青柳☀ @FBWM8888 1971 days ago

RT @kztakemoto: 論文です。Val66Met多型が脳構造ネットワークをどのように変化させるかについてです。産業医大の上田さんとの共同研究です。https://t.co/suEtwfo9hN

Genomics Edtech @DNAed_tech 1972 days ago

RT @thePeerJ: Just published in @thePeerJ Ueda et al. - The brain-derived neurotrophic factor Val66Met polymorphism increases segregation o…

PeerJ — Life and Environment Journal @thePeerJ 1972 days ago

Just published in @thePeerJ Ueda et al. - The brain-derived neurotrophic factor Val66Met polymorphism increases segregation of structural correlation networks in healthy adult brains. Read the full article https://t.co/6d7b5RcMJF #bioinformatics #genomics #neurology https://t.co/AKiQtzEgMH

長谷武志 @TakeshiHase 1972 days ago

RT @kztakemoto: New paper out. Val66Met polymorphism increases segregation of structural correlation networks in healthy adult brains. http…

Daiki Sato @daiki__sato 1972 days ago

RT @kztakemoto: New paper out. Val66Met polymorphism increases segregation of structural correlation networks in healthy adult brains. http…

k____i @k____i 1972 days ago

RT @kztakemoto: 論文です。Val66Met多型が脳構造ネットワークをどのように変化させるかについてです。産業医大の上田さんとの共同研究です。https://t.co/suEtwfo9hN

Sang Hoon Lee @lshlj 1972 days ago

RT @kztakemoto: New paper out. Val66Met polymorphism increases segregation of structural correlation networks in healthy adult brains. http…

Kazuhiro Takemoto @kztakemoto 1972 days ago

論文です。Val66Met多型が脳構造ネットワークをどのように変化させるかについてです。産業医大の上田さんとの共同研究です。https://t.co/suEtwfo9hN

Kazuhiro Takemoto @kztakemoto 1972 days ago

New paper out. Val66Met polymorphism increases segregation of structural correlation networks in healthy adult brains. https://t.co/suEtwfo9hN