@DoyleGroupMIT

Soft Matter Group at @MITChemE | Student-run Twitter account Microfluidics | DNA Biophysics | Nanopores | Polymers Stay updated @ https://xitter.cf/t.co/rra8AuYQGR

 Cambridge, MA
doylegroup.mit.edu
Joined July 2021
  • Tweets81
  • Following61
  • Followers516
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The Doyle Group @ MIT retweeted
Patrick S. Doyle@PSdoyleMIT9 Jun 2024
End of year @DoyleGroupMIT BBQ complete with good food and conversation plus badminton and pétanque
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Yeast-containing hydrogel capsules could be used to remove lead from contaminated water. “The fact that the yeast themselves are bio-based, benign, and biodegradable is a significant advantage over traditional technologies,” Patricia Stathatou says. mitsha.re/Xo9v50RJIVO
A kitchen faucet runs, and it has a unique filter filled with bead-like objects. An inset shows that the beads are hydrogel capsules containing many bean-shaped yeast.

ALT A kitchen faucet runs, and it has a unique filter filled with bead-like objects. An inset shows that the beads are hydrogel capsules containing many bean-shaped yeast.

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The Doyle Group @ MIT retweeted
Patrick S. Doyle@PSdoyleMIT26 Apr 2024
Congratulations to @DevchemE on his PhD defense! An extremely productive time at MIT and pleasure to work with him!
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The Doyle Group @ MIT retweeted
Nano Letters@NanoLetters24 Apr 2024
The latest issue of Nano Letters is live! On the cover: "A Universal Approximation for Conductance Blockade in Thin Nanopore Membranes" Learn more: go.acs.org/93f
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The Doyle Group @ MIT retweeted
Arjav Shah@aushah984 Mar 2024
Excited to be at #apsmarch in Minneapolis this week! Talking about our recent work on interesting structural transitions in #DNA. Stop by Session A29 tomorrow morning for a series of exciting talks on DNA-based soft matter🧬🧬
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J-WAFS PI Pat Doyle (@PSdoyleMIT), PhD student Devashish Gokhale (@DevchemE), and undergraduate student Andre Hamelberg (@Andre_F_H) published a paper in @NatureWaterJnl on a J-WAFS-funded hydrogel system to absorb micropollutants in water. Read more: news.mit.edu/2024/zwitterion…
Photo of the top of Devashish Gokhale's head as he bends over a workbench

ALT Photo of the top of Devashish Gokhale's head as he bends over a workbench

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J-WAFS Travel Grantee Arjav Shah (@aushah98), PhD-MBA candidate in @MITChemE & @MITSloan, is part of the J-WAFS Solutions team from the @DoyleGroupMIT. They are scaling up a hydrogel microparticle system for removal of micropollutants from water. Watch here! #WaterQualityMonth💧
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The Doyle Group @ MIT retweeted
Patrick S. Doyle@PSdoyleMIT8 Nov 2022
Replying to @beatricewsoh
@beatricewsoh will deliver the Ruth Lynden-Bell PhD prize Lecture in Statistical Mechanics & Thermodynamics online Nov 16th attendee.gotowebinar.com/reg…
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The Doyle Group @ MIT retweeted
Katie Galloway
@GallowayLabMIT14 Oct 2022
Hey ChemEs, We're hiring! Come be our colleague!
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The Doyle Group @ MIT retweeted
Gareth McKinley@garethmckinley11 Oct 2022
The @SoRheology rarely holds dedicated/named sessions but this was something truly special. A focus session at #SOR2022 with presentations from past and present students of @Jim_Swan. Fantastic presentations and outstanding pedagogy as you would expect ⏳#everythingflows – at Chicago, IL
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A new @jwafs_mit grant awarded to two from MIT will enable pilot-scale water treatment systems to be built and tested using sustainable hydrogel microparticles bit.ly/3erTYIh
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The Doyle Group @ MIT retweeted
Patrick S. Doyle@PSdoyleMIT1 Jun 2022
Melt-in-your-mouth formulations for small molecule drugs pubs.acs.org/doi/10.1021/acs…

Thermogelling Hydroxypropyl Methylcellulose Nanoemulsions as Templates to Formulate Poorly Water-...

Abstract. Oral thin films are an emerging solid dosage form for the delivery of poorly water-soluble drugs. Typical thin film formulations require nanomill

pubs.acs.org
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🎉J-WAFS PI Patrick Doyle and team recently published their research article in @softmatter. The paper discusses their technology that uses immobilized micelle systems for water treatment and other uses. pubs.rsc.org/en/Content/Arti…

Coarse-grained molecular dynamics simulations of immobilized micelle systems and their interactions...

Micelles immobilized in polymer materials are of emerging interest in drug delivery, water treatment and other applications. Immobilization removes the nee

pubs.rsc.org
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The Doyle Group @ MIT retweeted
Soft Matter@softmatter27 Jun 2022
Check out our latest #openaccess research, Coarse-grained molecular dynamics simulations of immobilized micelle systems and their interactions with hydrophobic molecules led by Devashish Gokhale, Ian Chen and Patrick S. Doyle @PSdoyleMIT doi.org/10.1039/D2SM00280A

Coarse-grained molecular dynamics simulations of immobilized micelle systems and their interactions...

Micelles immobilized in polymer materials are of emerging interest in drug delivery, water treatment and other applications. Immobilization removes the nee

pubs.rsc.org
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The Doyle Group @ MIT retweeted
Whitehead Institute@WhiteheadInst10 Jun 2022
Thank you @DevchemE, for speaking at our final Seminar Series for High School Teachers of the 2021-2022 season. We learned about the engineering of soap-like materials to absorb micropollutants, which can adversely affect human health.
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The Doyle Group @ MIT retweeted
Dr Dana Alsulaiman@_Dr_Dana5 Nov 2021
Thanks for the feature @MIT News! Grateful for the outstanding mentorship & guidance by my PhD supervisor @SylvainLadame and postdoc advisor @PSdoyleMIT Hoping to continue contributing to the field in my lab @KAUST_PSE #cancer #diagnostics #biomarkers news.mit.edu/2021/diagnosing…

Diagnosing cancer with a barcode-inspired test

Dana Al-Sulaiman, a former postdoc with MIT’s Ibn Khaldun Fellowship for Saudi Arabian Women, has developed a cheap, minimally-invasive diagnostic test for cancer.

news.mit.edu
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The Doyle Group @ MIT retweeted
KAUST PSE@KAUST_PSE8 Sep 2021
#WelcometoKAUST and to #PSEdivison Professor Dana Al-Sulaiman! #MaterialScience and #Engineering “@_Dr_Dana 's research focuses on the development of next generation biosensing platforms ..." Learn more about the Professor here: pse.kaust.link/5fDk #destinationkaust
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