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@skellou.bsky.social

14 Followers  |  78 Following  |  1 Posts  |  Joined: 06.06.2025  |  2.0837

Latest posts by skellou.bsky.social on Bluesky

📣 Help us spread the word!

Yes I know it’s October - but at @thereforme.bsky.social HQ it’s already beginning to look like Christmas 🎄

📆 You have until Oct 26 to help us find our #ThereForME 2025 Advent Calendar stars!

🌟

11.10.2025 14:41 — 👍 4    🔁 1    💬 0    📌 0
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Help raise £1000 to support promising medical research into ME – JustGiving Crowdfunding Iʼm raising money to support promising medical research into ME. Support this JustGiving Crowdfunding Page.

www.justgiving.com/crowdfunding...

Funds going to the Norwegian Daratumumab trial which is now underway.

#MEcfs

10.10.2025 06:40 — 👍 2    🔁 2    💬 0    📌 0
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John Milne MP and cross party parliamentarians write to Wes Streeting with concerns about the ME/CFS strategy In a joint letter to Health Secretary Wes Streeting under a title “Concerns regarding ME/CFS Strategy in the Final Delivery Plan”, John Milne MP has questioned “the absence of strategic approach to bi...

(UK) “John Milne MP and cross party parliamentarians write to Wes Streeting with concerns about the ME/CFS strategy”

www.libdemvoice.org/john-milne-m...

In Liberal Democrat Voice

#MEcfs #PwME #CFS

21.09.2025 12:26 — 👍 7    🔁 3    💬 2    📌 0

👋 Meet young EMERG and get to know us!

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#youngEMERG is part of European ME Research Group (EMERG), a network of researchers from across Europe focused on advancing knowledge and understanding in #MECFS.

youngemerg.com/aboutus.shtml

10.09.2025 10:55 — 👍 12    🔁 7    💬 1    📌 2
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1) A research team from Arizona university used Invasive cardiopulmonary exercise testing (iCPET) in ME/CFS and Long Covid patients.

They found that muscle oxygen diffusion was the most impaired parameter.

03.09.2025 15:48 — 👍 24    🔁 13    💬 1    📌 2
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Today I've joined Action for ME in writing to @rthonwesstreeting.bsky.social on the chronic underfunding of ME/CFS research. Despite their prevalence, these conditions are still poorly understood and are without effective treatment.

03.09.2025 15:00 — 👍 23    🔁 8    💬 1    📌 2
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LIVES WE CANNOT LIVE: Oxo Tower Gallery, 24-28th Sept.

Everyone I photographed talked about the devastating impact that #MECFS has on their lives. I've been trying to show what they lost.

#millionsmissing #documentaryphotography #PwME

24.08.2025 09:43 — 👍 36    🔁 20    💬 0    📌 0
Image of Chris Ponting next to quote "This is a wakeup call. These extraordinary results speak the language of people with ME/CFS, often recounting people's ME/CFS symptoms. DecodeME is now calling on researchers worldwide to join us in accelerating ME/CFS research"

Image of Chris Ponting next to quote "This is a wakeup call. These extraordinary results speak the language of people with ME/CFS, often recounting people's ME/CFS symptoms. DecodeME is now calling on researchers worldwide to join us in accelerating ME/CFS research"

"DecodeME is now calling on researchers worldwide to join us in accelerating ME/CFS research.” - Prof Chris Ponting (DecodeME Investigator).

We encourage researchers to explore and build on our findings. Apply for access to our rich dataset now shorturl.at/F8aOM

12.08.2025 10:11 — 👍 69    🔁 42    💬 0    📌 0
Interview with Professor Chris Ponting about the DecodeME results.
YouTube video by David M Tuller Interview with Professor Chris Ponting about the DecodeME results.

#DecodeME A brilliant interview with Chris Ponting by @davetuller1.bsky.social

Chris gave new details, including:
- They got feedback on a draft of the pre-print from independent researchers, to help them test their findings and improve the manuscript.
1/

youtu.be/CGUmcB_YIaA?...

