Reaction Details  Report a problem with these data
Cell Reactant:
Leucyl-tRNA synthetase (LeuRS)
Syringe Reactant:
BDBM163674
Meas. Tech.:
Enzyme Inhibition
Entry Date.:
2016-02-16
ΔG°:
-35.0000±1.0000 (kJ/mole)
pH:
8.0000±0.0000
Temperature:
298.1500±0.0000 (K)
ΔH° :
-4.2000±0.8000 (kJ/mole)
ΔS° :
-0.1000±0.0070 (kJ/mole-K)
Citation
 Zhao, H; Palencia, A; Seiradake, E; Ghaemi, Z; Cusack, S; Luthey-Schulten, Z; Martinis, S Analysis of the Resistance Mechanism of a Benzoxaborole Inhibitor Reveals Insight into the Leucyl-tRNA Synthetase Editing Mechanism. ACS Chem Biol 10:2277-85 (2015) [PubMed]  Article 
Cell React
Name:
Leucine--tRNA ligase
Synonyms:
Leucyl-tRNA synthetase (LeuRS)
Type:
Protein
Mol. Mass.:
125397.83
Organism:
Yeast
Description:
C4YL05
Residue:
1097
Sequence:
MSGPVTFEKTFRRDALIDIEKKYQKVWAEEKVFEVDAPTFEECPIEDVEQVQEAHPKFFATMAYPYMNGVLHAGHAFTLSKVEFATGFQRMNGKRALFPLGFHCTGMPIKAAADKIKREVELFGSDFSKAPIDDEDAVESQQPAKTETKREDVTKFSSKKSKAAAKQGRAKFQYEIMMQLGIPREEVAKFANTDYWLEFFPPLCQKDVTAFGARVDWRRSMITTDANPYYDAFVRWQINRLRDVGKIKFGERYTIYSEKDGQACLDHDRQSGEGVGPQEYVGIKIRLTDVAPQAQELFKKENLDVKENKVYLVAATLRPETMYGQTCCFVSPKIDYGVFDAGNGDYFITTERAFKNMSFQNLTPKRGYYKPLFIINGKTLIGSRIDAPYAVNKNLRVLPMETVLATKGTGVVTCVPSDSPDDFVTTRDLANKPEYYGIEKDWVQTDIVPIVHTEKYGDKCAEFLVNDLKIQSPKDSVQLANAKELAYKEGFYNGTMLIGKYKGDKVEDAKPKVKQDLIDEGLAFVYNEPESQVISRSGDDCCVSLEDQWYIDYGEEAWLGEALECLKNMETYSKETRHGFEGVLAWMKNWAVTRKFGLGTKLPWDPQYLVESLSDSTVYMAYYTIDRFLHSDYYGKKAGKFDIKPEQMTDEVFDYIFTRRDDVETDIPKEQLKEMRREFEYFYPLDVRVSGKDLIPNHLTFFIYTHVALFPKRFWPRGVRANGHLLLNNAKMSKSTGNFMTLEQIIEKFGADASRIAMADAGDTVEDANFDEANANAAILRLTTLKDWCEEEVKNQDKLRTGDYDSFFDAAFENEMNDLIEKTYQQYTLSNYKQALKSGLFDFQIARDIYRESVNTTGIGMHKDLVLKYIEYQALMLAPIAPHFAEYLYREVLGKNGSVQTSKFPRASKPVSKAILDASEYVRSLTRSIREAEGQALKKKKGKSDVDGSKPTSLTVLVSNTFPEWQDNYIELVRELFEQNKLDDNNVIRQKVGKDMKRGMPYIHQIKTRLATEDADTVFNRKLTFDEIDTLKNVVEIVKNAPYSLKVEKLEILSFNNGETKGKNIISGEDNIELNFKGKIMENAVPGEPGIFIKNVE
  
Syringe React
Name:
BDBM163674
Synonyms:
AN2690-AMP
Type:
Small organic molecule
Emp. Form.:
TBD
Mol. Mass.:
TBD
SMILES:
TBD
Structure:
Search PDB for entries with ligand similarity: