$TORC: 3 major upgrades so far this morning: (1) Wedbush: OUTPERFORM; PT=$30 https://t.co/fNijJcD8Ri (2) Evercore: PT=$28 https://t.co/Dh9mvcvdMv (Thanks Odi!) (3) BoA/ML: BUY, PT=$23 In at $18 last Friday, 2/16 https://t.co/E0Cw3IkvuR
RT @Lin_ling_88: In $TORC. An IPO w/ focus on diseases related to immunosenescence, an age-related decline in immune function. The TORC1 pa…
$TORC: Major institutional ownership: Orbimed, Puretech Health, etc —https://t.co/VXU7xt0YDx (13d, 2/2/2018) —https://t.co/SNbo0SN8cl https://t.co/E0Cw3IkvuR
Pubmed: Cell biology: The TORC1 pathway to protein destruction. https://t.co/YYDwg0AfxB
Chemists uncover designs in the protein-degradation complex critical for protein recycling. https://t.co/2VKGoLA6b8
RT @NatureNV: In print: Proteasome levels adjust to match cellular needs; TORC1 kinase has a key role (£) https://t.co/eAFpfVQWdx https://t…
RT @NatureNV: In print: Proteasome levels adjust to match cellular needs; TORC1 kinase has a key role (£) https://t.co/eAFpfVQWdx https://t…
In print: Proteasome levels adjust to match cellular needs; TORC1 kinase has a key role (£) https://t.co/eAFpfVQWdx https://t.co/aGlxzGsga9
細胞生物学: プロテアソームを制御する(Nature): プロテアソームは細胞のタンパク質分解装置で、1つのコア粒子と2つの調節粒子からなる。RACとして知られるシャペロンタンパク質が調節粒子の集合を仲介し、酵母にお... https://t.co/N0KOeGCTih
Cell biology The TORC1 pathway to protein destruction https://t.co/WXGilhQlrE
Cell biology: The TORC1 pathway to protein destruction https://t.co/Ukl57EIheo @nature
RT @NatureJapan: Nature ハイライト:プロテアソームを制御する https://t.co/KjgtOFj58K #細胞生物学
RT @NatureJapan: Nature ハイライト:プロテアソームを制御する https://t.co/KjgtOFj58K #細胞生物学
Nature ハイライト:プロテアソームを制御する https://t.co/KjgtOFj58K #細胞生物学
Nature ハイライト:プロテアソームを制御する | Nature | Nature Research: https://t.co/CFDxCqWCUs
In print: Protein destructn by the proteasome regulated in evolutionarily conserved way (£) https://t.co/eAFpfVQWdx https://t.co/ZVyTBAOBPB
Cell biology: The TORC1 pathway to protein destruction https://t.co/mF41eDtw4x
Cell biology: The TORC1 pathway to protein destruction https://t.co/P3mE7aAW8W
Cell biology: The TORC1 pathway to protein destruction https://t.co/XEsE6w0B1M
Cell biology: The TORC1 pathway to protein destruction: https://t.co/0auds8eYJ5
Cell biology: The TORC1 pathway to protein destruction https://t.co/4MZBQ4sFUH
Cell biology: The TORC1 pathway to protein destruction https://t.co/csxGSScr7D
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfW8xC7 https://t.co/mx…
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfVQWdx https://t.co/q2…
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfVQWdx https://t.co/q2…
Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfVQWdx https://t.co/q2QkQw0vdm
RT @NatureNV: Proteasome levels adjust to match cellular needs and TORC1 kinase has a key role (£) https://t.co/eAFpfVQWdx https://t.co/KHK…
Proteasome levels adjust to match cellular needs and TORC1 kinase has a key role (£) https://t.co/eAFpfVQWdx https://t.co/KHKc8o0FSb
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfW8xC7 https://t.co/mx…
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfW8xC7 https://t.co/mx…
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfW8xC7 https://t.co/mx…
mTORC1 may regulate expression of proteosomal subunits in response to protein stress in yeast https://t.co/IrIh6euoiy
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfW8xC7 https://t.co/mx…
RT @NatureNV: Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfW8xC7 https://t.co/mx…
Protein destruction by the proteasome is regulated in an evolutionarily conserved way https://t.co/eAFpfW8xC7 https://t.co/mxOB9ly4Rh
Cell biology: The TORC1 pathway to protein destruction https://t.co/RmTAMcJShA
@NavitorPharma founder D. Sabatini pens News and Views on research linking TORC1 and proteasome levels: https://t.co/tb0mXi3sU7
#STEM Cell biology: The TORC1 pathway to protein destruction https://t.co/0xWnq3Ey74
RT @bmgallagherjr: Cell biology: The TORC1 pathway to protein destruction @nature https://t.co/mmQOizgkiE
Cell biology: The TORC1 pathway to protein destruction @nature https://t.co/mmQOizgkiE
Cell biology: The TORC1 pathway to protein destruction https://t.co/mXFEFidozj