10.08.2025 12:41 — 👍 27    🔁 18    💬 1    📌 0
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Possible genetic clues to ME/chronic fatigue syndrome identified in massive study DNA analysis of more than 15,500 people with the debilitating condition identifies eight tentative “genetic signals”

For #ME/CFS, genomics assessed in >15,000 indviduals
with 8 genomic loci identified.
"Validation of ME/CFS as a biomedical condition and an important corrective to psychologizing ‘all in the mind’ perspectives on the disease”
www.science.org/content/arti...
www.research.ed.ac.uk/en/publicati...

07.08.2025 14:26 — 👍 165    🔁 56    💬 2    📌 5
BBC Today -  DecodeME results
YouTube video by Broken Battery BBC Today -  DecodeME results

BBC Radio 4’s Today reports on the results of the DecodeME study. Professor Chris Ponting says the largest genetic study of MECFS reveals eight DNA regions linked to the disease. 19-year-old Lucy describes years of not being believed.

youtu.be/O4wLpiRXKKs?...

07.08.2025 13:15 — 👍 12    🔁 6    💬 0    📌 1
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Possible genetic clues to ME/chronic fatigue syndrome identified in massive study DNA analysis of more than 15,500 people with the debilitating condition identifies eight tentative “genetic signals”

Science magazine’s coverage of the DecodeME initial results : www.science.org/content/arti...

06.08.2025 20:58 — 👍 109    🔁 51    💬 6    📌 2
Channel 4 News DecodeME results
YouTube video by Broken Battery Channel 4 News DecodeME results

Channel 4 News – full segment on DecodeME results (9 mins) — the world’s largest genetic study of #MECFS — identifies eight genetic differences. Includes interviews with Prof Chris Ponting, a patient participant, Sonia Chowdhury, and MP Tessa Munt.

youtu.be/c5i_K3QEbCI?...

07.08.2025 03:06 — 👍 56    🔁 28    💬 2    📌 0
Graphic 1 of 4. DecodeME: The Results graphic. At the top in bold lettering, it says ‘Main Findings’. Beneath this it says ‘Your genes contribute to your chances of developing ME/CFS. Other key findings are on the following slides.

Graphic 1 of 4. DecodeME: The Results graphic. At the top in bold lettering, it says ‘Main Findings’. Beneath this it says ‘Your genes contribute to your chances of developing ME/CFS. Other key findings are on the following slides.

Graphic 2 of 4. DecodeME: The Results graphic. The slide says ‘People with an ME/CFS diagnosis have significant genetic differences in their DNA compared to the general population’. Beneath this is an image of a DNA helix and a magnifying glass.

Graphic 2 of 4. DecodeME: The Results graphic. The slide says ‘People with an ME/CFS diagnosis have significant genetic differences in their DNA compared to the general population’. Beneath this is an image of a DNA helix and a magnifying glass.

Graphic 3 of 4. DecodeME: The Results graphic. The slide says ‘These lie in many places across the genome, and do not impact just one gene’. Beneath this is an image of a DNA helix and graphs.

Graphic 3 of 4. DecodeME: The Results graphic. The slide says ‘These lie in many places across the genome, and do not impact just one gene’. Beneath this is an image of a DNA helix and graphs.

Graphic 4 of 4. DecodeME: The Results graphic. The slide says ‘Eight genetic signals have been identified. As DNA doesn’t change with ME/CFS onset, these findings reflect causes rather than effects of ME/CFS’. Beneath this is a blue magnifying glass with a DNA helix.

Graphic 4 of 4. DecodeME: The Results graphic. The slide says ‘Eight genetic signals have been identified. As DNA doesn’t change with ME/CFS onset, these findings reflect causes rather than effects of ME/CFS’. Beneath this is a blue magnifying glass with a DNA helix.

