IgG / C107 Ab / monoclonal Ab / polyclonal Ab / Creative Commons / Philips / Amersham Biosciences / carried out using a monoclonal Ab / /
Country
United States / / /
Facility
Scale bar / terminus Ab C107 / Weill Medical College of Cornell University Institutional Animal Care / terminus Ab / Dyson Vision Research Institute / Weill Medical College of Cornell University / /
IndustryTerm
en bloc postfixation/staining protocol / electrondense enzymatic products / filamentous network / en bloc post-fixation/staining protocol / molecular motor systems / entry site / inner segment tubular network / electron-dense enzymatic products / outer shaft entry site / chemical fixation / reaction products / silver paint / ethanol solutions / tubular network / thiocarbohydrazide solution / given labeling protocol / imaging / chromogenic products / chemicals / en bloc fixation/ staining protocol / serial block face imaging / /
Organization
Weill Medical College / Cornell University / New York / Membrane / Dyson Vision Research Institute / Cornell University Institutional Animal Care and Use Committee / Department of Ophthalmology / Department of Cell and Developmental Biology / /
Person
Connie Cepko / /
Position
author / Prime Minister / ciliary PM / basal OS PM / HRP-tagged rhodopsin reporter / HRP-rhodopsin reporter / ciliary PM and the apical inner segment PM / representative / occasional PM / reporter / extra PM / topology-indicative HRP-rhodopsin reporter / /
Product
calcium chloride / /
ProvinceOrState
New York / /
Technology
en bloc post-fixation/staining protocol / electroporation / en bloc postfixation/staining protocol / tomography / specific en bloc fixation/ staining protocol / given labeling protocol / /
Ultrastructural visualization of trans-ciliary rhodopsin cargoes in mammalian rods