PlantCAZyme

Basic Information
Species	Chlamydomonas reinhardtii
Cazyme ID	Cre03.g185000.t1.1
Family	GT48
Protein Properties	Length: 2500 Molecular Weight: 305146 Isoelectric Point: 9.5305
Chromosome	Chromosome/Scaffold: 3 Start: 5418079 End: 5429120
Description	callose synthase 5
View CDS

External Links
NCBI Taxonomy
CAZyDB

Signature Domain Download full data set without filtering

Family	Start	End	Evalue
GT48	1776	2646	0
PSGAEARRILSFFVTSLANRQLGRPDTVAATPSWTVLTPLYAEDVLFPLEARATAEAMGLPMPRGDPAAAAASDTAPHPSSHVSSPAGTGALPDLLTETE ERVSLMAYLRSMFPKDWENFKERLGAELGGVQLAAATEADFAAGGPLAEHGLALQLWASYRGQLLARTVRGMAAYGSALRVLAALEAPRPPCSSRRQHAA EVEDVVGGKFCHVVASQLYGRHRRSPHLRERWLAESTDVLLQANPHMRVSYLDVVHQGPKQGKGQQHQQQLQLPQHFAVLIRGRQPGIEGRWESFQSHGG AGGGAGGVTAGGAVRGAGRGRTEELYRVRLPTNRFSSRGVIIGEGKPENQNHAVIFCFGEALQTIDMNQDNALAEALKMRNLLKELRPEAVSRPAQKAAA ALQEAVALAAADGLPAPHRVGSATSSSADAGGPSGAAAASGAVALPAASEYRRLLSELRNAERPVAVAGFREWIFSDKAGALGAFAASAEFAFGTIVQRT MAYPAAVRLHYGHPDLFNKIFVMTRGGLSKATRQLHVSEDIFGGMNHTLRGGQIKYREYISCGKGRDMGFDSINAFEAKISSGFGEVSLSRDLLRLATRV DLWRCLHLYHSLVGNYINTWLVMGSVYAHIYALVFFALAQAAVYRVFVYYPSPPPPPPGTPLVPVGPAGAPPPPAGTLKEVLAYDTIRVEHVLQLGLLSL LPYIAEVALEQGLVRALLAAFAQLVSGSFSFFIFKQQTTAASLHSSVMYGGASYIATGRGFSITSSSFLNLFANYGRSHMALGFELAALAIALAATNDCA RCSYGGLTWGTWLAAVSLVFAPCWFNPMAFSPAKVRRDMHAFAAWLRGEVDKELGCTWAQWHRRQLAPARG

