RT @ChlamyAutophagy: A new exciting microscopy study by @bengeliscious lab showing proteasomes binding to NPCs in Chlamydomonas https://t.c…
Beautiful! https://t.co/iVu5GODqZO
No idea what to take away from this — because I’m a “high-level” theoretical biologist, allergic to micro — but *beautiful* and inspiring. https://t.co/wynxKzykAJ
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @WallaceUcsf: ANOTHER awesome paper from my awesome former student! proteasomes at the NPC??!! why? how? find out in his paper! ht…
RT @WallaceUcsf: ANOTHER awesome paper from my awesome former student! proteasomes at the NPC??!! why? how? find out in his paper! ht…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @ChlamyAutophagy: A new exciting microscopy study by @bengeliscious lab showing proteasomes binding to NPCs in Chlamydomonas https://t.c…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @NathanRoberts17: Approaching the 'holy grail' of atomic structural maps of intact cells, this is awesome. https://t.co/pIT3r6AOIv
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
Approaching the 'holy grail' of atomic structural maps of intact cells, this is awesome. https://t.co/pIT3r6AOIv
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
@ChlamyAutophagy Here's a movie of the Guardians of the Gate: https://t.co/ADkjlAEm4r
RT @ChlamyAutophagy: A new exciting microscopy study by @bengeliscious lab showing proteasomes binding to NPCs in Chlamydomonas https://t.c…
Ok this is super cool https://t.co/morwbqdZ1M
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
@MPI_Biochem Here's a movie of the Guardians of the Gate: https://t.co/ADkjlAEm4r
Excellent animation, BTW ! https://t.co/aAapB8KGOL
Absolutely no idea what you're on about but the animation is cooool. https://t.co/w8NTyqFN9e
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @ChlamyAutophagy: A new exciting microscopy study by @bengeliscious lab showing proteasomes binding to NPCs in Chlamydomonas https://t.c…
RT @ChlamyAutophagy: A new exciting microscopy study by @bengeliscious lab showing proteasomes binding to NPCs in Chlamydomonas https://t.c…
A new exciting microscopy study by @bengeliscious lab showing proteasomes binding to NPCs in Chlamydomonas https://t.co/F5bK6WVFFN https://t.co/8u5m2lanUp
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
Finally online!! :) https://t.co/AEmLrsLRL9
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @WallaceUcsf: ANOTHER awesome paper from my awesome former student! proteasomes at the NPC??!! why? how? find out in his paper! ht…
Cool paper and even cooler cryo-EM movie https://t.co/YafqvCwNEA
Beautiful and informative tomograms! https://t.co/fAPduZ6xOc
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @WallaceUcsf: ANOTHER awesome paper from my awesome former student! proteasomes at the NPC??!! why? how? find out in his paper! ht…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
Beautiful. I loved Baumeister’s talk at ASCB. https://t.co/2iMMCOsxaz
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
ANOTHER awesome paper from my awesome former student! proteasomes at the NPC??!! why? how? find out in his paper! https://t.co/Ms5Cx5gF0i
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
RT @bengeliscious: Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucle…
Guardians of the Gate: Proteasomes tether to NPCs, degrading proteins at the gateway between the cytoplasm and the nucleus. Sahradha's paper is online! #CryoEM #QualityControl @MPI_Biochem @Beck_Laboratory The paper: https://t.co/m7bRJmYqCg Press Release:
Amazing work from Baumeister lab. Dat nuclear membrane-tethered proteasome doh.....would love to do this work for neuronal plasma membrane proteasomes! https://t.co/y6Fse9HKtB
RT @nob_mai: なんで核膜複合体にプロテアソームが係留されているのかな?面白い発見だ。 Proteasomes tether to two distinct sites at the nuclear pore complex https://t.co/Tni8H5g…
Proteasomes tether to two distinct sites at the nuclear pore complex https://t.co/cK3Lna3VfF
なんで核膜複合体にプロテアソームが係留されているのかな?面白い発見だ。 Proteasomes tether to two distinct sites at the nuclear pore complex https://t.co/Tni8H5gZpg
RT @wronghandedness: More in-situ stuff showcasing entanglement of our favorite complexes! Wonderful to be a part of this story! Thanks @be…
RT @wronghandedness: More in-situ stuff showcasing entanglement of our favorite complexes! Wonderful to be a part of this story! Thanks @be…
More in-situ stuff showcasing entanglement of our favorite complexes! Wonderful to be a part of this story! Thanks @bengeliscious @Beck_Laboratory #insitu #CryoEM https://t.co/sYWJTOVXUI