Hereditary
Research Laboratory
Life science Department
Bethlehem University
The
hereditary research lab’s (HRL) research activity and infrastructure
constitute a major effort in building a national Genome Strategic Resource
Laboratory for genome methodologies - large scale DNA sequencing, the
detection of DNA variations (mutations, polymorphisms and chromosomal
breakpoints), and computational genomics. This facility will provide
genome-related practical know-how, as well as computing-intensive tools
with regards to DNA sequence and variation analyses for the entire academic
community of “The Palestinian Authority.” Such strategic
resource is essential for the future ability to benefit from the outcome
of the world-wide Human Genome Project (HGP). It is expected to support
new biotechnology enterprises in the areas of diagnostics, agriculture,
combating genetic diseases, drug development and gene therapy.
The
HRL reflects our conviction that the genetics of human populations present
both the greatest challenge and the great opportunity for genetics in
the future. We also believe that genetics of a people are most appropriately
addressed by scientists who live in the same places as those people.
Clearly this requires specialized training and sustainable transfer
of technology. By virtue of its unique role in human cultural evolution,
the Middle East represents one of the world's most intense challenges
to human genetics.
The
HRL offers practical and sustainable results for the Life Sciences Department
at Bethlehem University. We have identified exactly the components of
current genomics technology that can be directly transferred to Bethlehem
University, that will be of practical application to medical and public
health research in Palestine, and that will enable students at Bethlehem
University to obtain up-to-date training in these disciplines.
The
information provided in this website is an example of how advances in
genomics can be used in addressing relevant problem. It summarizes the
different research activities in the lab and our direction for the future.