Full Sequence
Protein Sequence Length: 2500 Download
MGDPGWALPP RSPRAQPSPP YPTTFPELPN ERTAAAAAAT ASIKGPTILP NAVPLEPSPP 60 KPHTAGHTFQ LGITGASLQA ANASFSSPRS RVQGPPTVNS PGLPIYRQLR PHSAADRTAT 120 ATAEATGSPV ASPRAWVPEL QRASALALAQ AINGSSGSGG AQPPLVRTSV AAAHHTSAAA 180 ATAAVATSAA YSPTFYSGQG TPASASPVSR TPSDGPASSL VAVPRPGVVA HGGRIAGYPA 240 TGPTGLLTSA YPTSTPPMVS KNQSYVGSAS SVLRVPYFGS GSAIPYVPAL PPPSPRPLPE 300 SVAAVARRPL GDRIQNTTWA LARAFGFQAF NEKPSAAPHP AHQQQPRQWV PSTAFVAADH 360 LEALLLRNIM PRHLAAMKGG GAGDPAAAAG GDEPQREAAF ACAVWELHSH IFLSYEGAAG 420 WCRLLGLRPR LAEVEAEVLQ APGRTAQDPA VVSVLLLELC LYFLLYSEAA NLRHTPELLW 480 FLFWAAAHSD TMQRLCRNSA ALTSPASGPG GLQLENARQR RLAMRNTLQS ALYTAQRYLD 540 HDPAACRPEV CAEAATALVA QLPSLLSRLD LPGPPASAGP SSSSSPTKGH TRSAADEQDD 600 AALSCAASRS LFVDLASFGD GGFWTEVVVA PLFTVLAYEV DACSAAGQES AFRLGYDDVN 660 ESLCRRDVLS RLLAELGVQQ ADAAAGAVHG ALDAITRLGY PPSVAVGGAA VATGPDGTVP 720 PAADADAHGH SHLRRRHNRS SGGGASPTFA NSATPAISSS SHLDLRAFDV DAAAAFWLDR 780 VFIKTHRERR SWSAIFRAFY RVFSLQLVLL HLTIAHAFAP FDLAVLSSAV VTHALVQAAE 840 RTANWWLSRG THDPLQRAKA RESWVSASPE KLMAAHLAKT KAGKKGMQAQ EAGEDMEASG 900 GSNGTSAEQQ QSAAAAGAAG GSRLTDAEAV AARLERRRAV AVEGAPVWGV CGWLEWVIVA 960 AGITGLFALQ HIGPPALAVM AKSYWPFAAA GYAVAVVGHG LATGRDGYSI SLSSALRLPA 1020 ALRASSARPR AECWLPGHLG VGWRAALLTA LFWLQVLGAK LAFDYFIIMR PMAGQVRFIL 1080 HRNWLGCPAA QTHYRLFGAM ALPLACADGD WLLVVLRVAP FVLVCLVDTQ IFYQLVLMAW 1140 GLVQGLQAMN LGIAGSWEAL VAEFHRAPVR WWARCMSAAG NQAARAAAAA SVARRHHAIT 1200 GTGSSSAAAA GGARGSEGMT EDEYGSSSDS DGDNSEYDSE FEYGSVYGGA GSSKRGGLFG 1260 RRSGSASSLH SSSLHEGAPS PGPFDRRPGT AGAAGTQRGP RPSRPPHRRS PSPAPSAALA 1320 AAASSSGTPT SADASSADPS AEAVVGRKDR KRNKDGKGKA KGGKARDAAT AAELVAMLSG 1380 QGEEQIAQWM AFAVAWDAVV EDLRRADLIS DREQDNLMFT RLPAAATLLT AALPPAAAGT 1440 ALAAAGFSPD SPSAAAAAPG RGSDSVSGDS VGAGSSGGSS NSTAAGGGPS SSRPLRPILL 1500 PAFFYAGQVQ RAVDSGAASP AQALVLGELR SALVWLGCQL RLLDGRTAAV LLDAPSCSAA 1560 IDPAHGRARE AGLAALRRLV AALTGLSEPL PAAGSGTVGE ALRRRHGLAS EAQAALDDVL 1620 VVVEVEARAV IKSQLAASRK GSKKGGRKDQ TAAALTGPDA QPAPAEAAEA ASAEEAAAAA 1680 ADPQAAALEV LQTVESLRTQ LKQHPAWLAA ALALLHPEGR GCGDVHLPSA SSLSSAAASP 1740 GFGDRVLHVS VELPLLRRVL GVVSKMLSLS SAAAQPSGAE ARRILSFFVT SLANRQLGRP 1800 DTVAATPSWT VLTPLYAEDV LFPLEARATA EAMGLPMPRG DPAAAAASDT APHPSSHVSS 1860 PAGTGALPDL LTETEERVSL MAYLRSMFPK DWENFKERLG AELGGVQLAA ATEADFAAGG 1920 PLAEHGLALQ LWASYRGQLL ARTVRGMAAY GSALRVLAAL EAPRPPCSSR RQHAAEVEDV 1980 VGGKFCHVVA SQLYGRHRRS PHLRERWLAE STDVLLQANP HMRVSYLDVV HQGPKQGKGQ 2040 QHQQQLQLPQ HFAVLIRGRQ PGIEGRWESF QSHGGAGGGA GGVTAGGAVR GAGRGRTEEL 2100 YRVRLPTNRF SSRGVIIGEG KPENQNHAVI FCFGEALQTI DMNQDNALAE ALKMRNLLKE 2160 LRPEAVSRPA QKAAAALQEA VALAAADGLP APHRVGSATS SSADAGGPSG AAAASGAVAL 2220 PAASEYRRLL SELRNAERPV AVAGFREWIF SDKAGALGAF AASAEFAFGT IVQRTMAYPA 2280 AVRLHYGHPD LFNKIFVMTR GGLSKATRQL HVSEDIFGGM NHTLRGGQIK YREYISCGKG 2340 RDMGFDSINA FEAKISSGFG EVSLSRDLLR LATRVDLWRC LHLYHSLVGN YINTWLVMGS 2400 VYAHIYALVF FALAQAAVYR VFVYYPSPPP PPPGTPLVPV GPAGAPPPPA GTLKEVLAYD 2460 TIRVEHVLQL GLLSLLPYIA EVALEQGLVR ALLAAFAQLV

Full Sequence

Protein Sequence Length: 2500 Download

MGDPGWALPP RSPRAQPSPP YPTTFPELPN ERTAAAAAAT ASIKGPTILP NAVPLEPSPP    60
KPHTAGHTFQ LGITGASLQA ANASFSSPRS RVQGPPTVNS PGLPIYRQLR PHSAADRTAT    120
ATAEATGSPV ASPRAWVPEL QRASALALAQ AINGSSGSGG AQPPLVRTSV AAAHHTSAAA    180
ATAAVATSAA YSPTFYSGQG TPASASPVSR TPSDGPASSL VAVPRPGVVA HGGRIAGYPA    240
TGPTGLLTSA YPTSTPPMVS KNQSYVGSAS SVLRVPYFGS GSAIPYVPAL PPPSPRPLPE    300
SVAAVARRPL GDRIQNTTWA LARAFGFQAF NEKPSAAPHP AHQQQPRQWV PSTAFVAADH    360
LEALLLRNIM PRHLAAMKGG GAGDPAAAAG GDEPQREAAF ACAVWELHSH IFLSYEGAAG    420
WCRLLGLRPR LAEVEAEVLQ APGRTAQDPA VVSVLLLELC LYFLLYSEAA NLRHTPELLW    480
FLFWAAAHSD TMQRLCRNSA ALTSPASGPG GLQLENARQR RLAMRNTLQS ALYTAQRYLD    540
HDPAACRPEV CAEAATALVA QLPSLLSRLD LPGPPASAGP SSSSSPTKGH TRSAADEQDD    600
AALSCAASRS LFVDLASFGD GGFWTEVVVA PLFTVLAYEV DACSAAGQES AFRLGYDDVN    660
ESLCRRDVLS RLLAELGVQQ ADAAAGAVHG ALDAITRLGY PPSVAVGGAA VATGPDGTVP    720
PAADADAHGH SHLRRRHNRS SGGGASPTFA NSATPAISSS SHLDLRAFDV DAAAAFWLDR    780
VFIKTHRERR SWSAIFRAFY RVFSLQLVLL HLTIAHAFAP FDLAVLSSAV VTHALVQAAE    840
RTANWWLSRG THDPLQRAKA RESWVSASPE KLMAAHLAKT KAGKKGMQAQ EAGEDMEASG    900
GSNGTSAEQQ QSAAAAGAAG GSRLTDAEAV AARLERRRAV AVEGAPVWGV CGWLEWVIVA    960
AGITGLFALQ HIGPPALAVM AKSYWPFAAA GYAVAVVGHG LATGRDGYSI SLSSALRLPA    1020
ALRASSARPR AECWLPGHLG VGWRAALLTA LFWLQVLGAK LAFDYFIIMR PMAGQVRFIL    1080
HRNWLGCPAA QTHYRLFGAM ALPLACADGD WLLVVLRVAP FVLVCLVDTQ IFYQLVLMAW    1140
GLVQGLQAMN LGIAGSWEAL VAEFHRAPVR WWARCMSAAG NQAARAAAAA SVARRHHAIT    1200
GTGSSSAAAA GGARGSEGMT EDEYGSSSDS DGDNSEYDSE FEYGSVYGGA GSSKRGGLFG    1260
RRSGSASSLH SSSLHEGAPS PGPFDRRPGT AGAAGTQRGP RPSRPPHRRS PSPAPSAALA    1320
AAASSSGTPT SADASSADPS AEAVVGRKDR KRNKDGKGKA KGGKARDAAT AAELVAMLSG    1380
QGEEQIAQWM AFAVAWDAVV EDLRRADLIS DREQDNLMFT RLPAAATLLT AALPPAAAGT    1440
ALAAAGFSPD SPSAAAAAPG RGSDSVSGDS VGAGSSGGSS NSTAAGGGPS SSRPLRPILL    1500
PAFFYAGQVQ RAVDSGAASP AQALVLGELR SALVWLGCQL RLLDGRTAAV LLDAPSCSAA    1560
IDPAHGRARE AGLAALRRLV AALTGLSEPL PAAGSGTVGE ALRRRHGLAS EAQAALDDVL    1620
VVVEVEARAV IKSQLAASRK GSKKGGRKDQ TAAALTGPDA QPAPAEAAEA ASAEEAAAAA    1680
ADPQAAALEV LQTVESLRTQ LKQHPAWLAA ALALLHPEGR GCGDVHLPSA SSLSSAAASP    1740
GFGDRVLHVS VELPLLRRVL GVVSKMLSLS SAAAQPSGAE ARRILSFFVT SLANRQLGRP    1800
DTVAATPSWT VLTPLYAEDV LFPLEARATA EAMGLPMPRG DPAAAAASDT APHPSSHVSS    1860
PAGTGALPDL LTETEERVSL MAYLRSMFPK DWENFKERLG AELGGVQLAA ATEADFAAGG    1920
PLAEHGLALQ LWASYRGQLL ARTVRGMAAY GSALRVLAAL EAPRPPCSSR RQHAAEVEDV    1980
VGGKFCHVVA SQLYGRHRRS PHLRERWLAE STDVLLQANP HMRVSYLDVV HQGPKQGKGQ    2040
QHQQQLQLPQ HFAVLIRGRQ PGIEGRWESF QSHGGAGGGA GGVTAGGAVR GAGRGRTEEL    2100
YRVRLPTNRF SSRGVIIGEG KPENQNHAVI FCFGEALQTI DMNQDNALAE ALKMRNLLKE    2160
LRPEAVSRPA QKAAAALQEA VALAAADGLP APHRVGSATS SSADAGGPSG AAAASGAVAL    2220
PAASEYRRLL SELRNAERPV AVAGFREWIF SDKAGALGAF AASAEFAFGT IVQRTMAYPA    2280
AVRLHYGHPD LFNKIFVMTR GGLSKATRQL HVSEDIFGGM NHTLRGGQIK YREYISCGKG    2340
RDMGFDSINA FEAKISSGFG EVSLSRDLLR LATRVDLWRC LHLYHSLVGN YINTWLVMGS    2400
VYAHIYALVF FALAQAAVYR VFVYYPSPPP PPPGTPLVPV GPAGAPPPPA GTLKEVLAYD    2460
TIRVEHVLQL GLLSLLPYIA EVALEQGLVR ALLAAFAQLV 

