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v 1.1 (Spring 2020)

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Process a structure file

Publication files:

Submission ID: C1S
File name: alatis_output_compound.sdf

Formula: C6H11N1O2S2
Compound mass: 193.28660000000005
Compound with ALATIS labels (download):

Download outputs in JSON format here.


Probabilities of the best carbohydrate fragment:

  • Fragment probability: 0.42
  • Compound probability: 0.27


List of identified carbohydrate fragments:

  • C3H5
    Fragment probability: 0.42
    Fragment mass: 41.0716
    Fragment main chain atoms: [1, 2]
    Fragment all atoms: [1, 12, 13, 2, 14, 3, 15, 16]



Most similar ligands:

Ligand Expo IDPDB protein complex ID
C1S4MKJ
4MKK
SCS5K30
2CMW
2NUC
4IKB
1PSI
0QL4KUF
4ELC
SCH4YYR
5DXE
1YAL
6QXH
4O1U
3KFQ
6HYR
5DXG
4O1X
1YPV
3KSE
5EH4
3N5E
3N5G
4YYU
6QYQ
3PF3
5MBM
5NIJ
4YYV
2XZ5
1S01
4LRR
6CBZ
4OU0
4N6N
6O2X
6R2E
4YYS
5MBL
4KPW
4YYQ
5DXB
6PIT
4YYW
4IF7
1FXD
1K72
1AEX
CME1F49
4Q2F
6FJZ
1GHO
4V44
5MWX
6BB7
1WZ9
1JZ1
4Z93
1XM4
5EDE
2FAI
4MZ3
1PZG
4AW0
6C7Q
1YKP
4MPY
6B6K
6G93
4ZV9
3CFH
5XX1
5EV0
4V41
5NLV
4XB6
1JEO
4USU
1HW3
1JYZ
1XLX
1ZKY
3EIS
4V45
6F83
4ZZM
4JEF
3L03
2QZO
6FMA
4GOA
3T5W
1XV5
4N0S
3EBU
4NEL
4Y6T
1HVY
2Y6E
1XOS
1JZ0
1JYY
4XNE
1XM6
4MO7
4Q27
4FV3
5OS9
3T2T
6FQ7
6G2K
5U3T
6GDM
3W60
6EXL
6QXS
2WTV
3GUM
6CWX
3KK4
3Q97
3EGY
2HAI
2B1V
2V0Y
3SA0
2Y6V
5GO5
2J83
3Q95
5TV7
4ZDB
5LCK
4Q1P
6QAW
2V1P
4O1X
5EYU
4E28
4R3C
4GY7
2ONB
5IZC
3HP6
5IBX
1ELJ
1K2X
1HW4
4XX0
6FN5
4ZXT
4HA6
4XP0
4Q1R
6E8C
4GD7
6FLE
2CLW
4XP3
4USW
4XP2
1XMU
6G9K
6G97
6ERD
1XMY
4LQE
5D8G
6R2E
4XBL
5G4A
2WKB
1YKK
6QA4
2OX5
2B1Z
3FS5
4H9M
4FUY
1S9D
4CLT
5T7S
2QA8
4LGL
4RCT
6B7I
1QQQ
6B2L
6BIF
6B3L
4FN6
5ZWA
5NLY
4O1U
6FXV
5IV4
2WFL
1YKM
5U3V
3D6I
3GUN
6GDQ
2OCF
2CZL
2EF8
1YKN
5LPA
3W5Z
3L21
4NJM
6D68
2B23
1Q9U
1XN0
4FXI
2OQX
5DIB
3CFF
1EV5
5L6U
6QAG
6QAL
4Q92
3CFA
3QYW
6EOP
4GVA
5EDH
4XOY
4IZE
2A2J
4D9K
2G44
6ES4
1TAZ
4UST
4Q26
6QYA
5WP1
2GAA
6QTR
5EZ4
4FV8
1OCU
5MWT
3OYW
3QYZ
1A1V
6GJD
3W66
5C33
2G5O
4QTO
3OY8
6FAS
6BMN
5AHE
4JDC
3RGH
4OYA
5Z6J
5I2R
5T8K
4XAH
5EDG
4NS3
1L6Y
1XOT
6GJB
6QYQ
6A2S
2CFA
2GES
5ZWB
5UZQ
5UOO
1YKO
1EVG
3HM1
5H3L
1Y2J
1OCS
5UR0
4S1I
1L6S
3C7Q
4IEC
6FI6
5M6Q
6H2V
3PZH
4ZDF
4FV0
6RQ4
3OS8
5Y0T
2C5Q
6FR1
