ABSTRACT: 16S rRNA gene fragment sequences from surface seawater collected in Nov 2011 at coastal area of Noto town (37˚18’ N, 137˚14’ E, depth of 0 m).
Project description:16S rRNA gene fragment sequences from mesopelagic seawater collected in Nov 2011 at coastal area of Noto town, Ishikawa, Japan (37˚17’ N, 137˚16’ E, depth of 320 m).
Project description:16S rRNA gene fragment sequences from surface seawater collected in Nov 2011 at coastal area of Muroto city, Kochi, Japan (33˚18’ N, 134˚11’ E, depth of 0.5 m).
Project description:16S rRNA gene fragment sequences from mesopelagic seawater collected in Nov 2011 at coastal area of Suruga bay, Shizuoka, Japan (34˚51’ N, 138˚21’ E, depth of 397 m).
Project description:16S rRNA gene fragment sequences from surface seawater collected in July 2011 at coastal area of Muroto city, Kochi, Japan (33˚18’ N, 134˚11’ E, depth of 0.5 m).
Project description:16S rRNA gene fragment sequences from Mesopelagic seawater collected in July 2011 at coastal area of Muroto city, Kochi, Japan (33˚18’ N, 134˚14’ E, depth of 320 m)
Project description:Interventions: "A group: MC followed by EUS" for diagnosis of invasion depth From February 2011 to December 2013
"B group: EUS followed by MC" for diagnosis of invasion depth From February 2011 to December 2013
Primary outcome(s): Accuracy rate for invasion depth of early colorectal cancer by MC and EUS
Study Design: Cross-over Randomized
Project description:Using a combination of cell sorting and microarray analysis, we identified almost 200 genes as having a high level of expression in the notochord. After whole mount in situ hybridization screening, we confirmed approximately one third of these as having a novel notochord expression pattern. Keywords: cell type comparison - embryonic Noto-GFP+ notochord progenitors versus surrounding GFP- comparator cells 3 biological replicates - each replicate includes an experiment cell population (Noto-GFP positive cell sort) and a comparator population (GFP negative cell sort)
