#FilamentID - Twitter Hashtag

about 2 years ago

Using #FilamentID, we found that the conserved aldehyde dehydrogenase 4 (Ald4) forms filaments in the mitochondria, whereas acetyl-CoA synthetase 1 (Acs1) polymerizes into nuclear and cytoplasmic filaments 🔍 🧵(4/5)

PilhoferLab's tweet photo. Using #FilamentID, we found that the conserved aldehyde dehydrogenase 4 (Ald4) forms filaments in the mitochondria, whereas acetyl-CoA synthetase 1 (Acs1) polymerizes into nuclear and cytoplasmic filaments 🔍 🧵(4/5) https://t.co/AEUTFPW7UH

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Pilhofer Lab @PilhoferLab

about 2 years ago

To find out what they are, we combined cryoET with “targeted” single particle cryoEM (we call it #FilamentID) to image partially lysed and spread cells or organelles and identified two different metabolic enzyme filaments. 🤯 🧵(3/5)

PilhoferLab's tweet photo. To find out what they are, we combined cryoET with “targeted” single particle cryoEM (we call it #FilamentID) to image partially lysed and spread cells or organelles and identified two different metabolic enzyme filaments. 🤯 🧵(3/5) https://t.co/Hj6UTX7wCt

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Pilhofer Lab @PilhoferLab

about 2 years ago

To #TeamTomo ❄️🔬: Do you also sometimes see strange filaments in your #cryoET data and don’t know what they are? 🤔 Try #FilamentID! 🪄🤓 Check out our new paper at @CellCellPress by @HugenerJannik and @xujw_thu together with the Matos lab https://t.co/0vaE3JhgZs 🧵(1/5)

PilhoferLab's tweet photo. To #TeamTomo ❄️🔬: Do you also sometimes see strange filaments in your #cryoET data and don’t know what they are? 🤔 Try #FilamentID! 🪄🤓 Check out our new paper at @CellCellPress by @HugenerJannik and @xujw_thu together with the Matos lab https://t.co/0vaE3JhgZs 🧵(1/5) https://t.co/BaVmdedMgt

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