Dakota15
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Live Science: ''It took the rug right out from under my life': Milestone ME/CFS study begins to explain disease, but will it lead to treatments?’'
'An NIH study many years in the making starts to unravel the biology of a misunderstood disease called ME/CFS.'
"We need to validate these findings, but they can be done in the context of a clinical trial," Nath said. There's now enough data to start pinpointing potential therapies, narrowing down which populations of ME/CFS are likely to benefit, and then testing these in trials. Once selected, multiple drugs could even be tested in the same trial, with, for example, four groups receiving different treatments and one receiving a placebo. This could speed up the process, Nath suggested.'
'One possible treatment proposed in the study is an existing cancer therapy called immune checkpoint inhibitors. The idea is that ME/CFS patients might have lingering bits of viruses or bacteria that are constantly setting off their immune systems, exhausting their cells. The checkpoint inhibitors could release the brakes of those exhausted T cells, theoretically enabling them to finish the job and clear away the substances continually triggering the immune system.'
'An NIH study many years in the making starts to unravel the biology of a misunderstood disease called ME/CFS.'
"We need to validate these findings, but they can be done in the context of a clinical trial," Nath said. There's now enough data to start pinpointing potential therapies, narrowing down which populations of ME/CFS are likely to benefit, and then testing these in trials. Once selected, multiple drugs could even be tested in the same trial, with, for example, four groups receiving different treatments and one receiving a placebo. This could speed up the process, Nath suggested.'
'One possible treatment proposed in the study is an existing cancer therapy called immune checkpoint inhibitors. The idea is that ME/CFS patients might have lingering bits of viruses or bacteria that are constantly setting off their immune systems, exhausting their cells. The checkpoint inhibitors could release the brakes of those exhausted T cells, theoretically enabling them to finish the job and clear away the substances continually triggering the immune system.'