2000•Unpublished venueRequires access

Children's Hospital of Pittsburgh Histocompatibility Center Microfabricated CE Chips to Make More Cost- Effective HLA Class I and Class II Molecular Typing

Massimo Trucco

Open publisher page 0 citations

Abstract

The activities of the Children's Hospital of Pittsburgh Histocompatibility Center can be classified under three major categories: (1) the repository service; (2) the molecular typing service; and (3) the research activities aimed at improving the technical support on which the previous two services are working. This year in the Repository, where blood samples from volunteers as hone marrow donors are collected from more than 125 recruiting centers nationwide, 161,019 samples were processed. We stored 483,057 vials in three sets of freezers (one sample per donor each freezer), while 247,991 were sent out to other Typing Laboratories for molecular HLA typings. In our laboratories, 10,723 typings were performed with a very high Q.C. standard, as monitored by National Marrow Donor Program. Our Center's research branch synthesized all the oligonucleotides to be used as PCR primers or labelled probes to perform molecular HLA typing. DNA sequencing was also performed when hybridization results were not optimal. Alternatives for storing blood samples (e.g., blood spots on filter paper) or for enhancing typing capabilities (e.g., microchip technology to expedite PCR procedures) were successfully implemented or improved to the point of justifying their future implementation.

About this research paper

What this paper is about

The activities of the Children's Hospital of Pittsburgh Histocompatibility Center can be classified under three major categories: (1) the repository service; (2) the molecular typing service; and (3) the research activities aimed at improving the technical support on which the previous two services are working. This year in the Repository, where blood samples from volunteers as hone marrow donors are collected from more than 125 recruiting centers nationwide, 161,019 samples were processed. We stored 483,057 vials in three sets of freezers (one sample per donor each freezer), while 247,991 were sent out to other Typing Laboratories for molecular HLA typings. In our laboratories, 10,723 typings were performed with a very high Q.C. standard, as monitored by National Marrow Donor Program. Our Center's research branch synthesized all the oligonucleotides to be used as PCR primers or labelled probes to perform molecular HLA typing. DNA sequencing was also performed when hybridization results were not optimal. Alternatives for storing blood samples (e.g., blood spots on filter paper) or for enhancing typing capabilities (e.g., microchip technology to expedite PCR procedures) were successfully implemented or improved to the point of justifying their future implementation.

Why it matters

A significance statement is not available in the OpenAlex record.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

The activities of the Children's Hospital of Pittsburgh Histocompatibility Center can be classified under three major categories: (1) the repository service; (2) the molecular typing service; and (3) the research activities aimed at improving the technical support on which the previous two services are working. This year in the Repository, where blood samples from volunteers as hone marrow donors are collected from more than 125 recruiting centers nationwide, 161,019 samples were processed. We stored 483,057 vials in three sets of freezers (one sample per donor each freezer), while 247,991 were sent out to other Typing Laboratories for molecular HLA typings. In our laboratories, 10,723 typings were performed with a very high Q.C. standard, as monitored by National Marrow Donor Program. Our Center's research branch synthesized all the oligonucleotides to be used as PCR primers or labelled probes to perform molecular HLA typing. DNA sequencing was also performed when hybridization results were not optimal. Alternatives for storing blood samples (e.g., blood spots on filter paper) or for enhancing typing capabilities (e.g., microchip technology to expedite PCR procedures) were successfully implemented or improved to the point of justifying their future implementation.

Key concepts: Human leukocyte antigen, Class (philosophy), Typing, Histocompatibility Testing, Center (category theory), Histocompatibility, Major histocompatibility complex, Genetics

Related papers

Back to paper searchBrowse research topicsOriginal source
Children's Hospital of Pittsburgh Histocompatibility Center Microfabricated CE Chips to Make More Cost- Effective HLA Class I and Class II Molecular Typing — Research Paper | ScholarLens