RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
humanの正常組織32種類にわたって、12000タンパクもの定量データをとったリソースがCellに出ています。RNAレベルでの組織特異的な発現とはまた違い、意外なタンパクが意外な臓器に特異的に出ているようで、さまざまな使い道があるデータセットです。https://t.co/e890ObakWd
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
RT @CellCellPress: New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/s…
New resource out now! A #quantitative #proteome map of the human #body. https://t.co/2re7Z1J6t1 @Stanford https://t.co/sOdwSfozRl
A Quantitative Proteome Map of the Human Body https://t.co/IHpBOMK261
Here, the authors quantified the relative protein levels from over 12,000 genes across 32 normal human tissue samples. They argue that such information can explain phenotypes of genetic diseases which cannot be obtained by transcript information alone. ht
A Quantitative Proteome Map of the Human Body - ScienceDirect https://t.co/INijPh6sM6
RT @kensho_2021pham: @1wantphd これ便利ですね! 原著論文はこれですね😊 https://t.co/fLRJtMGp8p
RT @kensho_2021pham: @1wantphd これ便利ですね! 原著論文はこれですね😊 https://t.co/fLRJtMGp8p
RT @kensho_2021pham: @1wantphd これ便利ですね! 原著論文はこれですね😊 https://t.co/fLRJtMGp8p
>RT 12000以上のヒト遺伝子を32部位でmRNA量とタンパク質の定量。図のようにサイト上で様々な遺伝子について検索できる。プレプリント投稿から11ヶ月かけてCellのResourceに掲載。Biorxiv版とCell版で見比べると面白そう。 https://t.co/BsQTPRsVXz https://t.co/GstV3ElS8o https://t.co/MOocwtyyDg https://t.co/kjQvBZsZtY
RT @kensho_2021pham: @1wantphd これ便利ですね! 原著論文はこれですね😊 https://t.co/fLRJtMGp8p
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
@1wantphd これ便利ですね! 原著論文はこれですね😊 https://t.co/fLRJtMGp8p
Terrific study and was glued for the past two hours!! worth having a look !! https://t.co/zX8Xdv0qTm
How do we correlate changes in gene expression with consequent changes in protein expression? https://t.co/FXnHVrqbOA
"A Quantitative Proteome Map of the Human Body." by Lihua Jiang et al. Cell, from Snyder M search. Sep 12, 2020. https://t.co/2yBfdyRNoC
A Quantitative Proteome Map of the Human Body https://t.co/KsxZL9wIxz
A Quantitative Proteome Map of the Human Body https://t.co/nGbXbEJz8b
Proteomic map of the humam body (using GTex). protein secretion partly explains lack of correlation between mRNA and protein levels in some tissues. https://t.co/gigGr9hMhi
A Quantitative Proteome Map of the Human Body #Cell https://t.co/1u6EiRNwvN
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @CellCellPress: New Resource online now at Cell: A Quantitative Proteome Map of the Human Body https://t.co/hca7WeL76x
RT @alephh: Quantitative Proteome Map of Human Body • Protein levels from over 12,000 genes across 32 normal human tissues • Proteomics ana…
Such a great resource for people who studies proteomics and protein interaction network. Excited!😄
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
check out this paper 👇👇 @aleksandra_m_a
RT @mmw_lmw: A Quantitative #Proteome_Map of the Human Body | from more than 12,000 genes across 32 normal human tissues | Michael Snyder @…
Human body #proteome atlas using TMT-MS: data from 14 healthy humans, showed/confirmed lack of RNA-protein correlation, tissue-specific proteome, etc. Another to add to my "to-read" pile! But seriously, can we pls stop "verify mass spec with Westerns"? ht
A Quantitative Proteome Map of the Human Body https://t.co/nTMlrq7gGc
Quantitative Proteome Map of Human Body • Protein levels from over 12,000 genes across 32 normal human tissues • Proteomics analysis identified new proteins • BCAA metabolism is a unique process that requires metabolites shuttling among multiple tissues ht
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @CellCellPress: New resource online now! This quantitative #proteome map of the #human body demonstrates how understanding #protein leve…
Straight up only half of the genes they measured were even detectably correlated with protein levels! Not just well-correlated, but just even having statistical confidence! https://t.co/JCuzdSC7u9
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @GLim2016: A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
RT @GLim2016: A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
すごい。。。
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @GLim2016: A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @GLim2016: A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
Such a wonderful work!
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @GLim2016: A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @eleldai: ヒトの32種類の組織で12,000以上のタンパク質の相対的な発現量を、安定同位体標識(TMT10plex)の質量分析を用いて定量的に比較、RNAのデータと組合せ、RNAとタンパク質での組織特異性・豊富性の違いを明らかするとともに、これらの情報を生物学研…
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