Search Query :
8CMN
18mer dna mimic foldamer with an aliphatic linker in complex with sac7d wild protein Deposition Author(s): Corvaglia, V. , Deepak, D. , Huc, I. , Wu, J.
Date: 2023-02-20 Method: X-RAY DIFFRACTION Resolution: 2.65 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 , Synthetic Construct Sequences Data: 8CMN_AA , 8CMN_B , 8CMN_C
8HKU
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 2.72 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HKU_A23S , 8HKU_L10E , 8HKU_L13P , 8HKU_L141 , 8HKU_L142 , 8HKU_L14P , 8HKU_L15E , 8HKU_L18E , 8HKU_L18P , 8HKU_L19E , 8HKU_L22P , 8HKU_L23P , 8HKU_A5S , 8HKU_L24E , 8HKU_L24P , 8HKU_L29P , 8HKU_L30E , 8HKU_L30P , 8HKU_L31E , 8HKU_L32E , 8HKU_L34E , 8HKU_L37A , 8HKU_L37E , 8HKU_AL1P , 8HKU_L39E , 8HKU_L40E , 8HKU_L44E , 8HKU_L7A1 , 8HKU_L7A2 , 8HKU_L15P , 8HKU_L21E , 8HKU_ARF1 , 8HKU_L45A , 8HKU_L46A , 8HKU_L47A , 8HKU_AL2P , 8HKU_AETN , 8HKU_AL3P , 8HKU_AL4P , 8HKU_AL5P , 8HKU_AL6P , 8HKU_ALX0
8HKV
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 4.94 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HKV_A23S , 8HKV_L13P , 8HKV_L141 , 8HKV_L142 , 8HKV_L14P , 8HKV_L15E , 8HKV_L18E , 8HKV_L18P , 8HKV_L19E , 8HKV_L22P , 8HKV_L23P , 8HKV_L24E , 8HKV_A5S , 8HKV_L24P , 8HKV_L29P , 8HKV_L30E , 8HKV_L30P , 8HKV_L31E , 8HKV_L32E , 8HKV_L34E , 8HKV_L37A , 8HKV_L37E , 8HKV_L39E , 8HKV_AL2P , 8HKV_L40E , 8HKV_L44E , 8HKV_L7A1 , 8HKV_L7A2 , 8HKV_L15P , 8HKV_L21E , 8HKV_L45A , 8HKV_L46A , 8HKV_L47A , 8HKV_AL3P , 8HKV_AL4P , 8HKV_AL5P , 8HKV_AL6P , 8HKV_ALX0 , 8HKV_L10E
8HKX
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 3.14 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HKX_A16S , 8HKX_S12P , 8HKX_S15P , 8HKX_S17P , 8HKX_S24E , 8HKX_S27E , 8HKX_S3AE , 8HKX_AS3P , 8HKX_AS7P , 8HKX_AS9P , 8HKX_S10P , 8HKX_AS2P , 8HKX_S13P , 8HKX_S14P , 8HKX_S17E , 8HKX_S19E , 8HKX_S19P , 8HKX_S28E , 8HKX_SL7A , 8HKX_S27A , 8HKX_A , 8HKX_AS4E , 8HKX_AS4P , 8HKX_AS5P , 8HKX_AS6E , 8HKX_AS8E , 8HKX_AS8P , 8HKX_S11P
8HKY
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 4.45 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HKY_A23S , 8HKY_AL6P , 8HKY_ALX0 , 8HKY_L10E , 8HKY_L13P , 8HKY_L141 , 8HKY_L142 , 8HKY_L14P , 8HKY_L15E , 8HKY_L18E , 8HKY_L18P , 8HKY_L19E , 8HKY_A16S , 8HKY_L22P , 8HKY_L23P , 8HKY_L24E , 8HKY_L24P , 8HKY_L29P , 8HKY_L30E , 8HKY_L30P , 8HKY_L31E , 8HKY_L32E , 8HKY_L34E , 8HKY_AATN , 8HKY_APTN , 8HKY_AETN , 8HKY_L37A , 8HKY_L37E , 8HKY_L39E , 8HKY_L40E , 8HKY_L44E , 8HKY_L7A1 , 8HKY_L7A2 , 8HKY_SL7A , 8HKY_L15P , 8HKY_L21E , 8HKY_L45A , 8HKY_L46A , 8HKY_A5S , 8HKY_L47A , 8HKY_AS2P , 8HKY_AS4E , 8HKY_AS4P , 8HKY_AS5P , 8HKY_AS6E , 8HKY_AS8E , 8HKY_AS8P , 8HKY_S11P , 8HKY_S12P , 8HKY_AL1P , 8HKY_S15P , 8HKY_S17P , 8HKY_S24E , 8HKY_S27E , 8HKY_S3AE , 8HKY_AS3P , 8HKY_AS7P , 8HKY_S10P , 8HKY_S13P , 8HKY_S14P , 8HKY_AL2P , 8HKY_S17E , 8HKY_S19E , 8HKY_S19P , 8HKY_AS9P , 8HKY_S28E , 8HKY_S27A , 8HKY_APTP , 8HKY_AMRN , 8HKY_AL3P , 8HKY_AL4P , 8HKY_AL5P
