0 preventing the immune system from reacting to antigens, for example in order to prevent transplanted organs from being rejected: --
While immunosuppressive drugs can help prevent rejection of transplanted tissues or organs, they can also give rise to infections.
Structural analysis of the oligosaccharides derived from glycodelin, a human glycoprotein with potent immunosuppressive and contraceptive activities.
This has been observed in both cancer and transplant patients following cessation of immunosuppressive therapy.
The relationship between a tumour and the immune response is dynamic, with immune cells striving to break through immunosuppressive barriers to eliminate the tumour.
In general, any condition identified should be corrected prior to transplant surgery and the introduction of immunosuppressive therapy.
Newly emerging antisense technology c o u l d allow the design of gene-targeted immunosuppressive therapies and eliminate concerns over toxicity.
This improvement is primarily a result of the use of more-effective immunosuppressive agents.
Furthermore, the toxic side-effects of the immunosuppressive drugs have been reduced.
Perhaps other immunosuppressive agents would also be effective.
