PlantCAZyme

Basic Information
Species	Chlamydomonas reinhardtii
Cazyme ID	Cre03.g185350.t1.2
Family	GT48
Protein Properties	Length: 2500 Molecular Weight: 318107 Isoelectric Point: 9.5657
Chromosome	Chromosome/Scaffold: 3 Start: 5454991 End: 5465762
Description	callose synthase 5
View CDS

External Links
NCBI Taxonomy
CAZyDB

Signature Domain Download full data set without filtering

Family	Start	End	Evalue
GT48	1888	2758	0
PSGAEARRILSFFVTSLANRQLGRPDTVAATPSWTVLTPLYAEDVLFPLEARATAEALGLPMPRGDPAAAAASDTAPHPSSHVSSPAGTGALPDLLTETE ERVSLMAYLRSMFPKDWENFKERLGAELGGVQLAAATEADFAAGGPLAEHGLALQLWASYRGQLLARTVRGMAAYGSALRVLAALEAPRPPCSSRRQHAA EVEDVVGGKFCHVVASQLYGRHRRSPHLRERWLAESTDVLLQANPHMRVSYLDVVHQGPKQGKGQQHQQQLQLPQHFAVLIRGRQPGSEGRWESFQSHGG AGSDAGGVTAGGAVRGASRGRTEELYRVRLPTNRFSSRGVILGEGKPENQNHAVIFCFGEALQTIDMNQDNALAEALKMRNLLKELRPEAVSRPAQKAAA ALQEAVALAAADGLPASHRVGSATSSSADTGGPSGAAAASGAVALPAASEYRRLLSELRNAERPVAVAGFREWIFSDKAGALGAFAASAEFAFGTIVQRT MAYPAAVRLHYGHPDLFNKIFVMTRGGLSKATRQLHVSEDIFGGMNHTLRGGQIKYREYISCGKGRDMGFDSINAFEAKISSGFGEVSLSRDLLRLATRV DLWRCLHLYHSLVGNYINTWLVMGSVYAHIYALVFFALAQAAVYRVFVYYPSPPPPPPGTPLVPVGPAGAPPPPAGTLKEVLAYDTIRVEHVLQLGLLSL LPYIAEVALEQGLVRALLAALAQLVSGSFSFFIFKQQTTAASLHSSVMYGGASYIATGRGFSITSSSFLNLFANYGRSHMALGFELAALAIALAATNDCA RCSYGGLTWGTWLAAVSLVFAPCWFNPMAFSPAKVRRDMHAFAAWLRGEVDKELGCTWAQWHRRQLAPARG

