Sequence of A0A2K1IGM3_PHYPA
EC Number:6.3.5.4
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
ATP + L-aspartate + L-glutamine + H2O = AMP + diphosphate + L-asparagine + L-glutamate
Other sequences found for EC No. 6.3.5.4
General information:
Sequence
show sequence in normal format
>A0A2K1IGM3|asparagine synthase (glutamine-hydrolysing)|EC 6.3.5.4|Physcomitrium patens|TrEMBL
MCGILAILGSHDASPARRDRILELSRRLRHRGPDWSGLFAGQKCWCYLAHERLAIIDPAS
GDQPLYNENKDIVVAANGEIYNHEALKKSMKPHKYHTQSDCEVIAHLFEDVGEDVVNMLD
GMFSFVLVDNRDNSFIAARDPIGITPLYYGWGADGSVWFASEMKALKDDCERFEIFPPGH
IYSSKAGGLRRYYNPAWFSETFVPSTPYQSLVLRAAFEKAVIKRLMTDVPFGVLLSGGLD
SSLVAAVASRHIAGTKAANIWGKQLHSFCVGLQGSPDLKAAREVANYIGTQHHEFHFTVQ
EGLDALSDVIYHVETYDVTTIRASTPMFLMTRKIKALGVKMVLSGEGSDEIFGGYLYFHK
APNREEFHHELVRKIKALHMYDCQRANKSTSAWGLEARVPFLDKEFMEVAMAIDPAEKLI
RKDQGRIEKWVLRKAFYDEKNPYLPKHILYRQKEQFSDGVGYSWIDGLKAHAQSHVSDQM
LKHAKHVYPYNTPQTKEAYYYRMLFEKHFPQQSARLTVPGGASVACSTATAVAWDKSWAG
NLDPSGRAALGCHDAAYTENSAASSTSTVAAQENGHPKASFSKSKSIDATVLTPQAVH
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
2329990
Rensing S.A.,Lang D.,Zimmer A.D.,Terry A.,Salamov A.,Shapiro H.,Nishiyama T.,Perroud P.-F.,Lindquist E.A.,Kamisugi Y.,Tanahashi T.,Sakakibara K.,Fujita T.,Oishi K.,Shin-I T.,Kuroki Y.,Toyoda A.,Suzuki Y.,Hashimoto S.-I.,Yamaguchi K.,Sugano S.,Kohara Y.,Fujiyama A.,Anterola A.,Aoki S.,Ashton N.,Barbazuk W.B.,Barker E.,Bennetzen J.L.,Blankenship R.,Cho S.H.,Dutcher S.K.,Estelle M.,Fawcett J.A.,Gundlach H.,Hanada K.,Heyl A.,Hicks K.A.,Hughes J.,Lohr M.,Mayer K.,Melkozernov A.,Murata T.,Nelson D.R.,Pils B.,Prigge M.,Reiss B.,Renner T.,Rombauts S.,Rushton P.J.,Sanderfoot A.,Schween G.,Shiu S.-H.,Stueber K.,Theodoulou F.L.,Tu H.,Van de Peer Y.,Verrier P.J.,Waters E.,Wood A.,Yang L.,Cove D.,Cuming A.C.,Hasebe M.,Lucas S.,Mishler B.D.,Reski R.,Grigoriev I.V.,Quatrano R.S.,Boore J.L.
The Physcomitrella genome reveals evolutionary insights into the conquest of land by plants.
Science
319
64-69
2008
2329991
Lang D.,Ullrich K.K.,Murat F.,Fuchs J.,Jenkins J.,Haas F.B.,Piednoel M.,Gundlach H.,Van Bel M.,Meyberg R.,Vives C.,Morata J.,Symeonidi A.,Hiss M.,Muchero W.,Kamisugi Y.,Saleh O.,Blanc G.,Decker E.L.,van Gessel N.,Grimwood J.,Hayes R.D.,Graham S.W.,Gunter L.E.,McDaniel S.F.,Hoernstein S.N.W.,Larsson A.,Li F.W.,Perroud P.F.,Phillips J.,Ranjan P.,Rokshar D.S.,Rothfels C.J.,Schneider L.,Shu S.,Stevenson D.W.,Thummler F.,Tillich M.,Villarreal Aguilar J.C.,Widiez T.,Wong G.K.,Wymore A.,Zhang Y.,Zimmer A.D.,Quatrano R.S.,Mayer K.F.X.,Goodstein D.,Casacuberta J.M.,Vandepoele K.,Reski R.,Cuming A.C.,Tuskan G.A.,Maumus F.,Salse J.,Schmutz J.,Rensing S.A.
The Physcomitrella patens chromosome-scale assembly reveals moss genome structure and evolution.
Plant J.
93
515-533
2018
