Gene Expression Nebulas
A data portal of transcriptomic profiles analyzed by a unified pipeline across multiple species

Gene Expression Nebulas

A data portal of transcriptome profiles across multiple species

PRJNA274140: Human Embryo Single Cell Transcriptome Analysis

Source: NCBI / GSE65481
Submission Date: Nov 19 2013
Release Date: Nov 30 2015
Update Date: May 15 2019

Summary: We sorted 2PN stage human embryos by predicted viability using a noninvasive measurement we previously developed. We then performed RNA-seq on each embryo (which was a single cell) and looked for differences in expression between viable and nonviable embryos.

Overall Design: We sequenced the transcriptomes of 22 human zygotes (2PN stage) embryos; of which 11 were predicted nonviable and 11 were predicted viable. We excluded 5 which had no siblings in this data set. From the remaining 17 embryos; we analyzed the set of genes that was differentially expressed between those predicted viable and those predicted nonviable.

GEN Datasets:
GEND000191
Strategy:
Species:
Tissue:
Healthy Condition:
Cell Type:
Development Stage:
Protocol
Growth Protocol: -
Treatment Protocol: -
Extract Protocol: SMARTer Ultra Low RNA kit (Clontech)
Library Construction Protocol: NEBNext DNA Sample Prep Master Mix Set (New England Biolabs)
Sequencing
Molecule Type: poly(A)+ RNA
Library Source:
Library Layout: PAIRED
Library Strand: -
Platform: ILLUMINA
Instrument Model: Illumina HiSeq 2000
Strand-Specific: Unspecific
Samples
Basic Information:
Sample Characteristic:
Biological Condition:
Experimental Variables:
Protocol:
Sequencing:
Assessing Quality:
Analysis:
Data Resource GEN Sample ID GEN Dataset ID Project ID BioProject ID Sample ID Sample Name BioSample ID Sample Accession Experiment Accession Release Date Submission Date Update Date Species Race Ethnicity Age Age Unit Gender Source Name Tissue Cell Type Cell Subtype Cell Line Disease Disease State Development Stage Mutation Phenotype Case Detail Control Detail Growth Protocol Treatment Protocol Extract Protocol Library Construction Protocol Molecule Type Library Layout Strand-Specific Library Strand Spike-In Strategy Platform Instrument Model Cell Number Reads Number Gbases AvgSpotLen1 AvgSpotLen2 Uniq Mapping Rate Multiple Mapping Rate Coverage Rate
Publications
Human oocyte developmental potential is predicted by mechanical properties within hours after fertilization.
Nature communications . 2016-02-24 [PMID: 26904963]