Full Sequence
Protein Sequence Length: 2500 Download
MSGTDAGPGS TSSRASQLQE LQQRAKSLER RLAAAAGLHD TLYETSSYEY LPPPPGESLL 60 PPKPARTHAA DPAAGNGGAP LGDPYAAYSP LFSNFPIYHS RPLGPWAPAP SPTGSGALSP 120 RGSSGGGASP TSHGTGASNT TIDWVTAAPL QPQSPSAPRP RPSQKRHAAA LTEPEPKVRF 180 RQPPGSAAAV GEGRTSSPLG ASTGGDGSVA ASGSSTSGVD AFIPSASVGG SNSPPPVASD 240 TARTQHWLDG VQAASATTLS AALATPAAQM SPPPASSDSP LCRLPPNTSY GRGPGSTSPR 300 SGSVSRSLHS VGAAASEPIH GPQQQFNQGQ HHVHLHLQHQ QHQWMQHQQH QQRQQGLLQH 360 TVQRAVWHQG QLRRVAPHGA PASFFPFSSS PKSAIPYVPA LPPPSPRPLP ESTAAVARRP 420 LGDRIQNTTW ALARAFGFQA FNEKPSAAPH PAHQQQPRQW VPSTAFVAAD HLEALLLRNI 480 MPRHLAAMKG GGAGDPAAAA GGDEPQREAA FACAVWELHS HIFLSYEGAA GWCRLLGLRP 540 RLAEVEAEVL QAPGRTAQDP AVVSVLLLEL CLYFLLYSEA ANLRHTPELL WFLFWAAAHS 600 DTMQRLCRNS AALTSPASGP GGLQLENARQ RRLAMRNTLQ SALYTAQRYL DHDPAACRPE 660 VCVEAATTLA AQLPGLLPRL NLPGPPASAG PSSSSSPTKG RTRSAADEQD DAALSCAASR 720 SLFVDLASFG DGGFWTDVVV APLFTVLAYE VDACSAAGQE SAFRLGYDDV NESLCRRDVL 780 SRLLAELGVQ QADAAAGTVH GALDAITRLG YPPSVAVGGA AVATGPDGTV PPADADAHGH 840 SHLRRRHNRS SGGGASPTFA NSATPAISSS SHLDLRAFDV DAAAAFWLDR VFIKTHRERR 900 SWSAIFRAFY RVFSLQLVLL HLTIAHAFAP FDLAVLSSAV VTHALVQAAE RAANWWLSRG 960 THDPLQRAKA RESWVSASPE KLMAAHLAKT KAGKKGKQAQ EAGEDVEASG GSSGTAAEQQ 1020 QSAAAAGAAG GSRLTDAEAV AARLERRRAV AVEGAPVWGV CGWLEWVIVA AGITGLFALQ 1080 HIGPPALAVM AKSYWPFAVA GYAVAVVGHG LATGRDGYSI SLSSALRLPA ALRASSARPR 1140 AECWLPGHLG VGWRAALLTA LFWLQVLGAK LAFDYFIIMR PMAGQVRFIL HRNWLGCPAA 1200 QTHYRLFGAM ALPLACADGD WLLVVLRVAP FVLVCLVDTQ IFYQLVLMAW GLVQGLQAMN 1260 LGIAGSWEAL VAEFHRAPVR WWARCMSAAG NQAARAAAAA SVARRQHAIT GIGSSSAAAA 1320 GGARGSEGRT DDEYGSSSGG DDDGDNSEYD SEFEYGSVYG GAGSSKRGGL FGRRSGSASS 1380 LHSSSLHDCA PSPGPFDRRP GTAGVAGPQR GPRPSRPPHR RSPSPAPSAA LAAAASSSGT 1440 PTSADATSAD PSAETIVGRN DRKRNRDGKG KAKGGKARDA GTAAELVAML SGQGEEQIAQ 1500 WMAFAVAWDA VVEDLRRADL ISDREQDNLM FTRLPAAATL LTAALPPTAA GTALAAAGFS 1560 PDSPSAAAAA PGRGSDSVSG DSVGAGSSGG SSNSTAAGGG PSSSRPLRPI LLPAFFYAGQ 1620 VQRAVDSGAA SPAQALVLGE LRSALVWLGC QLRLLDGRTA AVLLDAPSCS AAIDPAHGRA 1680 REAGLAALRR LAAALTGLSE PLPAAGSGTV GEALRRRHGL ASEAQAALDD VLVVVEVEAR 1740 AVIKSQLAAS RKGSKKGGRK DKTAAAVTGP DAQPAPAEGA KAASAEEAAA AAADPQVAAL 1800 EVLQTVESLR TQLKQHPAWL AGALALLHPE GRGCGDVHLP SASSLSSAAA SPGSGDRVLH 1860 VSVELPLLRR VLGVVSKMLS LSSAAAQPSG AEARRILSFF VTSLANRQLG RPDTVAATPS 1920 WTVLTPLYAE DVLFPLEARA TAEALGLPMP RGDPAAAAAS DTAPHPSSHV SSPAGTGALP 1980 DLLTETEERV SLMAYLRSMF PKDWENFKER LGAELGGVQL AAATEADFAA GGPLAEHGLA 2040 LQLWASYRGQ LLARTVRGMA AYGSALRVLA ALEAPRPPCS SRRQHAAEVE DVVGGKFCHV 2100 VASQLYGRHR RSPHLRERWL AESTDVLLQA NPHMRVSYLD VVHQGPKQGK GQQHQQQLQL 2160 PQHFAVLIRG RQPGSEGRWE SFQSHGGAGS DAGGVTAGGA VRGASRGRTE ELYRVRLPTN 2220 RFSSRGVILG EGKPENQNHA VIFCFGEALQ TIDMNQDNAL AEALKMRNLL KELRPEAVSR 2280 PAQKAAAALQ EAVALAAADG LPASHRVGSA TSSSADTGGP SGAAAASGAV ALPAASEYRR 2340 LLSELRNAER PVAVAGFREW IFSDKAGALG AFAASAEFAF GTIVQRTMAY PAAVRLHYGH 2400 PDLFNKIFVM TRGGLSKATR QLHVSEDIFG GMNHTLRGGQ IKYREYISCG KGRDMGFDSI 2460 NAFEAKISSG FGEVSLSRDL LRLATRVDLW RCLHLYHSLV

