Logo Cheminformatics Tool for Probabilistic Identification of Carbohydrates
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v 1.1 (Spring 2020)

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Process a structure file

Publication files:

Submission ID: SCN
File name: alatis_output_compound.sdf

Formula: C1N1S1
Compound mass: 58.0824
Compound with ALATIS labels (download):

Download outputs in JSON format here.


Probabilities of the best carbohydrate fragment:

  • Fragment probability: 0.00
  • Compound probability: 0.00


List of identified carbohydrate fragments:



Most similar ligands:

Ligand Expo IDPDB protein complex ID
SCN5DLB
4PCG
3P31
5DLT
3WAY
3FCL
2F49
5EG8
5DLV
6D2J
5M0D
3TL2
4Y55
6D2V
5N4I
5O1X
4HON
5M0S
2EB4
4AB1
3NKN
5OHY
2VXH
4PAB
3ERH
4L82
3NKM
6A4Y
6HAE
6KY7
6BTQ
4A9K
5ZGS
3Q85
3GC1
5AQA
2H11
4FGE
5K9H
5BUW
6EBZ
2UV2
2VR8
3ZXN
1DNW
3LNX
6DS9
4OCF
2JIL
3WAV
2V51
3FCI
2PA5
4ZGA
3B3S
4HEI
2A9V
5LT7
5EBE
1KGS
3VEH
6S0F
2GX9
6L2V
3R55
1UTH
4A75
3TJQ
5JQ4
5MZG
6L2J
4OD7
5M0E
6R0K
5OHS
4R0Q
3NKO
3POX
5VP3
2OM1
2OGB
5A13
4EFR
4IMO
4AUP
2UYE
4ZAZ
4ETQ
4EB0
4GN6
6BTP
6DXX
3CGM
6I4M
5IJQ
2VR6
6HAV
2XR9
4ZAW
2EB5
5I83
5GLS
5M0M
3BOS
1XQ9
2O9S
1LG6
5NRK
3V6Q
5BUX
3DSO
6JPT
3O5O
3MNP
2YOA
4XG1
2RKY
3BFF
2Y27
3QL6
4PDY
4L37
4ZAX
3TUW
6H1F
5KO0
3OGW
5BU6
5LSY
4TSQ
4FUN
4JPS
2OLZ
5OLG
3EVX
6LCO
3WAW
2FA2
2YAS
6GS3
6L9E
4ZG6
3NKR
4A6U
4ZAL
2V3U
5NHT
4Z9S
5E2G
3LY5
3TGY
6I4L
4EFP
3WAX
2FNO
2UYF
6FHN
3NKQ
4V0C
5K0P
6BSL
1BHC
6A6Y
3BXI
2A5V
6I4E
6I4J
3P1C
3FAQ
3I6N
5DLW
2WUE
5YD9
5QJ0
5AQ8
4F7O
3UCM
5JJY
5OUF
4RJD
3CIX
3V48
2WUD
1RTQ
5LSS
5W53
2QPK
4GV5
3U65
2EHA
4ZAV
2WL1
3C70
6NU5
3POQ
2IPS
2VR7
5M7M
2WYK
4YB5
4P0C
5BUO
3GA5
4IMQ
4OEK
2E9E
3PVZ
3KXL
6I4I
3G5O
6D1P
3FNL
1Y7H
5W4M
2PUM
4NPE
6B6U
5FYP
4WND
1GMK
1TEW
3NOF
5LIH
2WWP
3O71
4NPD
6P1E
1YLK
3IBD
4EFQ
5HNS
3SE2
3FKJ
4N7A
6EVB
6SJ9
5JLB
4TXO
3N72
3B35
4IMZ
4KSZ
1SQ4
4PAW
6I4K
3VH9
2OCS
6FIE
5HBB
2QQT
1LCN
3GCL
1U4H
5LSR
3N8F
4VHB
6BTO
6EV8
5ULH
3QZ0
5TJ7
4FUO
3R15
3ERA
3NKP
5LT6
3I3N
6NUB
4F36
3B3T
3H8D
2EFB
6EV5
3ZZO
1XPP
3ETW
2XES
6MAN
6I4G
4ZAG
5D3D
2JLP
4ZAF
6MR1
4LJJ
4YGK
3R5O
4ZAY
3VRK
3B3W
6NWL
3ERI
3QK2
1H51
5YII
1DNU
3MNO
2YLC
6EOL
3S4F
6EBX
3BFE
3KXI
4MSF
4QJQ
6E5B
2GJM
5EUX
3CQX
5OVV
5OBW
5FA2
3P1D
5U28
6D9N
2RFL
6I4D
4FGD
4S0Y
4GM7
5LE2
2QRB
4D7Z
5MHP
1SP3
5LSZ
5LS7
3EGR
5AE4
4CRZ
3BXH
3NYH
3SXV
3R5Q
1GXW
6DU7
3Q9K
3UBA
4FUM
1SXS
6EOG
3FCF
2CA2
2TCI
4UE0
3HUF
4KAF
4Y7P
5LKA
3UEN
2PCU
3B3C
4CS0
2AV1
3P1E
3PY4
1LOK
3GCJ
3R4X
4ZAN
5V8G
4NYW
3SRX
5MVV
2JFL
6FHC
1Y81
3HK0
2WUG
4UMO
2FAM
3LNY
3B3V
3GCK
2J51
2ABB
4E7U
6CCF
3B7I
2WUF
5I86
3H79
4DO8
3QF1
5OBU
6B8W
MEE2GYO
2EFT
3AEP
5TG4
6A87
4YW8
3AEL
5TG7
5TG5
2BJS
MSM1ZDQ
XL1
SCC3O1M
3H8O
4NIG
3O1O
4MGT
3H8R
3O1U
4NID
3O1P
1R4S
3O1V
3O1T
3BIE
3BKZ
3O1S
4MG2
3BI3
4NII
3BTX
3BU0
3BTZ
3O1R
4NIH
3H8X

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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).