(1/2) Key genetic differences found in people with ME/CFS > Swipe to find out more.

These findings reflect the lived experience of thousands of #pwME.

Thanks to all our participants & supporters who made this possible!

Read a summary of our results: shorturl.at/pgsjk

06.08.2025 19:03 — 👍 222    🔁 154    💬 3    📌 23
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Scientists find link between genes and ME/chronic fatigue syndrome Large study suggests people’s genetics could ‘tip the balance’ on whether they would develop the illness Scientists have found the first robust evidence that people’s genes affect their chances of developing myalgic encephalomyelitis or chronic fatigue syndrome (ME/CFS), a mysterious and debilitating illness that has been neglected and dismissed for decades by many in the medical community. Early findings from the world’s largest study into the genetics of the condition pinpointed eight regions of the human genome that were substantially different in people with an ME/CFS diagnosis compared to those without the illness. Continue reading...

Scientists find link between genes and ME/chronic fatigue syndrome

06.08.2025 18:15 — 👍 326    🔁 155    💬 11    📌 24
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X marks the spot where ME/CFS biology can be discovered - DecodeME 06 August 2025 Scientists, people with ME/CFS, and their charities came together to create DecodeME, the world’s biggest ME/CFS study – and its results are striking. 18,000 people with ME/CFS gave the...

#DecodeME has just blogged about its results:

www.decodeme.org.uk/x-marks-the-...

06.08.2025 18:22 — 👍 20    🔁 10    💬 1    📌 0
DecodeME: The Results announcement post. The graphic has a blue background with a DNA helix. In the centre of the graphic it says ‘We have released our initial DNA results! We have discovered that your genes contribute to your chances of developing ME/CFS.’ At the bottom left of the graphic is an image of a research paper.

DecodeME: The Results announcement post. The graphic has a blue background with a DNA helix. In the centre of the graphic it says ‘We have released our initial DNA results! We have discovered that your genes contribute to your chances of developing ME/CFS.’ At the bottom left of the graphic is an image of a research paper.

Our initial DNA results! DecodeME have discovered that people with an ME/CFS diagnosis have significant genetic differences compared to the general population.
-
Summary of our results: shorturl.at/pgsjk
Check out our full preprint paper: shorturl.at/VwN3s

06.08.2025 18:24 — 👍 253    🔁 147    💬 17    📌 37
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Clip: Reporting Scotland previews tonight’s The Seven, where Prof Chris Ponting from Edinburgh University will discuss new findings from the DecodeME study into MECFS.

06.08.2025 17:52 — 👍 18    🔁 8    💬 2    📌 1

#DecodeME - what do we know ahead of the results release tonight?

It's a genetic study looking at DNA differences between PwME and those without - these should help identify biology behind #MEcfs

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06.08.2025 14:46 — 👍 12    🔁 3    💬 5    📌 1
Dark blue background with image of DNA helix. At the top of the DecodeME ‘the results’ logo. Two spotlights shine on a speech bubble that says ‘Initial DNA results’. To the right of this is an image of a research paper. At the bottom of the graphic it says ‘Wednesday 7pm BST’.

Dark blue background with image of DNA helix. At the top of the DecodeME ‘the results’ logo. Two spotlights shine on a speech bubble that says ‘Initial DNA results’. To the right of this is an image of a research paper. At the bottom of the graphic it says ‘Wednesday 7pm BST’.

The initial DNA results from DecodeME are coming this week! We will release them on our website on Wednesday 6th August at 7pm (approx).

We're letting you know the timing in advance so you can pace beforehand.

Thank you to our participants & supporters.

04.08.2025 17:23 — 👍 69    🔁 33    💬 2    📌 5
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1) Today's a special day as the ME/CFS community is looking forward to the release of the DecodeME results at 7 PM (British Summer Time).

Here are some thoughts about what we might expect.

06.08.2025 07:50 — 👍 62    🔁 25    💬 1    📌 3

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