RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
MIPS Faculty Dr. Guillem Pratx explains his latest research paper. Read the thread for a great summary.
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THREAD] https://t.co/iNXGO0wjHs https://t.co/a9HqebzQ7h
RT @kaittanis: Single-cell imaging with PET. https://t.co/o7LEMgPBsX
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
Single-cell imaging with PET.
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
Congratulations @GPratx!
RT @LewisLabMSKCC: This is so cool! Major shout out and congratulations to @GPratx et al. https://t.co/ss1mSef4Cg
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
Very cool work - congrats to @GPratx @GambhirLab and all the authors.
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @daveyestinlewis: Great to see this paper out on single cell PET imaging from @GPratx. Inspiring stuff. https://t.co/GHZgA35Idf
This is so cool! Major shout out and congratulations to @GPratx et al.
As someone who’s interested in tools to image and track the early stages of cancer metastasis, this paper was an awesome read!
Great to see this paper out on single cell PET imaging from @GPratx. Inspiring stuff.
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a radioisotope. Anatomical landmarks are imaged with X-ray tomography. Here a cancer cell (red) injected into the tail ends up in lung.
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3