PlantCAZyme

Basic Information
Species	Chlamydomonas reinhardtii
Cazyme ID	Cre09.g406750.t1.3
Family	GT1
Protein Properties	Length: 1105 Molecular Weight: 114283 Isoelectric Point: 7.4805
Chromosome	Chromosome/Scaffold: 9 Start: 6334304 End: 6341868
Description	UDP-Glycosyltransferase superfamily protein
View CDS

External Links
NCBI Taxonomy
CAZyDB

Signature Domain Download full data set without filtering
Family	Start	End	Evalue
GT1	652	1035	3e-28
CTAGDRSPGPGPGPGPAGLAGGLAGGPGPGLGPGPAGPGGRLAARRGVRHRLLPLWESNLRWLVLVLVAVDPAFADVRPMGPHFKFVGPITPEPPLPLPA DVQRFVAPPPADTDGESDGGATQPPHQPTPPHRSGVRVVYVSPGSTFSFGDPGQAHLLKALQQLLPPSYRILWRSKRSHRQQLEAALERMEGEVEEAEAA EGAEAAGDAEAENHGGRRRRRGGNSTTAASVLDRMVAGGAGGSSGSSSGNGSSSGNSSSSGSGSSTSGGRLMLLDWAPQNDVLGAAQVVLFVSHCGINGL HEAAYHGVPVLCIPAVGDQHVNAAMVVSYGLGRTLDPAILNGANGTAAAQAEVAALLTDPSYRRTAERVSRRMRSHPLPAVVVA

Full Sequence
Protein Sequence Length: 1105 Download
MESVPLRQEP PPAAGQRYRV LVTPVSWRSR AHSLLKIAHE LAARGHHVTV LMAAAQEGWA 60 RTCLAAFDEA RGRRIQRLWG MRGMWGMRGM DDGARHGGVV EGLGGWAAAA AAAEGLRGGG 120 GEVLEAVRDA EGSGGLAAEP GGGQSGGEGA AADGGVDGSV DGGAGGGAGG GARLRLVLHD 180 GADMESEAEA LVGQPPLAQF QHVVNVTLEA CEAILRNSSI NRMVARGRFD VILTDLADMC 240 GATLAELWRL PRLDLDTGAT RAAGHWNIYN QVGHWNIYNQ VGHWNIYNQV GHWNIYNQVG 300 HWNIYNQVGH WNIYNQVGHW NIYNQVGHWN IYNQVGHWNI YNQVGHWNIY NQVGHWNIYN 360 QVGHWNIYNQ VGHWNIYNQV GRGVGGRGPA QVFSPATVPS FLAPLGSNTI YSFKDRLINT 420 LATLLMRAIH WRGVTIPIEA VRARVNVTAF DEMMLAAAAE AAAEAAGAAT EAGTAAAVPK 480 AEAGAAAAAN ANRGTTAATA MATCACPAIY TPVCAAKPAA AAAGSGSGSS GAAGSADATA 540 AVRRTTYDNA CAAECEGAGV LHVGRCDPGG GGGEGAGGRL LRNIADRTRT ALQRTLGAIG 600 IGSALAHTSS STTSTPTSTT TTISGGSSQP PQQTCPAASN HDAPATTIAS ACTAGDRSPG 660 PGPGPGPAGL AGGLAGGPGP GLGPGPAGPG GRLAARRGVR HRLLPLWESN LRWLVLVLVA 720 VDPAFADVRP MGPHFKFVGP ITPEPPLPLP ADVQRFVAPP PADTDGESDG GATQPPHQPT 780 PPHRSGVRVV YVSPGSTFSF GDPGQAHLLK ALQQLLPPSY RILWRSKRSH RQQLEAALER 840 MEGEVEEAEA AEGAEAAGDA EAENHGGRRR RRGGNSTTAA SVLDRMVAGG AGGSSGSSSG 900 NGSSSGNSSS SGSGSSTSGG RLMLLDWAPQ NDVLGAAQVV LFVSHCGING LHEAAYHGVP 960 VLCIPAVGDQ HVNAAMVVSY GLGRTLDPAI LNGANGTAAA QAEVAALLTD PSYRRTAERV 1020 SRRMRSHPLP AVVVAADWVE YASSAARAGP PGFLVPTEAE LPLWRLLLLD VMAVCVGVVG 1080 LVAVLVVAAV GWCGRLLLRL ARLM* 1140

