Core Facilities

iPSCoreOne of HSCI's platforms for research funding is the establishment of core facilities. The purpose of funding these cores is to accelerate stem cell research within the Harvard community by providing resources and services that are beyond the means of most individual labs. Access to HSCI core facilities is open to all HSCI members, and we expect that these cores will foster a culture of interaction and collaboration that will stimulate new approaches to the field.

HSCI iPS Core Facility

In July 2008, the HSCI iPS Core Facility was created to accelerate research in the stem cell field by facilitating the derivation and distribution of induced pluripotent stem (iPS) cell lines. Disease-specific iPS cell lines provide us with an opportunity to study the mechanisms of disease and ultimately to develop new treatments. The iPS Core now has a fee-for-service business model to provide investigators with customized iPS derivation and genome editing based on the latest cutting-edge stem cell technologies.

HSCI Therapeutic Screening Center

The HSCI Therapeutic Screening Center was established to take comprehensive advantage of some of the unique aspects of stem cell biology to identify reagents and compounds that either affect cell differentiation or could be therapeutic agents themselves.

HSCI Center for Stem Cell Bioinformatics

The HSCI Center for Stem Cell Bioinformatics was created to address the requirement for capacity to store, interpret, and integrate complex high dimensional stem cell data. It consists of the Stem Cell Commons, a data repository and analytical engine, and the Center for Health Bioinformatics, a services and consulting group available to support the management and analysis of high-throughput data, consult on study designs and provide training for the data analysis platform and repository.

Center for Human Cell Therapy Boston

The mandate of the Center for Human Cell Therapy (CHCT) is to provide resources to all Harvard Medical School faculty to facilitate bench-to-bedside development of cellular therapies for the treatment of damaged or diseased tissues. Examples of such diseases include the correction of congenital defects and various cancers such as childhood and adult leukemia, prostate, and ovarian cancers.