Several genes that regulate the disease SLE have been identified
Key points
- Swedish researchers, in collaboration with foreign colleagues, have identified a number of new genes that can be tied to the disease SLE, including a gene that hopefully might be used to treat the disease in the future by regulating the production of antibodies.
- SLE (systemic lupus erythematosus) is a so-called autoimmune disease, meaning that the immune defense system attacks the body.
- A research team at Uppsala University directed by Associate Professor Marta E.
- The gene affects the body’s B cells, which in turn produce the auto-antibodies that attack the body.
Swedish researchers, in collaboration with foreign colleagues, have identified a number of new genes that can be tied to the disease SLE, including a gene that hopefully might be used to treat the disease in the future by regulating the production of antibodies. These unique findings are being published in three articles in the new issue of the journal Nature Genetics.
SLE (systemic lupus erythematosus) is a so-called autoimmune disease, meaning that the immune defense system attacks the body. SLE primarily affects young women and can lead to severe kidney failure, blood clots, and miscarriages, among other things.
A research team at Uppsala University directed by Associate Professor Marta E. Alarcón-Requelme has identified a new gene, BANK1, that is important to our understanding of how SLE arises and that may also come to be of significance for treatment.
The gene affects the body’s B cells, which in turn produce the auto-antibodies that attack the body.
“The new treatments of SLE that have been developed primarily target the elimination of B cells. With the help of the gene we have now identified, in the future it may be possible to regulate the functions of B cells,” says Marta E. Alarcón-Requelme.
Moreover, her research team, working together with American and British colleagues, has performed a complete scan of the genome of 1,800 European and American SLE patients and thereby managed to identify a number of other genes that regulate the disease. All of these findings are now being published in three separate articles in the February issue of the scientific journal Nature Genetics and are already available in the Web version of the journal.
Contact: Johanna Blomqvist
johanna.blomqvist@uadm.uu.se
46-704-250-864
Uppsala University
Written and revised by
Gerald Hurowitz, M.D.
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