NotablePrimary and study completion dates: Dec 2025 to Dec 2030v36
5 versionsRe-verified since Aug 11, 2021, no change to tracked fieldsv31-v35
MinorStart date: Jul 2002 to Jul 7, 2002
Site contact updated
v30
Re-verified, no change to tracked fieldsv29
NotableEnrollment target: 40 to 80v28
Show 26 earlier versionsHide 26 earlier versions
2 versionsRe-verified since Feb 24, 2019, no change to tracked fieldsv26-v27
NotablePrimary and study completion dates: Dec 2020 to Dec 2025v25
Re-verified, no change to tracked fieldsv24
NotablePrimary and study completion dates: Dec 2018 to Dec 2020v23
2 versionsRe-verified since Sep 1, 2015, no change to tracked fieldsv21-v22
NotablePrimary and study completion dates: Dec 2015 to Dec 2018v20
NotablePrimary and study completion dates: Dec 2014 to Dec 2015v19
MinorPrimary completion date: Jul 2014 to Dec 2014v18
Re-verified, no change to tracked fieldsv17
NotablePrimary completion date: Jul 2013 to Jul 2014v16
NotablePrimary completion date: Jul 2012 to Jul 2013
Study completion date: Dec 2013 to Dec 2014
v15
2 versionsRe-verified since Nov 1, 2011, no change to tracked fieldsv13-v14
MinorPrimary completion date: Jul 2012
Study completion date: Dec 2012 to Dec 2013
v12
MinorStudy completion date: Dec 2011 to Dec 2012
Eligibility criteria revised
Study description expanded, about 10 words
v11
MinorStudy completion date: Dec 2010 to Dec 2011v10
Re-verified, no change to tracked fieldsv9
MinorStudy completion date: Dec 2009 to Dec 2010v8
MinorStudy completion date: Jul 2009 to Dec 2009v7
Re-verified, no change to tracked fieldsv6
MinorStudy completion date: Jul 2008 to Jul 2009v5
NotableEnrollment target: 20 to 40v4
2 versionsRe-verified since Aug 18, 2006, no change to tracked fieldsv2-v3
Study First Submitted
Notable: the trial’s plan changed such as a big move in its timeline or size, a new primary endpoint, sponsor or phase, or recruiting opened or resumed.
Minor: routine progress and housekeeping, such as sites added or enrollment closed.
Human embryonic stem cells (hESCs) are isolated from the early human embryo and have the capability to proliferate indefinitely in culture and to develop into nearly every cell of the human body. Therefore, hESCs may serve as a renewable unlimited source of cells for transplantation therapy. Because of the use of animal products in their derivation, and due to the lack of appropriate quality and process controls in the manufacturing of existing cell lines worldwide, existing hESC lines are not suitable for utilization in transplantation therapy.
Our objective is to derive several new hESC lines that will be suitable for clinical trials. The investigators plan on deriving the new hESC lines utilizing only FDA-approved raw materials in a non-animal culture system. They will be produced entirely under GMP conditions, using appropriately documented procedures and analytical methods, completely safety tested, and screened for infectious and adventitious agents.