We examined whether autoradiographic localization of [125I]-antirabbit immunoglobulin
(IgG) was suitable for light and electron microscopic detection of a rabbit antiserum to the …

Neuronal antigens can be demonstrated histologically by numerous direct and indirect
immunocytochemical techniques in which a specific antibody is identified by a marker …

Very few double-antigen staining methods are available that are applicable to both light and
electron microscopy. The objective of this study was to develop for localization of two neural …

In order to study the morphological interrelationships between immunocytochemically
identified neuronal systems, a double labelling procedure—suitable for correlative light and …

Serotonin immunoreactive structures of the rat central nervous system (CNS) were detected
by the recently developed silver-intensified peroxidase-antiperoxidase complex (SI-PAP) …

One of the advantages of the production of monoclonal antibodies by tissue culture methods
is that they can be internally labeled by using appropriate radioactive amino acid in the …

In the past several years, there has been a rapid expansion in use of immu-nocytochemical
methods for identifying neuronal molecules. These include neurotransmitter-synthesizing …

Immunocytochemistry enables the localization of transmitter‐related antigens in tissue
sections at either the light microscopic or the electron microscopic level. In the case of …

We describe a new method for successive immunofluorescence detection of multiple
peptides in single paraffin tissue sections. Immunoglobulins were inactivated at 130 degrees …

Radioautography and immunocytochemistry may be combined at the light and electron
microscopic levels for simultaneously localizing uptake sites for exogenous transmitter …