8HKZ
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 4.78 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HKZ_A23S , 8HKZ_ALX0 , 8HKZ_L10E , 8HKZ_L13P , 8HKZ_L141 , 8HKZ_L142 , 8HKZ_L14P , 8HKZ_L15E , 8HKZ_L18E , 8HKZ_L18P , 8HKZ_L19E , 8HKZ_L22P , 8HKZ_A16S , 8HKZ_L23P , 8HKZ_L24E , 8HKZ_L24P , 8HKZ_L29P , 8HKZ_L30E , 8HKZ_L30P , 8HKZ_L31E , 8HKZ_L32E , 8HKZ_L34E , 8HKZ_L37A , 8HKZ_A5S , 8HKZ_L37E , 8HKZ_L39E , 8HKZ_L40E , 8HKZ_L44E , 8HKZ_L7A1 , 8HKZ_L7A2 , 8HKZ_SL7A , 8HKZ_L15P , 8HKZ_L21E , 8HKZ_L45A , 8HKZ_L46A , 8HKZ_L47A , 8HKZ_AL1P , 8HKZ_AS2P , 8HKZ_AS4E , 8HKZ_AS4P , 8HKZ_AS5P , 8HKZ_AS6E , 8HKZ_AS8E , 8HKZ_AS8P , 8HKZ_S11P , 8HKZ_S12P , 8HKZ_S15P , 8HKZ_AL2P , 8HKZ_S17P , 8HKZ_S24E , 8HKZ_S27E , 8HKZ_S3AE , 8HKZ_AS3P , 8HKZ_AS7P , 8HKZ_S10P , 8HKZ_S13P , 8HKZ_S14P , 8HKZ_S17E , 8HKZ_AL3P , 8HKZ_S19E , 8HKZ_S19P , 8HKZ_AS9P , 8HKZ_S28E , 8HKZ_S27A , 8HKZ_APTP , 8HKZ_APTN , 8HKZ_AETN , 8HKZ_AMRN , 8HKZ_AL4P , 8HKZ_AL5P , 8HKZ_AL6P
8HL1
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 3.93 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HL1_A16S , 8HL1_ALX0 , 8HL1_L10E , 8HL1_L13P , 8HL1_L141 , 8HL1_L142 , 8HL1_L14P , 8HL1_L15E , 8HL1_L18E , 8HL1_L18P , 8HL1_L19E , 8HL1_L22P , 8HL1_A23S , 8HL1_L23P , 8HL1_L24E , 8HL1_L24P , 8HL1_L29P , 8HL1_L30E , 8HL1_L30P , 8HL1_L31E , 8HL1_L32E , 8HL1_L34E , 8HL1_L37A , 8HL1_AEFG , 8HL1_L37E , 8HL1_L39E , 8HL1_L40E , 8HL1_L44E , 8HL1_L7A1 , 8HL1_L7A2 , 8HL1_SL7A , 8HL1_L15P , 8HL1_L21E , 8HL1_L45A , 8HL1_L46A , 8HL1_L47A , 8HL1_A5S , 8HL1_AL1P , 8HL1_AS3P , 8HL1_AS7P , 8HL1_S10P , 8HL1_S13P , 8HL1_S14P , 8HL1_S17E , 8HL1_S19E , 8HL1_S19P , 8HL1_AS9P , 8HL1_AL2P , 8HL1_S28E , 8HL1_S27A , 8HL1_AS2P , 8HL1_AS4E , 8HL1_AS4P , 8HL1_AS5P , 8HL1_AS6E , 8HL1_AS8E , 8HL1_AS8P , 8HL1_S11P , 8HL1_AL3P , 8HL1_S12P , 8HL1_S15P , 8HL1_S17P , 8HL1_S24E , 8HL1_S27E , 8HL1_S3AE , 8HL1_APTN , 8HL1_AETN , 8HL1_AMRN , 8HL1_APTP , 8HL1_AL4P , 8HL1_AL5P , 8HL1_AL6P
8HL2
