Dan Gil
@danielarigil
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Be the reason someone smiles today
United States
Joined May 2009
This is huge. Wow.
Today we’re sharing a deep-learning method for protein design called RoseTTAFold Diffusion. With minimal input, it turns prompts (“create a molecule that binds X”) into new proteins that fold and function in the lab. We’ve tested 100s already. PDF here:
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We're hitting the road again! #DARPAForward is headed to College Station, TX, 11/15-16, with a great speaker lineup that includes a keynote from @SecArmy Christine Wormuth. Register *today* to attend in-person, or by 11/8 for virtual. More: https://t.co/oYPxCWpACw
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Congratulations to @Feb30th1 @TMHeaster @KayvanSamimi for their paper published today in @NatureComms
https://t.co/l16H5VrqAe "Label-free imaging for quality control of cardiomyocyte differentiation" @CMaT_ERC @UWMadison_BME @Morgridge_Inst @UWSCRMC
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Another great paper from @danielarigil @UWMadison_BME published today in #OSA_BOEx @OSAPublishing 👏🔬🥳 Dan developed volumetric organoid tracking techniques using OCT to improve the accuracy of drug screens for #cancer patients with @DocDustyD
https://t.co/MI7RUw7q4g
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Come work with us!.... please... I need to graduate
Several exciting postdoctoral opportunities @VU_Biophotonics to work with upcoming @SPIEtweets president Anita Mahadevan Jansen. 🔥🔥🔥
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Never enough scientific papers about cameras 📷
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Time-domain single photon-excited autofluorescence lifetime for label-free detection of T cell activation (relevance: 100%) https://t.co/Hs7TlD8cr3
#biophotonics #biomedicaloptics
opg.optica.org
Fluorescence lifetime imaging microscopy (FLIM) is a powerful technique, capable of label-free assessment of the metabolic state and function within single cells. The FLIM measurements of autofluor...
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Go work for a great group of people in an awesome city (Nashville)!
Our lab is hiring several new positions ASAP for an exciting fast-paced new project. If you're interested in neuroscience (TBI specifically), multiphoton imaging in vivo, and some novel image processing, this might be a fun one to check out. DM me for details if interested.
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Very fun!
Excited to share our preprint on resonant electro-optic fluorescence lifetime microscopy (EO-FLIM) ! We demonstrate 40 MHz image modulation on standard scientific cameras, enabling a new approach to wide-field #FLIM with single-molecule sensitivity: https://t.co/YMsZShhgHA
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It’s finally out! If you ever thought “i really wish I had 3 different microscopes bolted to an anodized carousel in my lab”, we have just the paper for you. S/o to all the people at @VU_Biophotonics and @Thorlabs who helped make this happen. https://t.co/qQfTgE8qAn
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Great news article about the current state of condensate biology (the topic of my postdoc)!
quantamagazine.org
Inside cells, droplets of biomolecules called condensates merge, divide and dissolve. Their dance may regulate vital processes.
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🔬 @UWMadison_BME’s @melissa_skala and @danielarigil, collaborating with @DocDustyD, have demonstrated the effectiveness of wide-field, one-photon redox imaging in measuring treatment response in patient-derived cancer organoids. https://t.co/WB6ZPZB5yp
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Really excited to be part of the team in @njdurr's lab publishing this work on scattering light sheet microscopy in #OSA_BOEx. Congratulations to Greg McKay for all his hard work on this project. #opticalscattering #lightsheet #microscopy
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It's also exciting that @SPIEtweets put out a press release about the paper! @melissa_skala @OMM_lab @Morgridge_Inst @DocDustyD
https://t.co/E1TM5RyASC
spie.org
Scientists have developed a nondestructive way of measuring drug treatment responses in lab-grown cancer samples
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Our new paper is out! We used label-free redox imaging and image analysis to track cancer organoids over time and how they respond to drug treatment. @OMM_lab @melissa_skala @DocDustyD @SPIEtweets
https://t.co/W62IduEyFk
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Nice review on imaging brain structure and function last week:
nature.com
Nature Reviews Neuroscience - The development of advanced imaging methods such as super-resolution microscopy and tissue imaging has revolutionized our approach to explore the brain. In this...
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