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Content archived on 2024-04-19

Physical mapping of human chromosome 6:detailed analysis of certain regions including the major histo compatibility complex

Objective



This project is designed to coordinate efforts of thirteen laboratories, from 5 EEC countries, on physical mapping of human chromosome 6. All of these laboratories have an interest either in large scale chromosome mapping or in detailed analysis of a region of the chromosome. Tools will be constructed to enable local short range maps to be integrated into a larger scale map which will be assembled and refined by continued cooperation and consultation between the participants.
These tools include radiation-fusion hybrids (RFH), YAC libraries and gridded cosmid libraries from flow sorted chromosome 6. Most of these facilities are already in place.
The initial fragmentary physical map will be frequently updated and will be integrated, where possible, with the genetic map.
One of the participants (Andreas Ziegler) is responsible for the next chromosome 6 workshop and he will oversee development of the map. On a smaller scale, several of the cooperating groups are involved in investigating key regions of the chromosome.
These include: the MHC, where considerable effort is going into locating all of the genes, for haemochromatosis for example, and the sequencing of some regions in their entirety.
Another region of interest is 6p23, the location of spinocerebellar ataxia (SCA).
At the other end of the chromosome (6q27) there is evidence of a tumour suppressor gene involved in a range of tumours including ovarian cancer. 3 Year Goals:
1) Isolation of all of the genes within the MHC (4Mbp)
2) Complete sequence of the Class II region of the MHC
3) Complete physical map of chromosome 6

Topic(s)

Data not available

Call for proposal

Data not available

Coordinator

Imperial Cancer Research Fund (ICRF)
EU contribution
No data
Address
44 Lincoln's Inn Fields
WC2A 3PX London
United Kingdom

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Total cost
No data

Participants (12)