Full Sequence

Protein Sequence Length: 2500 Download

MSGTDAGPGS TSSRASQLQE LQQRAKSLER RLAAAAGLHD TLYETSSYEY LPPPPGESLL    60
PPKPARTHAA DPAAGNGGAP LGDPYAAYSP LFSNFPIYHS RPLGPWAPAP SPTGSGALSP    120
RGSSGGGASP TSHGTGASNT TIDWVTAAPL QPQSPSAPRP RPSQKRHAAA LTEPEPKVRF    180
RQPPGSAAAV GEGRTSSPLG ASTGGDGSVA ASGSSTSGVD AFIPSASVGG SNSPPPVASD    240
TARTQHWLDG VQAASATTLS AALATPAAQM SPPPASSDSP LCRLPPNTSY GRGPGSTSPR    300
SGSVSRSLHS VGAAASEPIH GPQQQFNQGQ HHVHLHLQHQ QHQWMQHQQH QQRQQGLLQH    360
TVQRAVWHQG QLRRVAPHGA PASFFPFSSS PKSAIPYVPA LPPPSPRPLP ESTAAVARRP    420
LGDRIQNTTW ALARAFGFQA FNEKPSAAPH PAHQQQPRQW VPSTAFVAAD HLEALLLRNI    480
MPRHLAAMKG GGAGDPAAAA GGDEPQREAA FACAVWELHS HIFLSYEGAA GWCRLLGLRP    540
RLAEVEAEVL QAPGRTAQDP AVVSVLLLEL CLYFLLYSEA ANLRHTPELL WFLFWAAAHS    600
DTMQRLCRNS AALTSPASGP GGLQLENARQ RRLAMRNTLQ SALYTAQRYL DHDPAACRPE    660
VCVEAATTLA AQLPGLLPRL NLPGPPASAG PSSSSSPTKG RTRSAADEQD DAALSCAASR    720
SLFVDLASFG DGGFWTDVVV APLFTVLAYE VDACSAAGQE SAFRLGYDDV NESLCRRDVL    780
SRLLAELGVQ QADAAAGTVH GALDAITRLG YPPSVAVGGA AVATGPDGTV PPADADAHGH    840
SHLRRRHNRS SGGGASPTFA NSATPAISSS SHLDLRAFDV DAAAAFWLDR VFIKTHRERR    900
SWSAIFRAFY RVFSLQLVLL HLTIAHAFAP FDLAVLSSAV VTHALVQAAE RAANWWLSRG    960
THDPLQRAKA RESWVSASPE KLMAAHLAKT KAGKKGKQAQ EAGEDVEASG GSSGTAAEQQ    1020
QSAAAAGAAG GSRLTDAEAV AARLERRRAV AVEGAPVWGV CGWLEWVIVA AGITGLFALQ    1080
HIGPPALAVM AKSYWPFAVA GYAVAVVGHG LATGRDGYSI SLSSALRLPA ALRASSARPR    1140
AECWLPGHLG VGWRAALLTA LFWLQVLGAK LAFDYFIIMR PMAGQVRFIL HRNWLGCPAA    1200
QTHYRLFGAM ALPLACADGD WLLVVLRVAP FVLVCLVDTQ IFYQLVLMAW GLVQGLQAMN    1260
LGIAGSWEAL VAEFHRAPVR WWARCMSAAG NQAARAAAAA SVARRQHAIT GIGSSSAAAA    1320
GGARGSEGRT DDEYGSSSGG DDDGDNSEYD SEFEYGSVYG GAGSSKRGGL FGRRSGSASS    1380
LHSSSLHDCA PSPGPFDRRP GTAGVAGPQR GPRPSRPPHR RSPSPAPSAA LAAAASSSGT    1440
PTSADATSAD PSAETIVGRN DRKRNRDGKG KAKGGKARDA GTAAELVAML SGQGEEQIAQ    1500
WMAFAVAWDA VVEDLRRADL ISDREQDNLM FTRLPAAATL LTAALPPTAA GTALAAAGFS    1560
PDSPSAAAAA PGRGSDSVSG DSVGAGSSGG SSNSTAAGGG PSSSRPLRPI LLPAFFYAGQ    1620
VQRAVDSGAA SPAQALVLGE LRSALVWLGC QLRLLDGRTA AVLLDAPSCS AAIDPAHGRA    1680
REAGLAALRR LAAALTGLSE PLPAAGSGTV GEALRRRHGL ASEAQAALDD VLVVVEVEAR    1740
