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Discussions frequently praise the research, with phrases like 'great job' and 'incredible story,' and highlight its potential to treat age-related macular degeneration, showing excitement and recognition of significance. The tone and references to therapy and scientific advancement reflect strong enthusiasm and engagement.
Most discussions show strong support for the research findings, highlighting the potential of IRAK-M as a therapeutic target.
The enthusiasm for the study and its implications demonstrates high interest among participants.
Posts include mentions of experimental results, collaborations, and future applications, indicating substantial engagement.
The emphasis on therapies for AMD and the potential breakthrough implications suggest high perceived impact.
Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cover to go with it. Big thanks to Kai. https://t.co/5CiXFBr8pZ https://t.co/8zF5s0hp9f
From @BristolUni and Cirrus Technologies (UK): boosting levels of the protein IRAK-M in mice reduced retinal inflammation & slowed AMD progression. @andrewdick4 @MoranEyeCenter @UniMelb @ScienceTM: https://t.co/emVQJTdRpA https://t.co/BqfH9CDcuf
Incredible story from @andrewdick4 and co on a noncomplement target for macular degeneration IRAK-M levels in the RPE decline with age and especially in AMD. Gene therapy restoring IRAK-M protects mice from retinal degeneration and may offer a new therapy https://t.co/XtPENfcyEh
Scientists find that a decline in #IRAKM in the retinal pigment epithelium is a risk factor for age-related macular degeneration in patients, and show replenishing IRAK-M reverses retinal degeneration and inflammation in mice. @andrewdick4 @Brms_Research https://t.co/Ay07DJGXud https://t.co/IyMDnllQdk
RT @NEIDirector: From @BristolUni and Cirrus Technologies (UK): boosting levels of the protein IRAK-M in mice reduced retinal inflammation…
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
This episode discusses AMD's impact on vision, risk factors, and current treatments, focusing on Cirrus Therapeutics' novel gene therapy that boosts IRAK-M levels to protect retinal cells from degeneration.
RT @ucylpay: UCL Discovery records 50 million d/loads! 'Replenishing IRAK-M expression in retinal pigment epithelium attenuates outer retin…
UCL Discovery records 50 million d/loads! 'Replenishing IRAK-M expression in retinal pigment epithelium attenuates outer retinal degeneration' by a writing team was the 50 millionth d/load! See https://t.co/Vncmy6JU1I for more! @UCLopenscience @profgeraintrees @AnthonySmithVP https://t.co/uvPnsiQr5O
RT @NEIDirector: From @BristolUni and Cirrus Technologies (UK): boosting levels of the protein IRAK-M in mice reduced retinal inflammation…
RT @NEIDirector: From @BristolUni and Cirrus Technologies (UK): boosting levels of the protein IRAK-M in mice reduced retinal inflammation…
From @BristolUni and Cirrus Technologies (UK): boosting levels of the protein IRAK-M in mice reduced retinal inflammation & slowed AMD progression. @andrewdick4 @MoranEyeCenter @UniMelb @ScienceTM: https://t.co/emVQJTdRpA https://t.co/BqfH9CDcuf
RT @ScienceTM: Scientists find that a decline in #IRAKM in the retinal pigment epithelium is a risk factor for age-related macular degenera…
RT @ScienceTM: Scientists find that a decline in #IRAKM in the retinal pigment epithelium is a risk factor for age-related macular degenera…
Scientists find that a decline in #IRAKM in the retinal pigment epithelium is a risk factor for age-related macular degeneration in patients, and show replenishing IRAK-M reverses retinal degeneration and inflammation in mice. @andrewdick4 @Brms_Research https://t.co/Ay07DJGXud https://t.co/IyMDnllQdk
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
Incredible story from @andrewdick4 and co on a noncomplement target for macular degeneration IRAK-M levels in the RPE decline with age and especially in AMD. Gene therapy restoring IRAK-M protects mice from retinal degeneration and may offer a new therapy https://t.co/XtPENfcyEh
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
Replenishing IRAK-M expression in retinal pigment epithelium attenuates outer retinal degeneration https://t.co/im09K1hCRQ
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
RT @andrewdick4: Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cove…
Well done to an amazing and super fun lab team and collaborators and thanks to the funders - great job Jian and front cover to go with it. Big thanks to Kai. https://t.co/5CiXFBr8pZ https://t.co/8zF5s0hp9f