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

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Process a structure file

Publication files:

Submission ID: LLP
File name: alatis_output_compound.sdf

Formula: C14H22N3O7P1
Compound mass: 375.3133
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
LLP1IUG
5DW3
6AMI
3W1J
5TCH
5B1H
6C9B
5WT5
2C2B
4XQ2
2GN2
1GC2
2GN0
4J5U
3W1K
3KW3
4ZAS
3LWS
3IAU
5TCF
2TPL
3BC8
6JY1
5X2V
3FVX
5T6M
5X2Y
3VK2
4OC9
6UAP
5VEH
2OGE
3NNK
4YTJ
4Q31
3DZZ
3F6T
4KBX
4LUS
5YGR
4RIZ
6C92
1M6S
4R2V
2BWN
4I8A
2OKJ
4D8U
2VD8
2QN2
4W91
5UTS
5ZS9
2O7C
2CH2
6CZX
3JZL
2VGZ
6G1F
5V12
4F5F
3E3O
3FGP
3WKS
3CUV
3WCO
6DU1
4JBN
2O0T
5MQZ
2HUI
3CQ6
3DC1
3HBX
5X6B
3MS4
2C2G
2PYD
3GET
3DKI
3GR9
3VK4
4F5L
4TV7
4FFC
4RLG
3L7D
1S06
2OFF
4Q76
4LHC
1AJS
3N75
2O0R
3W1I
5TOT
2ODO
4EU1
2V03
5JJC
2BWO
5TCI
4Q6R
5YBW
4D9G
1UKJ
4PIW
4GRX
3LUL
3G2J
3W1H
4RXK
4JXU
5E0K
5ZSP
3FDB
6CJB
3QHX
4U1T
3JTX
2HUU
3OKS
4F5G
3H7F
6CUV
4WHX
1BQD
6EBN
2EZ1
1BQA
3PD6
4DYJ
5V1X
1Z6Q
3NRA
5ZSR
5TT2
3P6K
4K2B
4IL5
5F8V
4LHD
3BN1
4XK1
3QI6
5JIS
3E3L
3PIU
3NC4
2GB3
2VYC
3SPX
5HBG
3G2H
5XOQ
3PJ0
6EEW
3E2F
2BHT
4H51
3WKR
4W1Y
3T3D
4RM1
1YIZ
1BJW
2Q3B
3MAD
1D7K
3SYR
2QLM
3K40
6AIF
5EUE
4D8W
3T3H
5TON
3FVS
1LW4
3EBP
1LW5
6CUZ
6C9E
1S0A
5UID
3GJU
5VK7
3MS7
6AHI
5TOQ
2QN3
3NPA
4JBL
2QN1
2OKK
6C3A
4MRA
3GWP
6MLS
4RIT
3BWO
1AJR
2ZJG
3E3N
3KAX
6AMC
6E9P
1GC0
6AA9
3HA1
4N0B
4W4H
5DJ1
3LLX
4D99
3SYM
4XG1
1Z8D
6AM7
1CL1
1JG8
6AM8
3MRT
4EKE
3FCR
2QLR
5UC7
5TSU
2PYI
5ZSQ
3BCU
5KIN
5W1B
3IQI
3CUW
3AEN
4MI6
2FM1
3IQG
1AX4
3BCS
3HVY
6JRL
3NYU
5EIG
3JU7
4ZWV
1S09
6CD1
1TUF
3R9A
4D97
3G2N
2GN1
5VEP
5IXJ
2X3L
3MS2
4MKK
2QNB
5TXT
4ITG
4IX8
6N2H
6A2F
5ZSS
4MHS
4EKY
1TOG
3BCA
3NP9
5ZST
3FVU
4ESX
2CH1
3CEB
3G0T
4F5H
2W8V
1BW0
4IYO
2BKW
2QRG
4F5M
4ISY
4JE5
4JF0
4LI3
3G2K
1TOJ
5XCP
3HLM
1TOK
5EUD
3NDN
5U20
1W7M
3B46
4HO1
5DVZ
3MT9
1BJO
3PDB
3L7A
2QRH
6CD0
4TVI
6MPD
4PVF
4MIC
4MKJ
4IXZ
2JG2
3AEJ
1BJN
4RJY
3CUT
2RFV
3MAF
4NU8
3QQM
5KZM
4Q75
3VK3
5USR
3Q16
6EEI
2W8U
3G2I
5VPR
4ORE
4D9N
5TF5
2Z61
4WD2
4WP0
5B7S
4F5J
4D8T
5J43
4IXO
4RJ0
5XA2
4H27
3G2L
1CS1
4WLH
5V7I
5EUN
3FD0
2QRQ
3RUY
3MTB
3NU8
4QHR
3EBO
5B7U
3CUU
3L7C
2HUF
1Y4I
3T32
3MTA
3VAB
4ZU1
2QLN
4DZA
3DR7
3MQF
6CCZ
1J04
2CB1
6C3B
3MTD
1TOI
3S46
4F5K
3MT8
4F4E
5X30
4D92
6C8T
3T3E
3L44
3BCR
5J5V
6BLG
5I7W
2X8U
6MO3
3ACZ
5YKR
3L79
6EEM
4MHO
3BWN
1S08
3PDX
4E3R
3T3G
4LUY
3VP6
6F77
2QRP
3S0J
2X5D
6EEQ
2Q3C
1Y7L
4I1X
3OP7
4MI3
3AEM
6DXV
3T4P
2R5C
3L7B
4J8L
3BD6
6ECG
1TOE
3IQH
2W8T
2G9U
4P7Y
3KE3
3F0H
3RCH
3JW9
3TBH
3R4T
2G9Q
2AEV
4IXS
4EL0
3L6R
3MSC
3ASB
3BCB
4MIL
3FFR
3MT7
4EJ2
5VJZ
2GPN
3NP7
5XCW
4F5I
4EL5
2G9V
3E2Z
4TM5
5TOR
5XCN
1W7L
3T3I
3MC6
3MRV
3MRX
3JWA
5MR0
2VLH
4D9I
2QRM
3JWB
2G9R
3U9X
1A8I
4MI9
1Z6P
IT14D97
4D99
4D8U
3GR9
4D8T
4D9N
3DR7
5DJ1
4JF0
4WP0
4IXZ
5J5V
4IXS
4D92
3BN1
5J43
4D8W
4D9G
4WLH
4ESX
4D9I
4IYO
PL53EI8
P892WKA
Z973KOZ
3KOY

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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).