Functional Domains Download unfiltered results here

Cdd ID	Domain	E-Value	Start	End	Length	Domain Description
pfam02364	Glucan_synthase	2.0e-41	1776	2160	408	+ 1,3-beta-glucan synthase component. This family consists of various 1,3-beta-glucan synthase components including Gls1, Gls2 and Gls3 from yeast. 1,3-beta-glucan synthase EC:2.4.1.34 also known as callose synthase catalyzes the formation of a beta-1,3-glucan polymer that is a major component of the fungal cell wall. The reaction catalyzed is:- UDP-glucose + {(1,3)-beta-D-glucosyl}(N) <=> UDP + {(1,3)-beta-D-glucosyl}(N+1).
pfam02364	Glucan_synthase	1.0e-72	2238	2638	404	+ 1,3-beta-glucan synthase component. This family consists of various 1,3-beta-glucan synthase components including Gls1, Gls2 and Gls3 from yeast. 1,3-beta-glucan synthase EC:2.4.1.34 also known as callose synthase catalyzes the formation of a beta-1,3-glucan polymer that is a major component of the fungal cell wall. The reaction catalyzed is:- UDP-glucose + {(1,3)-beta-D-glucosyl}(N) <=> UDP + {(1,3)-beta-D-glucosyl}(N+1).

Annotations - NR Download unfiltered results here
Source	Hit ID	E-Value	Query Start	Query End	Hit Start	Hit End	Description
RefSeq	XP_001693160.1	0.00000000005	1131	1195	2	66	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693160.1	0.0005	1384	1428	687	731	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693160.1	0	1495	2847	734	1887	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693763.1	0	314	1182	266	962	flagellar associated protein, callose synthase-like protein [Chlamydomonas reinhardtii]
RefSeq	XP_001693763.1	0	1495	2861	2353	3506	flagellar associated protein, callose synthase-like protein [Chlamydomonas reinhardtii]

Metabolic Pathways
Pathway Name	Reaction	EC	Protein Name
callose biosynthesis	13-BETA-GLUCAN-SYNTHASE-RXN	EC-2.4.1.34	1,3-β-glucan synthase

Transmembrane Domains

Start	End
2391	2413
2487	2509
2524	2546
2578	2600
2694	2716
2737	2759
2764	2786
2807	2829

EST Download unfiltered results here

Hit	Length	Start	End	EValue
BU651123	214	2584	2797	0
FF848336	157	2249	2405	0
DY815705	285	2270	2554	0
HS353118	314	2242	2554	0
HO801980	215	2279	2492	0

Orthologous Group
Species	ID
Chlamydomonas reinhardtii	Cre03.g198200.t1.3	Cre03.g185350.t1.2	Cre13.g574900.t1.2	Cre04.g214650.t1.3
Volvox carteri	Vocar20005515m	Vocar20008000m	Vocar20010016m

CAZyme Information