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 @CellCellPress: New resource online now! This quantitative #proteome map of the #human body demonstrates how understanding #protein leve…
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 @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 @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
A Quantitative Proteome Map of the Human Body https://t.co/yCFeS0Yy4S
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…
A Quantitative Proteome Map of the Human Body https://t.co/S9MSkcptYo
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
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 @mmw_lmw: A Quantitative #Proteome_Map of the Human Body | from more than 12,000 genes across 32 normal human tissues | Michael Snyder @…
RT @mmw_lmw: A Quantitative #Proteome_Map of the Human Body | from more than 12,000 genes across 32 normal human tissues | Michael Snyder @…
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 @CellCellPress: New resource online now! This quantitative #proteome map of the #human body demonstrates how understanding #protein leve…
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @RubenQC_Lab: Quantified proteins from more than 12,000 genes across 32 normal human tissues https://t.co/Ul4LceCFZ3
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 @schirmerlab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/v4sNAcS4HI
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
A Quantitative Proteome Map of the Human Body: Cell https://t.co/v4sNAcS4HI
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
A Quantitative #Proteome_Map of the Human Body | from more than 12,000 genes across 32 normal human tissues | Michael Snyder @StanfordMed @CellCellPress https://t.co/IPFYB1EK3T https://t.co/XfmvOhZnmt
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @mmw_lmw: A Quantitative #Proteome_Map of the Human Body | from more than 12,000 genes across 32 normal human tissues | Michael Snyder @…
RT @mmw_lmw: A Quantitative #Proteome_Map of the Human Body | from more than 12,000 genes across 32 normal human tissues | Michael Snyder @…
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
A Quantitative #Proteome_Map of the Human Body | from more than 12,000 genes across 32 normal human tissues | Michael Snyder @StanfordMed @CellCellPress https://t.co/IPFYB1EK3T https://t.co/wTHhlWnoQu
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
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
Massive Tissue Interplay Study!Personal Fav sofar https://t.co/sr6Gdrm8jl "study demonstrated that protein tissue-enrichment information can explain phenotypes of genetic diseases, which cannot be obtained by transcript" #Genotype #Tissue #Expression #GTEx
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @GLim2016: A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @GLim2016: A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
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
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
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 @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
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
A Quantitative Proteome Map of the Human Body: Cell https://t.co/d7tn7YAwLO
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
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 @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
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
A Quantitative Proteome Map of the Human Body: Cell https://t.co/GeslrYO74z
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
A Quantitative Proteome Map of the Human Body: Cell https://t.co/7h5uKHpp2L
RT @SnyderShot: Our eGTEX proteomics paper is out. GTEX gets proteomics! https://t.co/3A5BL0WwKQ
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
Interesting to read to see what we can learn from the proteomic analysis of human tissues!
RT @FrezzaLab: A Quantitative Proteome Map of the Human Body https://t.co/qZ2QHjPE9w
RT @KFW_Lab: A Quantitative Proteome Map of the Human Body: Cell https://t.co/YHyTXTHegx