Simon M
Senior Member (Voting Rights)
Good grief, a new blog.
Several small and quite different ME/CFS studies have come up with the same tantalising finding – and now a team of two very talented resarchers, one a patient, are embarking on a robust replication that could help move the whole field forward.
The finding? That if you take blood from people with ME/CFS, and add it to healthy cells grown in the lab, it changes the cells’ behaviour, while blood from healthy people does not.
This could be a major biological clue to what is going wrong in ME/CFS, if the results from the early studies – all small and most unpublished – hold up. Confirming the finding would be a major boost to efforts to understand the mechanism of the disease and could lead to a diagnostic test.
Enter Dr Audrey Ryback and Charlie Hillier, her partner both in life and science. Audrey gained her PhD last year on a prestigious Wellcome programme, won funding from Action from ME, and is now working with Professor Chris Ponting at Edinburgh University.
Short version:
Fluge and Mella found something in serum that changed the behaviour of healthy lab-grown muscle cells (myocytes) and published a paper. Ron Davis found something with the nanoneedle (but published little data). Several others made related findings, but all in tiny studies.
Audrey and Charlie think this is the most promising finding to follow up in the entire research field (I agree) so are doing a larger replication of the Fluge & Mella study (64 patients vs 12 in the original) using the Seahorse anlayser to look at glycolysis and mitochondrial (oxidative phophorylation) respiration. Using a stain and microsocopy, they will also look for the mitochondrial fragmentation that Prusty saw.
They will also use funky cell painting (more fluroescent dyes and microscopy, + digital profiling of the images) to see how serum might be affecting cell function. And
If they have time and funds, they will try to find the somethign in the blood, or at least narrow down the possiblities.
Oh, and they will do the main work this sumer and publish next year.
Not bad for a 2-year study.
Plus it was a huge thrill to interview the two of them. The fact they are doing a rigorous replication of a promising finding tells you they are different to many other resreachers. They are using bigger sample sizes than most. And will share data where possible.
Read the blog
Several small and quite different ME/CFS studies have come up with the same tantalising finding – and now a team of two very talented resarchers, one a patient, are embarking on a robust replication that could help move the whole field forward.
The finding? That if you take blood from people with ME/CFS, and add it to healthy cells grown in the lab, it changes the cells’ behaviour, while blood from healthy people does not.
This could be a major biological clue to what is going wrong in ME/CFS, if the results from the early studies – all small and most unpublished – hold up. Confirming the finding would be a major boost to efforts to understand the mechanism of the disease and could lead to a diagnostic test.
Enter Dr Audrey Ryback and Charlie Hillier, her partner both in life and science. Audrey gained her PhD last year on a prestigious Wellcome programme, won funding from Action from ME, and is now working with Professor Chris Ponting at Edinburgh University.
Short version:
Fluge and Mella found something in serum that changed the behaviour of healthy lab-grown muscle cells (myocytes) and published a paper. Ron Davis found something with the nanoneedle (but published little data). Several others made related findings, but all in tiny studies.
Audrey and Charlie think this is the most promising finding to follow up in the entire research field (I agree) so are doing a larger replication of the Fluge & Mella study (64 patients vs 12 in the original) using the Seahorse anlayser to look at glycolysis and mitochondrial (oxidative phophorylation) respiration. Using a stain and microsocopy, they will also look for the mitochondrial fragmentation that Prusty saw.
They will also use funky cell painting (more fluroescent dyes and microscopy, + digital profiling of the images) to see how serum might be affecting cell function. And
If they have time and funds, they will try to find the somethign in the blood, or at least narrow down the possiblities.
Oh, and they will do the main work this sumer and publish next year.
Not bad for a 2-year study.
Plus it was a huge thrill to interview the two of them. The fact they are doing a rigorous replication of a promising finding tells you they are different to many other resreachers. They are using bigger sample sizes than most. And will share data where possible.
Read the blog
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