Josh Javor
@JoshJavor5
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Founder and Postdoc at Boston University researching sensitive MEMS magnetometry | Generally avid sportsman
Boston, MA
Joined June 2013
#SensorChallenge Finalist Gradient Magnetics shares their new #SensorTechnology solution for magnetic imaging - a portable unshielded magnetic sensor that can project an image of your heart into your phone. #DigitalInnovation
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Congratulations! to CELL-MET postdoc Josh Javor, PhD candidate Sam DePalma, and HBS student Tanner Swanson on recently winning 1st place in the CELL-MET Perfect Pitch Competition!
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CardioFlux represents a breakthrough in medical imaging; we have partnered with some of the world's leading clinical experts in cardiovascular imaging, emergency medicine and diagnostics to help bring this breakthrough to patients across the globe. https://t.co/RvUWYrBucl
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Inspiring to see emerging impacts of biomagnetic sensor technology! Staying tuned for trial results
This week we announced the first patient enrolled in our HER2+ breast cancer study. It investigates the use of a MagSense® imaging agent for aiding in the staging of cancer by detecting whether the patient’s tumor has spread to the lymph nodes. Read —
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Excited to attend and learn from many experienced in the MEMS field!
Virtual #MSTC2021 to Showcase Next Wave of #Sensorization for Driving #Medical and #Mobility Advances. Join us at MSTC 2021, April 13-15, as industry visionaries and experts gather to discuss the latest trends and innovations in sensorization. https://t.co/M4Vqc297cQ
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My lab is offering a #PhD #project involving #microscopy, #nanolasers and #cardiac cells. Awesome team, new labs and funding included! 3 weeks until the deadline. Email or DM me for more details. Please RT 🙏. #biophotonics #career @ChemUniCologne 👉 https://t.co/9whNVocCxB
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Fascinating application of whispering gallery modes to detect cardiac contractility at depth in 3D tissue! The team conducts WGM microlasing with embedded beads. @NaturePhotonics
https://t.co/JOSq62lSYV
nature.com
Nature Photonics - The incorporation of microsphere lasers into heart cells allows all-optical recording of cardiac contraction with cellular resolution. [This summary has been amended from...
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We believe every person, no matter where they are in the world, should have access to innovative technologies that are changing the way we treat disease. That's why we're thrilled to launch Ensoma.
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Interesting article on the high-resolution magnetic 🧲sensing of action potentials in the Venus flytrap 🌱. I would love to see measurements of Mimosa Pudica as well! https://t.co/o3YptFPx7r
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Our latest work developing new diagnostics for fatty liver disease and NASH with portable magnetic resonance sensors is now out in @NatBME! (1/3) https://t.co/CL1sL1GwJb
nature.com
Nature Biomedical Engineering - A portable magnetic-resonance sensor accurately grades liver steatosis and fibrosis in living mice and human liver samples.
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In our recent work with @BUCollegeofENG and @BrookhavenLab at @Nature MicroNano ( https://t.co/1mllrXrCFk), we observe nanostructure of engineered cardiac tissue using synchrotron X-rays, a technique which has potential for live imaging! #cardiactissueengineering #biophysics
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Check out our recent publication on a new biomagnetic sensor, which was awarded the journal cover at Nature Microsystems and Nanoengineering! Gen2 designs are in the works. https://t.co/c0H7Fom198
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Our paper on designing a cartilage penetrating polymer to improve delivery of a growth factor for osteoarthritis is published @ScienceTM! Exciting results in rats, can’t wait to see where this work goes. MIT news release: https://t.co/KiCAayj2jd
#osteoarthritis #nanomedicine
news.mit.edu
In an advance that could improve the treatment options available for osteoarthritis, MIT engineers have designed a new material that can administer drugs directly to the cartilage.
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Excited to see the results of the first heart stem cell clinical trial! Our research promises to implant tissue patches one day @Cell_Met
https://t.co/FwAapaoolZ
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We were all fortunate to be a part of Stephen Hawking’s “moment in time.”
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The first test flight of Falcon Heavy is targeted for Tuesday, Feb. 6th at 1:30 PM ET from Launch Complex 39A at Kennedy Space Center in Florida. When Falcon Heavy lifts off, it will be the most powerful operational rocket in the world by a factor of two. https://t.co/jzv975xKB0
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