Father of 3 great kids. Auburn Professor 🔬/ Montevallo & Vandy Alum. / Fan of RedSox ⚾ & Celtics ☘️ & FSU 🍢 & Auburn 🦅& Tenn Titans⚔️. Tweets are my own.
Weird science... I had to try it. A sliver of chicken soaked in an absolute ton of tartrazine (~0.6 M) for 15 minutes at RT. There is something to the transparent @Doritos mouse study for sure. Congrats @Stanford
https://t.co/mUmoU796mx
Enjoy our new paper out today in Medical Physics entitled, "Online geometry calibration for retrofit computed tomography from a mouse rotation system and a small-animal imager." @PerkinElmer, #MedicalPhysics, @aapmHQ, @AuburnEngineers, and @auhcop.
https://t.co/3OktHh89bd
New CSF exit route described @NatureNeuro —> skull marrow. CSF drains through hundreds of skull channels in a perivascular fashion. This CSF path is hijacked by bacteria during meningitis, jumpstarting local leukocyte production right next to the brain.
https://t.co/4msWS6dWWY
@drfadip tied several teams together to make this happen, in a great collaboration with Charles Lin (imaging) and Mike Moskowitz (neuroscience) @MGH_RI. Fadi also made the cartoon explaining his discovery, have a look! 🧠👀
Next chapter on skull channels: perivascular transport of cerebrospinal fluid from the subarachnoid space to the cranial marrow, alerting hematopoiesis. In meningitis, bacteria usurp this route and infect the cranial marrow.
https://t.co/PGzYaCf9V8
New #PETimaging agents for bacterial #endocarditis could address a lack of reliable methods for diagnosing infections and monitoring therapeutic responses, important steps to guide antibody treatments and other interventions. @AUHSOP @MGH_RI https://t.co/NmObeqs6eP
This paper is the result of a fun collaboration with
@MatthiasNahrend & @PeterPanizzi.
We were involved for the large animal imaging. The study showcases the unique infrastructure and expertise
@BMEIIsinai offers. Excellent effort by the nano folks!
@mandyvanleent@Jazz_Munitz