4KPW
6BJ6
1J3H
1Y2H
4GT3
5D9I
2RD8
6DMG
1KSJ
5IV3
1ZBG
4D9G
4USV
6E5A
4FXH
1YPV
4ZDC
4CLK
4FV2
1XLZ
4GSB
6GE0
5DXV
5EM0
6BK6
6BI1
1HQS
6FLV
4FV7
4LEM
2P3B
5L9F
6A2R
4XQ7
3W61
4LQD
3W8P
4OZ3
1HQG
5G2H
2QXS
5EM1
1JN9
5L1W
4OYM
6FJ0
4CLS
1ZPK
1EV8
6G2N
2GEU
4ZZO
1EUD
6BFV
5EDI
6C9X
6AXA
4G6O
5G1T
1A2T
4IDS
6QTS
2G4L
3GUI
4D2M
3GUK
3EHI
3EAW
6A2Q
4G7E
6B56
1QVV
2C4O
5U3W
4CGS
6G8X
3QTM
1TLV
6G9H
2P3C
3ZUZ
1EVF
3GUL
1Z8C
6GCD
6QAH
3GUP
6G9N
4OYX
4FGT
4FV4
1KSH
4FV1
5G1Y
6FJB
1UPI
4ZZN
6AWE
5T7U
3HPO
3ET0
2Y6U
4MPB
6G92
4QYI
4XRJ
4B8X
1JVY
1Y8Z
4G2O
5LUH
3UWL
5LG2
4PZO
3EWX
6Q7T
2P3A
6BMM
2GEV
5Z6M
5UM4
4OYB
1YI3
4BGP
4A1K
2AQ5
5T7I
1EUC
3GUO
4CLW
4CLF
3GH2
5KO3
4CM0
4R7K
3LA4
5Y0S
1WDR
4OZ2
6G9D
2GA8
4FV5
3EWY
3UIP
4YFU
6QA1
6EKO
2Q59
5Z6F
4XOZ
6G9J
4OYO
6G9A
6B71
4NML
5NGU
4CLL
6BI9
2WKF
4OYZ
6BJ7
4FUX
4P16
5ZQN
6A2T
4IDY
4CLU
3IXL
6B4T
6K0T
3NHE
4CLZ
4XRL
6QAQ
6FI3
2VB0
5HM3
4OYW
1YHS
3QK2
6CC2
5O12
5T7T
6FRP
1QVW
1R8M
4S1M
6Q7K
5G2W
5Z6L
4OYP
6QA3
5D0R
4CLY
3GUJ
5O11
6BHB
4CM2
3DTV
2Y3C
4G6W
1PME
4CLP
4G6N
4FV9
5XHE
6G9M
6G91
4PZJ
4OYI
5LCJ
5Z6K
6Q7S
3N5G
5NHF
6B4Q
3W62
2GET
6B37
1YI4

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Citation:

  • Hesam Dashti, William M. Westler, Jonathan R. Wedell, Olga V. Demler, Hamid R. Eghbalnia, John L. Markley & Samia Mora, Probabilistic identification of saccharide moieties in biomolecules and their protein complexes, Scientific Data volume 7, Article number: 210 (2020), https://doi.org/10.1038/s41597-020-0547-y, https://www.nature.com/articles/s41597-020-0547-y

Disclaimer:

  • The custom source code, developed using Python3 in the Linux environment. This work is copyrighted under the terms of GPL, and the results are released under CC0 1.0 Universal of the Open Science Framework. The web-service and the source codes are provided on an “as is” basis without warranty of any kind, either expressed or implied. Any usage of the web-server, or modification and application of the source codes are free for academic use when CTPIC publications are cited.
  • The NetwrokX library is used in the CTPIC source codes.
  • The Open Babel software package is used in the CTPIC source codes.

Contact:

For any question or concern please contact Hesam Dashti (hdashti@bwh.harvard.edu).