PlantCAZyme

Basic Information
Species	Volvox carteri
Cazyme ID	Vocar20010016m
Family	GT48
Protein Properties	Length: 2500 Molecular Weight: 403392 Isoelectric Point: 8.4367
Chromosome	Chromosome/Scaffold: 1 Start: 1570321 End: 1594011
Description	glucan synthase-like 12
View CDS

External Links
Plaza
CAZyDB

Signature Domain Download full data set without filtering

Family	Start	End	Evalue
GT48	2735	3481	0
PQLEEAQRVLGFFINSLGHPSLDKPPSIDKMWSWSIMTPLYEEDVLYALDAKALAKELGLKGKKMTDLLSETDDSISLMSYLKAMFPYEWSNFKERIKSL NPDVNLMDLSEHDFAPGCELHDFKLELQMWASLRGQLLARTVHGMMLNEVSLRVLAKLEHPMPPNMTEVEYKRYIDQLVNCKFEYVVTPQTYGKNRVSKD LRLRWLASSIDILMQKYPRLKVAFLDHAETDNGPTQFSVMARGRDLNDVAQLSALTSMGIQEDENGVIEWYRVRLPLNKYSGRGVIVGEGKPENQNHAVI FAFGEGLQAIDMNQDNVLAETLKSRNLVQELLPSTKGAFRLFADDDEQVQITRKTIAAELLFVMRMRQAACTFTALVGFREWIFSDKAGALGRFAAATEY AFGTITQRTLTHPARIRLHYGHPDIFNKMFTMTRGGISKATRQLHLTEDVFCGCNHTLRGGRIRYKEYVSCGKGRDMGFDSINGFNFKIAGGGGEWAISR ESCRLGARLDFFRLLMFYHSCIGFYINSWLTTQGAFWNIYALLVFNMAKASHMSDMLQRIYNVQQVLQLGTLAMIPYIGQLVLEMGVVKAIVTVFQQILT GSLFFYMFQQQTVASSFIADMMYGSAKYVGTGRGFNITALDFVKIFTLYARSHLYYAFELMSMLIAMYVVRGCEVCNYGSLTWSGWLLAFVLIFAPLWFN PFSFDLAKVKVNYLAWQRWMHGDVDSNTGSNWYTWNSGMLEKMRNDN

