Sequence of A0A166GBC8_9AGAM
EC Number:2.4.1.16
EC Number
Recommended Name
Accession Code
Organism
No of amino acids
Molecular Weight [Da]
Source
Reaction
UDP-N-acetyl-alpha-D-glucosamine + [(1->4)-N-acetyl-beta-D-glucosaminyl]n = UDP + [(1->4)-N-acetyl-beta-D-glucosaminyl]n+1
Other sequences found for EC No. 2.4.1.16
General information:
Sequence
0 MTSRLPTPRA RIDNSDVPTP TTRRPPQHSI KRAKTLTRPE RGVAPAPLIN PPAPTPLGPI
60 KQNAPEPTQT WDAWNIFSHF ITFWAPPFFL SALGGMKDKQ TRQAWREKIA LCFIALVLGG
120 AVGFATMGLE RVLCPNDSGD NPNRFTRLGS MPGLLGVGGF MVNVSSAAPS GQVNFQQLAQ
180 QFSGQDITNS FARDVTDYPA CRGLSFHAAA DTACASADQC TLGHPNRTTL SQLKLINTTK
240 LVGYDWDQVG LLNTYFVING AVLNFSPYIE AHPTAVANDV VDTAIRTVLA QKVGGKDGTR
300 AFYSRSQLKA SVPCLTQRYY AGNIDKITPG CVVSQLVLYA GLIVILGLVL VRFAMACIFN
360 WFISARLVAP PQNLSRTVIS PAVMPEGANV RIDSKNGTAP WSGPRKGPNN LPQKSANNTV
420 APLISMSQIG AELFTVCLIT CYSEGEDSIR GTLDSISQTS YSDSRKLLFV VADGMVTGAG
480 EKLSTPDICV GLLEADPRFG DPMPMSYLAV GLGAKKENRA MVYAGHYTVA GRRTPTVVVV
540 KCGTEAEAPQ KKAGNRGKRD SQLILMNFFA HVTYNDRMTP LDFDLFRKIH ILMGVTPDFF
600 EACLMVDADT RVFPDSLRQL VNSLHHDHLI MGVCGETRIA NKRQSWVTAI QVYEYFISHH
660 LAKAFESVFG GVTCLPGCFS MYRLKARKVT DDDWVPLLVK PEIVREYSQS EVTTLHQKNL
720 LLLGEDRFLT TILLRTFPNR KMMFLPQARC RTVAPDTFAV LLSQRRRWIN STIHNLMELV
780 RVRNLCGTFC FSMQFVVFMD LLGTTVLPVA ICLTYALIVN MALNPPDTFE KAIPLMLLVA
840 VIGLPAVLIL ITTRKVVYVF WMLIYLVALP IWNFVLPVYA FWHFDDFSWG ETRKVEGERK
900 DLGHGAGEGT FEGTSVPLRR WEDWERSRLR KLRREERRRR EMERAYPNGY PSQGEFLSPR
960 PLETYSQYDG SDTASVTSSD DDHWGMQIGG YNENSTKFPP PPLGLAPSDT VIENAATLDA
1020 AEMEAMLEVG FDGLSSKEHL VPIHPRAAPP PPPLIASPRY QLHDTSPPPP RFNGYVPVSR
1080 EGTPGNPHEH DLGLPPPPLS ANGTSSAVPE WKGHAKKRSG GRGGDYGPLG PLDPDR
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Sequence Reference
Authors
Title
Journal
Volume
Pages
Year
PubMed ID
32512367
Nagy L.G.,Riley R.,Tritt A.,Adam C.,Daum C.,Floudas D.,Sun H.,Yadav J.S.,Pangilinan J.,Larsson K.H.,Matsuura K.,Barry K.,Labutti K.,Kuo R.,Ohm R.A.,Bhattacharya S.S.,Shirouzu T.,Yoshinaga Y.,Martin F.M.,Grigoriev I.V.,Hibbett D.S.
Comparative Genomics of Early-Diverging Mushroom-Forming Fungi Provides Insights into the Origins of Lignocellulose Decay Capabilities.
Mol. Biol. Evol.
33
959-970
2016