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 4.1 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HL2_A23S , 8HL2_ALX0 , 8HL2_L10E , 8HL2_L13P , 8HL2_L141 , 8HL2_L142 , 8HL2_L14P , 8HL2_L15E , 8HL2_L18E , 8HL2_L18P , 8HL2_L19E , 8HL2_L22P , 8HL2_A16S , 8HL2_L23P , 8HL2_L24E , 8HL2_L24P , 8HL2_L29P , 8HL2_L30E , 8HL2_L30P , 8HL2_L31E , 8HL2_L32E , 8HL2_L34E , 8HL2_L37A , 8HL2_AEFG , 8HL2_L37E , 8HL2_L39E , 8HL2_L40E , 8HL2_L44E , 8HL2_L7A1 , 8HL2_L7A2 , 8HL2_SL7A , 8HL2_L15P , 8HL2_L21E , 8HL2_L45A , 8HL2_L46A , 8HL2_L47A , 8HL2_A5S , 8HL2_AL1P , 8HL2_AS3P , 8HL2_AS7P , 8HL2_S10P , 8HL2_S13P , 8HL2_S14P , 8HL2_S17E , 8HL2_S19E , 8HL2_S19P , 8HL2_AS9P , 8HL2_AL2P , 8HL2_S28E , 8HL2_S27A , 8HL2_AS2P , 8HL2_AS4E , 8HL2_AS4P , 8HL2_AS5P , 8HL2_AS6E , 8HL2_AS8E , 8HL2_AS8P , 8HL2_S11P , 8HL2_AL3P , 8HL2_S12P , 8HL2_S15P , 8HL2_S17P , 8HL2_S24E , 8HL2_S27E , 8HL2_S3AE , 8HL2_APTN , 8HL2_AETN , 8HL2_AMRN , 8HL2_APTP , 8HL2_AL4P , 8HL2_AL5P , 8HL2_AL6P
8HL3
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 4.8 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HL3_A23S , 8HL3_ALX0 , 8HL3_L10E , 8HL3_L13P , 8HL3_L141 , 8HL3_L142 , 8HL3_L14P , 8HL3_L15E , 8HL3_L18E , 8HL3_L18P , 8HL3_L19E , 8HL3_L22P , 8HL3_A16S , 8HL3_L23P , 8HL3_L24E , 8HL3_L24P , 8HL3_L29P , 8HL3_L30E , 8HL3_L30P , 8HL3_L31E , 8HL3_L32E , 8HL3_L34E , 8HL3_L37A , 8HL3_AEFG , 8HL3_L37E , 8HL3_L39E , 8HL3_L40E , 8HL3_L44E , 8HL3_L7A1 , 8HL3_L7A2 , 8HL3_SL7A , 8HL3_L15P , 8HL3_L21E , 8HL3_L45A , 8HL3_L46A , 8HL3_L47A , 8HL3_A5S , 8HL3_AL1P , 8HL3_AS2P , 8HL3_AS4E , 8HL3_AS4P , 8HL3_AS5P , 8HL3_AS6E , 8HL3_AS8E , 8HL3_AS8P , 8HL3_S11P , 8HL3_S12P , 8HL3_AL2P , 8HL3_S15P , 8HL3_S17P , 8HL3_S24E , 8HL3_S27E , 8HL3_S3AE , 8HL3_AS3P , 8HL3_AS7P , 8HL3_S10P , 8HL3_S13P , 8HL3_S14P , 8HL3_AL3P , 8HL3_S17E , 8HL3_S19E , 8HL3_S19P , 8HL3_AS9P , 8HL3_S28E , 8HL3_S27A , 8HL3_APTN , 8HL3_AETN , 8HL3_AMRN , 8HL3_APTP , 8HL3_AL4P , 8HL3_AL5P , 8HL3_AL6P
8HL4
Cryo-em structures and translocation mechanism of crenarchaeota ribosome Deposition Author(s): Wang, Y.H. , Zhou, J.
Date: 2022-11-28 Method: ELECTRON MICROSCOPY Resolution: 4.62 Å Organism(s): Sulfolobus Acidocaldarius Dsm 639 Sequences Data: 8HL4_A23S , 8HL4_L10E , 8HL4_L13P , 8HL4_L141 , 8HL4_L142 , 8HL4_L14P , 8HL4_L15E , 8HL4_L18E , 8HL4_L18P , 8HL4_L19E , 8HL4_L22P , 8HL4_L23P , 8HL4_A16S , 8HL4_L24E , 8HL4_L24P , 8HL4_L29P , 8HL4_L30E , 8HL4_L30P , 8HL4_L31E , 8HL4_L32E , 8HL4_L34E , 8HL4_L37A , 8HL4_L37E , 8HL4_A5S , 8HL4_L39E , 8HL4_L40E , 8HL4_L44E , 8HL4_L7A1 , 8HL4_L7A2 , 8HL4_SL7A , 8HL4_L15P , 8HL4_L21E , 8HL4_L45A , 8HL4_L46A , 8HL4_L47A , 8HL4_AL1P , 8HL4_AL2P , 8HL4_AS2P , 8HL4_AS4E , 8HL4_AS4P , 8HL4_AS5P , 8HL4_AS6E , 8HL4_AS8E , 8HL4_AS8P , 8HL4_S11P , 8HL4_S12P , 8HL4_S15P , 8HL4_AL3P , 8HL4_S17P , 8HL4_S24E , 8HL4_S27E , 8HL4_S3AE , 8HL4_AS3P , 8HL4_AS7P , 8HL4_S10P , 8HL4_S13P , 8HL4_S14P , 8HL4_S17E , 8HL4_AL4P , 8HL4_S19P , 8HL4_AS9P , 8HL4_S28E , 8HL4_S27A , 8HL4_AMRN , 8HL4_APTN , 8HL4_APTP , 8HL4_S19E , 8HL4_AEFG , 8HL4_AL5P , 8HL4_AL6P , 8HL4_ALX0