AVIKSQLAAS RKGSKKGGRK DKTAAAVTGP DAQPAPAEGA KAASAEEAAA AAADPQVAAL    1800
EVLQTVESLR TQLKQHPAWL AGALALLHPE GRGCGDVHLP SASSLSSAAA SPGSGDRVLH    1860
VSVELPLLRR VLGVVSKMLS LSSAAAQPSG AEARRILSFF VTSLANRQLG RPDTVAATPS    1920
WTVLTPLYAE DVLFPLEARA TAEALGLPMP RGDPAAAAAS DTAPHPSSHV SSPAGTGALP    1980
DLLTETEERV SLMAYLRSMF PKDWENFKER LGAELGGVQL AAATEADFAA GGPLAEHGLA    2040
LQLWASYRGQ LLARTVRGMA AYGSALRVLA ALEAPRPPCS SRRQHAAEVE DVVGGKFCHV    2100
VASQLYGRHR RSPHLRERWL AESTDVLLQA NPHMRVSYLD VVHQGPKQGK GQQHQQQLQL    2160
PQHFAVLIRG RQPGSEGRWE SFQSHGGAGS DAGGVTAGGA VRGASRGRTE ELYRVRLPTN    2220
RFSSRGVILG EGKPENQNHA VIFCFGEALQ TIDMNQDNAL AEALKMRNLL KELRPEAVSR    2280
PAQKAAAALQ EAVALAAADG LPASHRVGSA TSSSADTGGP SGAAAASGAV ALPAASEYRR    2340
LLSELRNAER PVAVAGFREW IFSDKAGALG AFAASAEFAF GTIVQRTMAY PAAVRLHYGH    2400
PDLFNKIFVM TRGGLSKATR QLHVSEDIFG GMNHTLRGGQ IKYREYISCG KGRDMGFDSI    2460
NAFEAKISSG FGEVSLSRDL LRLATRVDLW RCLHLYHSLV 

Functional Domains Download unfiltered results here

Cdd ID	Domain	E-Value	Start	End	Length	Domain Description
pfam02364	Glucan_synthase	4.0e-42	1888	2272	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-70	2350	2750	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	0.00000000006	1241	1305	2	66	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693160.1	0.0005	1496	1548	687	741	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693160.1	0	1607	2959	734	1887	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693763.1	0	425	1292	266	962	flagellar associated protein, callose synthase-like protein [Chlamydomonas reinhardtii]
RefSeq	XP_001693763.1	0	1607	2973	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
2503	2525
2599	2621
2636	2658
2690	2712
2806	2828
2849	2871
2876	2898
2919	2941

EST Download unfiltered results here

Hit	Length	Start	End	EValue
BU651123	214	2696	2909	0
FF848336	157	2361	2517	0
DY815705	285	2382	2666	0
HS353118	314	2354	2666	0
GO837585	327	2344	2666	0

Orthologous Group
Species	ID
Chlamydomonas reinhardtii	Cre03.g198200.t1.3	Cre03.g185000.t1.1	Cre13.g574900.t1.2	Cre04.g214650.t1.3
Volvox carteri	Vocar20005515m	Vocar20008000m	Vocar20010016m

CAZyme Information