#Polyproline - Twitter Hashtag

about 2 years ago

This study demonstrates that our proposed method is simple and efficient for #polyproline-II prediction without using pre-trained large models or complex features such as position-specific scoring matrices.

worldscientific's tweet photo. This study demonstrates that our proposed method is simple and efficient for #polyproline-II prediction without using pre-trained large models or complex features such as position-specific scoring matrices.

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Ken Lo @bhkenlo

over 2 years ago

Copper Forms a PPII Helix-Like Structure with the Catalytic Domains of Bacterial Zinc Metalloproteases | Inorganic Chemistry https://t.co/P0EvpeTBn5 Potocki and co-workers @InorgChem #zinc #metalloproteases #copper #metal_binding #polyproline #inhibition

bhkenlo's tweet photo. Copper Forms a PPII Helix-Like Structure with the Catalytic Domains of Bacterial Zinc Metalloproteases | Inorganic Chemistry https://t.co/P0EvpeTBn5 Potocki and co-workers @InorgChem #zinc #metalloproteases #copper #metal_binding #polyproline #inhibition https://t.co/UkxHRE9bRe

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ChemBioChem @ChemBioChem

almost 7 years ago

#Polyproline rod insertion into a protein leads to di-/oligomer formation through #DomainSwapping by design (Makabe at Yamagata University) https://t.co/me9WjrD1QK

ChemBioChem's tweet photo. #Polyproline rod insertion into a protein leads to di-/oligomer formation through #DomainSwapping by design (Makabe at Yamagata University) https://t.co/me9WjrD1QK https://t.co/BBslJIsB80

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ChemBioChem @ChemBioChem

over 7 years ago

Strategy and effects of #polyproline peptide stapling by #CuAAC (Wang at National Tsing Hua University) https://t.co/L0Gh9fIVxl

ChemBioChem's tweet photo. Strategy and effects of #polyproline peptide stapling by #CuAAC (Wang at National Tsing Hua University) https://t.co/L0Gh9fIVxl https://t.co/5Ezdy0jo4A

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Miguel Mompeán @ma_mompean

over 7 years ago

The singular #NMR fingerprint of a #polyproline II helical bundle! Check it out at https://t.co/5eiolAuklO

J. Am. Chem. Soc. @J_A_C_S

over 7 years ago

Chill Out! NMR characterization of snow flea antifreeze protein shows how this Gly-rich polyproline II helical bundle achieves high stability and provides clues for detecting polyproline II helices in intrinsically disordered proteins. #JustAccepted https://t.co/N2wMeaoK1y

J_A_C_S's tweet photo. Chill Out! NMR characterization of snow flea antifreeze protein shows how this Gly-rich polyproline II helical bundle achieves high stability and provides clues for detecting polyproline II helices in intrinsically disordered proteins. #JustAccepted https://t.co/N2wMeaoK1y https://t.co/0AYKsvJjhu

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