / Visual system / Retina amacrine cell / NPC1 / Inner nuclear layer / Retina / Outer plexiform layer / Ganglion cell layer / Inner plexiform layer / Anatomy / Biology / Neurons


Developmental changes in human dopamine neurotransmission: cortical receptors and terminators
Add to Reading List

Open Document

File Size: 4,60 MB

Share Result on Facebook

City

Carpinteria / Eugene / Raleigh / Rostock / Lagerlechfeld / Billerica / Munich / Jena / Marburg / Cambridge / Oberkochen / Hamburg / Penzberg / Marly / San Jose / /

Company

IgG / Plano GmbH / Jackson Laboratory / Adobe Systems / Millipore / Creative Commons / BioMed Central Ltd. / Covance / /

Country

Germany / Switzerland / United States / /

Currency

pence / /

/

Event

Product Issues / /

Facility

Bar Harbor / Rostock University Medical Center / Marina Hovakimyan2 / Jackson Laboratory / Scale bar / Laboratory Animals / /

MedicalCondition

Sandhoff diseases / tremor / Fabry’s disease / defective retinal ganglion / retinal ganglion / ataxia / ganglion cell layer / mucopolysaccharidoses / lysosomal storage disorder / C1 (NPC1) disease / disease / age-related maculopathies / large ganglion / ganglion / Gaucher disease / lens opacity / PFA / retinal degeneration / Neurodegeneration Background Niemann-Pick type C1 disease / retinal ganglion cells / lysosomal storage diseases / inherited lysosomal storage disease / dystonia / NPC1 disease / disorders / /

Organization

Institute for Neuroregeneration / Rostock University Medical Center / National Football League / Department of Anatomy / /

Position

author / representative / /

Product

soma / lamina-specific arborisation / arborisation / bipolar cells / retinal ganglion cells / /

ProvinceOrState

North Carolina / California / Massachusetts / /

SportsEvent

NFL / /

Technology

alpha / Neuroscience / antibodies / apoptosis / Genotype / performed using antibodies / /

URL

http /

SocialTag