Nicholas T.H. Farr

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Nicholas T.H. Farr

Nicholas T.H. Farr

@NicholasTHFarr

Researcher @ the University of Sheffield. Medical Devices / Biomaterials / Tissue Engineering / Surface Characterisation / Preclinical Testing

Sheffield, England Katılım Nisan 2013
135 Takip Edilen153 Takipçiler
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
New paper published 📄 “Characterization of oxidative stress induced particle debris from polypropylene surgical mesh" I would very much like to express my thanks to my collaborators from @UQHealth and colleagues in the Department of Physics and Astronomy. doi.org/10.1002/nano.2…
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miccaeli ✍️
miccaeli ✍️@renegadeapostle·
some russian aristocrat in the 1890's: hello sir, i would like to commision a painting of a monk please konstantin savitskiy: i am going to paint the hottest man who has ever lived
miccaeli ✍️ tweet media
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
📄🚨 Our latest paper uncovers the role of Macrophages to alter PP mesh surfaces. In turn as surface degradation occurs, macrophages modify gene expression, leading to a mixed response with upregulated pro-inflammatory and pro-fibrotic markers. @insigneo sciencedirect.com/science/articl…
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
New publication update!🚨Amidst the holiday festivities we celebrated the release of our most recent study: 🌐 doi.org/10.1002/advs.2… Many thanks to all the co-authors who contributed to this study. Here’s to more discoveries, collaboration, and growth in the upcoming year.
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
My most recent publication is now available open access to all! ✅ This study investigates the application of plasma modification for surgical mesh, showing the potential to mediate craze formation and susceptibility to mechano-chemical stress. ⤵️ sciencedirect.com/science/articl…
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
Does the quality of your FIB etching keep you up at night? 🤔 Check out our recent paper for an effective monitoring method! 👍 Many thanks to Maciej (ExxonMobil/Uni of Antwerp) and Alex (NYSBC) for their valuable contributions. 🤝 @Polymers_MDPI researchgate.net/publication/37…
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
More effective testing of medical devices benefits clinicians, manufacturers and most importantly patients. Please read my thoughts below ⬇️ @insigneo @msesheffield
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
Always a pleasure to engage and share our research. Many thanks to @KathSansom for taking an active interest and proposing the questions. @insigneo @msesheffield
Sling the Mesh@MeshCampaign

A Q&A with researcher @NicholasTHFarr "There's still a lot we don’t know about how our bodies respond to medical implants. Our study is just the start of what we hope will be more work into this area." slingthemesh.co.uk/the-impact-of-… @EmmaHardyMP @PSCommissioner @mariacaulfield

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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
@MahonySharron @UQHealth Hi Sharron, this study focuses on the materials science aspect of PP mesh degradation. Future studies will have to consider if such oxidative wear particles have any impact to cells and/or tissues. Cheers
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
New paper published 📄 “Characterization of oxidative stress induced particle debris from polypropylene surgical mesh" I would very much like to express my thanks to my collaborators from @UQHealth and colleagues in the Department of Physics and Astronomy. doi.org/10.1002/nano.2…
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Nicholas T.H. Farr
Nicholas T.H. Farr@NicholasTHFarr·
🚨 New publication alert  🔑 This is the first study which has investigated the residual material properties of Titanium-coated polypropylene mesh post clinical deployment.  🤝 @msesheffield, Düren Hospital and University of Witten Herdecke 📎 doi.org/10.1002/jbm.b.… @insigneo
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