RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @natBME: Positron emission tomography, widely used to image tumours, is sensitive enough to image and track single cells. #InTranslatio…
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
Positron emission tomography, widely used to image tumours, is sensitive enough to image and track single cells. #InTranslation https://t.co/XolAiU0tnA https://t.co/8oEPripqxh [Paper] https://t.co/8ovvHYDn5U
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
すごい時代です
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @bioneer_chem: Single cellでの生体内PETイメージング リンクからNature原文読めます https://t.co/7yT63ljDta
RT @Rosy_Favicchio: Thread 👇👇🏻👇🏼👇🏾👇🏿 I’m very pleased to see this article out, amazing to detect and track the movement of a single cell in…
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
Single cellでの生体内PETイメージング リンクからNature原文読めます
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
Thread 👇👇🏻👇🏼👇🏾👇🏿 I’m very pleased to see this article out, amazing to detect and track the movement of a single cell in vivo using PET. Well done @GPratx @natbme
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @jana_ivanidze: Very exciting and important work from @GPratx lab - #CellGPS real-time in-vivo single-cell tracking using PET. [68Ga]nan…
Whole-body tracking of single cells via positron emission tomography | Nature Biomedical Engineering https://t.co/wAOvcqJ7Ip
RT @jana_ivanidze: Very exciting and important work from @GPratx lab - #CellGPS real-time in-vivo single-cell tracking using PET. [68Ga]nan…
Very exciting and important work from @GPratx lab - #CellGPS real-time in-vivo single-cell tracking using PET. [68Ga]nanoparticles ➡️ increased intracellular concentration of radioactivity. Signal persists up to 48h w/longer T1/2 probe [89Zr] #radtwitter #
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @ranjitbindra: Wow this is very cool... https://t.co/O71p8hMIcM
RT @grimmrad: Very cool work - congrats to @GPratx @GambhirLab and all the authors. https://t.co/rlH9K4HP5y
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
Wow this is very cool...
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…
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.
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
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…
RT @AlainChedotal: Positron emission tomography at a single cell resolution @GPratx lab. Cell is loaded with nanoparticles concentrating a…
一体何がどうなってるのか
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @GoetzJacky: Whole-body tracking of single cells via positron emission tomography | Nature Biomedical Engineering https://t.co/PlZSvaAv57
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @JCRnEDITORS: Whole-body tracking of single cells via positron emission tomography. | Nature Biomedical Engineering | https://t.co/dm88…
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
Whole-body tracking of single cells via positron emission tomography | Nature Biomedical Engineering https://t.co/PlZSvaAv57
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
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 @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @suishess: Must read later 😳
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
Very cool!
Introducing CellGPS! Our lab have recently developed a technology to track down a single cell using PET. The article is now online.
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
RT @hiroko_bannai: Single cellを生きた個体内で!!👀 https://t.co/r16F66Kfn4
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
Interesting!! We need this for RT!
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @hiroko_bannai: Single cellを生きた個体内で!!👀
Single cellを生きた個体内で!!👀
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @suishess: Must read later 😳 https://t.co/bB4NcKRVas
RT @JCRnEDITORS: Whole-body tracking of single cells via positron emission tomography. | Nature Biomedical Engineering | https://t.co/dm88…
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @JCRnEDITORS: Whole-body tracking of single cells via positron emission tomography. | Nature Biomedical Engineering | https://t.co/dm88…
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
An amazing method to track down single cells in vivo. Yes, single cells in the entire body.
RT @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
Very nice work by @GPratx shifting the paradigm on PET resolution. Potentially important implications for monitoring immune cell trafficking and adoptive cell transfer.
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3
RT @suishess: Must read later 😳
Wow!
RT @suishess: Must read later 😳 https://t.co/bB4NcKRVas
Must read later 😳
Whole-body tracking of single cells via positron emission tomography. | Nature Biomedical Engineering | https://t.co/dm88GRZxdQ https://t.co/O0RrNPwet1
Beautiful work!
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 @GPratx: I am happy to introduce the latest article from my lab: CellGPS, or how to track down individual cells in vivo using PET! [THR…
RT @natBME: Whole-body tracking of single cells via positron emission tomography https://t.co/UoWnlefeaG https://t.co/RiksWIbhZ3