Common Contracts
6 similar Access Agreement contracts
HUMAN PANCREATIC ISLETS WGBS DATA ACCESS AGREEMENTAccess Agreement • March 12th, 2021 • England and Wales
This agreement governs the terms on which access will be granted to the Whole Genome Bisulfite Sequencing (WGBS) data generated as part of the “Integration of human pancreatic islet genomic data refines regulatory mechanisms at Type 2 Diabetes susceptibility loci” study.
ContractAccess Agreement • March 12th, 2021 • England and Wales
This agreement governs the terms on which access will be granted to the RNA-sequencing data generated as part of the “Integration of human pancreatic islet genomic data refines regulatory mechanisms at Type 2 Diabetes susceptibility loci” study.
OXFORD HUMAN ISLET DATA ACCESS AGREEMENTAccess Agreement • April 30th, 2020 • England and Wales
This agreement governs the terms on which access will be granted to the RNA-sequencing data generated as part of the “Genes associated with pancreas development and function maintain open chromatin in iPSCs generated from human pancreatic beta cell” study.
HUMAN FETAL PANCREAS DATA ACCESS AGREEMENTAccess Agreement • April 30th, 2020 • England and Wales
This agreement governs the terms on which access will be granted to the RNA-sequencing data generated as part of the “Understanding human fetal pancreas development using subpopulation sorting and RNA sequencing” (EGAS00001003127) study (EGAD00001004210 dataset).
OXFORD HUMAN ISLET DATA ACCESS AGREEMENTAccess Agreement • April 30th, 2020 • England and Wales
This agreement governs the terms on which access will be granted to the ATAC-sequencing data generated as part of the “Genes associated with pancreas development and function maintain open chromatin in iPSCs generated from human pancreatic beta cell” study.
HUMAN ENDOCRINE PANCREAS iPSC MODEL DATA ACCESS AGREEMENTAccess Agreement • May 31st, 2016 • England and Wales
This agreement governs the terms on which access will be granted to the RNA-sequencing data generated as part of the “Characterization of a human iPSC-derived endocrine pancreas model” study.