Full Sequence

Protein Sequence Length: 1105 Download

MESVPLRQEP PPAAGQRYRV LVTPVSWRSR AHSLLKIAHE LAARGHHVTV LMAAAQEGWA    60
RTCLAAFDEA RGRRIQRLWG MRGMWGMRGM DDGARHGGVV EGLGGWAAAA AAAEGLRGGG    120
GEVLEAVRDA EGSGGLAAEP GGGQSGGEGA AADGGVDGSV DGGAGGGAGG GARLRLVLHD    180
GADMESEAEA LVGQPPLAQF QHVVNVTLEA CEAILRNSSI NRMVARGRFD VILTDLADMC    240
GATLAELWRL PRLDLDTGAT RAAGHWNIYN QVGHWNIYNQ VGHWNIYNQV GHWNIYNQVG    300
HWNIYNQVGH WNIYNQVGHW NIYNQVGHWN IYNQVGHWNI YNQVGHWNIY NQVGHWNIYN    360
QVGHWNIYNQ VGHWNIYNQV GRGVGGRGPA QVFSPATVPS FLAPLGSNTI YSFKDRLINT    420
LATLLMRAIH WRGVTIPIEA VRARVNVTAF DEMMLAAAAE AAAEAAGAAT EAGTAAAVPK    480
AEAGAAAAAN ANRGTTAATA MATCACPAIY TPVCAAKPAA AAAGSGSGSS GAAGSADATA    540
AVRRTTYDNA CAAECEGAGV LHVGRCDPGG GGGEGAGGRL LRNIADRTRT ALQRTLGAIG    600
IGSALAHTSS STTSTPTSTT TTISGGSSQP PQQTCPAASN HDAPATTIAS ACTAGDRSPG    660
PGPGPGPAGL AGGLAGGPGP GLGPGPAGPG GRLAARRGVR HRLLPLWESN LRWLVLVLVA    720
VDPAFADVRP MGPHFKFVGP ITPEPPLPLP ADVQRFVAPP PADTDGESDG GATQPPHQPT    780
PPHRSGVRVV YVSPGSTFSF GDPGQAHLLK ALQQLLPPSY RILWRSKRSH RQQLEAALER    840
MEGEVEEAEA AEGAEAAGDA EAENHGGRRR RRGGNSTTAA SVLDRMVAGG AGGSSGSSSG    900
NGSSSGNSSS SGSGSSTSGG RLMLLDWAPQ NDVLGAAQVV LFVSHCGING LHEAAYHGVP    960
VLCIPAVGDQ HVNAAMVVSY GLGRTLDPAI LNGANGTAAA QAEVAALLTD PSYRRTAERV    1020
SRRMRSHPLP AVVVAADWVE YASSAARAGP PGFLVPTEAE LPLWRLLLLD VMAVCVGVVG    1080
LVAVLVVAAV GWCGRLLLRL ARLM*                                          1140

Functional Domains Download unfiltered results here

Cdd ID	Domain	E-Value	Start	End	Length	Domain Description
COG1819	COG1819	2.0e-13	924	1040	117	+ Glycosyl transferases, related to UDP-glucuronosyltransferase [Carbohydrate transport and metabolism / Signal transduction mechanisms]
cd03784	GT1_Gtf_like	9.0e-14	923	1040	118	+ This family includes the Gtfs, a group of homologous glycosyltransferases involved in the final stages of the biosynthesis of antibiotics vancomycin and related chloroeremomycin. Gtfs transfer sugar moieties from an activated NDP-sugar donor to the oxidatively cross-linked heptapeptide core of vancomycin group antibiotics. The core structure is important for the bioactivity of the antibiotics.
pfam00201	UDPGT	7.0e-19	924	1041	118	+ UDP-glucoronosyl and UDP-glucosyl transferase.

Annotations - NR Download unfiltered results here
Source	Hit ID	E-Value	Query Start	Query End	Hit Start	Hit End	Description
RefSeq	XP_001626276.1	5e-21	266	380	35	149	predicted protein [Nematostella vectensis]
RefSeq	XP_001626276.1	3e-22	266	400	8	144	predicted protein [Nematostella vectensis]
RefSeq	XP_001626276.1	2e-22	268	416	1	148	predicted protein [Nematostella vectensis]
RefSeq	XP_001627905.1	5e-24	925	1076	66	210	predicted protein [Nematostella vectensis]
RefSeq	XP_002602244.1	4e-23	919	1094	314	477	hypothetical protein BRAFLDRAFT_216766 [Branchiostoma floridae]

Annotations - PDB Download unfiltered results here
Source	Hit ID	E-Value	Query Start	Query End	Hit Start	Hit End	Description
PDB	2o6l_B	0.000000000003	912	1022	60	166	A Chain A, Crystal Structure Of The Udp-Glucuronic Acid Binding Domain Of The Human Drug Metabolizing Udp-Glucuronosyltransferase 2b7
PDB	2o6l_A	0.000000000003	912	1022	60	166	A Chain A, Crystal Structure Of The Udp-Glucuronic Acid Binding Domain Of The Human Drug Metabolizing Udp-Glucuronosyltransferase 2b7
PDB	2c9z_A	0.0000001	923	977	328	382	A Chain A, Crystal Structure Of The Udp-Glucuronic Acid Binding Domain Of The Human Drug Metabolizing Udp-Glucuronosyltransferase 2b7
PDB	2c1z_A	0.0000001	923	977	328	382	A Chain A, Crystal Structure Of The Udp-Glucuronic Acid Binding Domain Of The Human Drug Metabolizing Udp-Glucuronosyltransferase 2b7
PDB	2c1x_A	0.0000001	923	977	328	382	A Chain A, Structure And Activity Of A Flavonoid 3-O Glucosyltransferase Reveals The Basis For Plant Natural Product Modification

Transmembrane Domains

Start	End
1071	1093

Orthologous Group
Species	ID
Chlamydomonas reinhardtii	Cre09.g406750.t2.1

CAZyme Information