All of the evidence provided on Hippocampome.org are quotes from scientific texts.
However, because quoted passages may be difficult to understand in isolation, contextual information and expanded abbreviations set in square brackets have been added for clarity.
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EXPRESSION: positive
ANIMAL: mouse
PROTOCOL: mRNA
Page location: p11796, left bot
Linking PMID: 19561297 Linking Quote: Principal neurons identified by the presence of their somata in the principal cell layer, which is densely packed with and nearly homogeneous for the somata of the subregion's principal neurons (Czeh et al., 2013, Acta Biologica Hungarica).
"First, Grp is expressed strongly in both CA1v-sps and CA1v-spd but weakly in CA1v-spm (Figs. 2 and 3 and Fig. S1B); Dcn is expressed strongly in CA1v-sps but weakly in CA1v-spd and CA1v-spm (Fig. 3 and Fig. S1 BÐD), whereas Htr2c and Gpc3 are strongly expressed in CA1vv, but only in the deep layer of CA1viv, CA1vid, and CA1vd (Figs. 1 D-F and 3 and Fig. S1 B-D)."
EXPRESSION (* contradictory evidence): negative
ANIMAL: mouse
PROTOCOL: mRNA
Page location: p11796, left bot
Linking PMID: 19561297 Linking Quote: Principal neurons identified by the presence of their somata in the principal cell layer, which is densely packed with and nearly homogeneous for the somata of the subregion's principal neurons (Czeh et al., 2013, Acta Biologica Hungarica).
"First, Grp is expressed strongly in both CA1v-sps and CA1v-spd but weakly in CA1v-spm (Figs. 2 and 3 and Fig. S1B); Dcn is expressed strongly in CA1v-sps but weakly in CA1v-spd and CA1v-spm (Fig. 3 and Fig. S1 BÐD), whereas Htr2c and Gpc3 are strongly expressed in CA1vv, but only in the deep layer of CA1viv, CA1vid, and CA1vd (Figs. 1 D-F and 3 and Fig. S1 B-D)."
EXPRESSION: positive
ANIMAL: mouse
PROTOCOL: mRNA
Page location: p11796, Fig. 3
Linking PMID: 19561297 Linking Quote: Principal neurons identified by the presence of their somata in the principal cell layer, which is densely packed with and nearly homogeneous for the somata of the subregion's principal neurons (Czeh et al., 2013, Acta Biologica Hungarica).
"Fig. 3. Gene markers showing regional and laminar specificities of field CA1 pyramidal neurons. For high- resolution Nissl-stained cytoarchitecture and delineation of pyramidal neuron sublayers, see Fig. 1 and Fig. S1. CA1v subdomains are labeled: a (CA1vd), b (CA1vid), c (CA1viv), and d (CA1vv). All digital images were downloaded from the ABA gene expression library. (Gene names and the image series numbers of their original digital images are listed in Table S1.) Images in the same rows have the same magnifications."
EXPRESSION (* contradictory evidence): negative
ANIMAL: mouse
PROTOCOL: mRNA
Page location: p11796, Fig. 3
Linking PMID: 19561297 Linking Quote: Principal neurons identified by the presence of their somata in the principal cell layer, which is densely packed with and nearly homogeneous for the somata of the subregion's principal neurons (Czeh et al., 2013, Acta Biologica Hungarica).
"Fig. 3. Gene markers showing regional and laminar specificities of field CA1 pyramidal neurons. For high- resolution Nissl-stained cytoarchitecture and delineation of pyramidal neuron sublayers, see Fig. 1 and Fig. S1. CA1v subdomains are labeled: a (CA1vd), b (CA1vid), c (CA1viv), and d (CA1vv). All digital images were downloaded from the ABA gene expression library. (Gene names and the image series numbers of their original digital images are listed in Table S1.) Images in the same rows have the same magnifications."
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positive