Full Sequence
Protein Sequence Length: 2500 Download
MLGPCTPVRM NGRAATEDAC AAAAASRLAS GATARLLSAW QGVCQRRARL RRRYGRLVAL 60 SLEVQDAACA HVIPEDMNLA DIDTRFAARL AAACYAPEDG TVGSGLGTRN NDKDRNSGDG 120 SKERGYAVSL NVPYGLVHAN GWGAIAASHR RYCSAAAVNE GRLMLGQPSF SEHQHQHLQQ 180 QQVIQQLTIQ PPAPPQQKKA VGFLRPFSAA RNNEVLRLGP EPLEEVAQAP GAKDWKTFVA 240 GWLADEEEAP AAVDGPNGRV TLGMNSALAE LAGDTPGPTE APVHPAAAAI PKSAFKKSAM 300 RGVSALPKRT KSAMRRPGAT SAHSHASEEA KKDDGEKDDD DDDSLPTEKG IIKKKKKKKK 360 ERDRKNPFVM PALHTFAFEN LVHNIVWRVG RNFGFQAFNI NPRTRNRLLV KNYFIRRDKG 420 EDERQEERFA KAVFELHTTI FYSYEEYWTH MHGLSIRPMI MQELLNKRRY CDEAVVCGLL 480 TELALYFLIY TESSSMRHTP ELLWFLYWCM NHSYVMQDMW TRDPPENFPN IREIRIGLRN 540 KHQQLIRELQ NTLGIYPDRI RPEDCGRLAP IMSRLKGSDV PDDQRIIIAD LIAFGDGNFY 600 YERIVTPIFY VISYEIDHLS NLGVEVAHRL GYDDINESMA HTGVVRLALR DLRVRGDQIV 660 RGEVNEAYNT ITRLGYPRGR AETHYDPQLA ADWWRLNVFV KTYRERRTWL AVFRAYYRVY 720 TWHLVLYHGM QAQAFVGWNY RIISSCIITH AFCTALERFA NWYMTRNPPE PLQTALSKVF 780 DRKGNFKISR RANAQALAAA RAVGFGESKA IGNENARMVP VRVVEIEGSP YLGTLGLVEW 840 VLLAFFILGW YVLQFYEGPF QKFCWDYWKL LSGSYAGAFM LHFLLTTRDG YTISLTHALN 900 LGPIFKASTS RPDPVNWIMG PMHMKWKLFF LDALFWIIAF AMKIPFDYYI ICKPSVEPLY 960 LTFKVRWLAC KREDPSEDPK YWGVIPCIGG DWVLAFVRLA PFVIVVLLDT SLFYQVSTTL 1020 FGLFRGLFKL DLGVLTAWEE VVKEFYKAPY RWWFKCMSEV GNRNQLTLLK TMLFDNAADP 1080 DTGAIVSDGR MFKKAVLTPE EIMGTKKRSV NVAAVLDGDD DDDDSVAAGA GHGTRGGAGS 1140 KPTGGKDAAG GKGAAAGGKA ADNKPLSTGW KTALQNFGLR SEQQQKPQPK TGHKGGPLLP 1200 TTTNMKAMQK QLNQMQRLPV KLPMTTITER MLANTERQRE GDANKPKLAS VAEKLLGNKQ 1260 VATTAAKLKE MSPEEKRKEV IARIQAAQKL RKEGGAAAAG GAGGGSDAPA AGLPAGDLLD 1320 GPSGGGAAGL LVNAPSSPKR AGPQVRWGRA MAAAARRSDE GAATASSEPR RDLLTMDAEA 1380 QDEPAKAPDG EDALRPFSAG TVGADSRKVL LPSRDRTGHG AGDGASSNDE DGGAGGGIAG 1440 VKAGASLPMP VEEVDDELEG VDQDKPASAG SAATPATLER AAVLNPATTA PNHSRASTPT 1500 LFGGAGRLGS GLGGAADGGA TPAGGVTPSL AGVGTRAALE TLPPAAAPPP TVDRGDSFGF 1560 GMAGSGRADL PQNWPSLVGD GPTGSAGSAR MSASGVPPSQ PQSPSVGRVG SAEPPPRYSW 1620 TGAPSDADAM ARTLSSNRQA AEAARGTLSP AGAGVGAMPR PSRLRAKGKA DAADMGDYHP 1680 VASPRLGSAG TTDVEDVDGD LAESYSGYNR MFGGQATGAA AASSPAAAER SGTPTMPRPV 1740 RISPRSPPRA LGATESDAGS KGSGVGRADI LRIDSLGPGV ANPVEEQPLE SNPAGKPGSG 1800 GSKPGSGGSK PGSGGSLAAG PASGALFSPP GSGGGRVSGA GGSMTRFSAS GAGARPGPVA 1860 ESVVDRITSG MEAAAGSWLE LSQSGMGPLA AGADRLLAWQ EEDDVDVASW WTRRLEASKA 1920 RSYRTQTGAN DDDKEVTALS SMTGFRSDGD PLAMVYEWRV RDASSVTATD SGGGGSGDAD 1980 GDEHSGEIAA AIGEAREDSD GVADHLTPRT STRRAAELRI TASCSSSADA TAGCGSSGSG 2040 GSGSGGSGSD GGLSAADDVP PGWAAVRNAA RRAGPVAEAT QNGGGGDRLG SPDLLGTPTR 2100 YRPPPPEPEA DGDADSAQGL AKSAGGGEGG AGGNGGMVVR SVSGTSLHSN FFKDAKDDDT 2160 SESVAAMPPH PKSRLKLDPI MRSSEGGAAA TGNTDGEGGP GSLLTTSKSG RRRSVMFSGQ 2220 EVEEDTAPSG GDPAESSNAA LVGSGSNRMA MSTGQARPTT AGGDGDGGIM SRWLAGLSGW 2280 TGLGGNKVAP GEDEEAADEE AAVRAARQLQ GGGGDDAPAG GQGSKAGSGQ GSNKPERGRS 2340 FRASFRAAGP SFRAGVASFR AGVASFRAGV VGGGGGGARP MTAGQGRPTS SLPRSTQARS 2400 QLMAQVLQPG NGLRPTTALR PTTAIRPTTA RPVTALLGHD PVKEAKRKEK KEREQAIERA 2460 AGNLARSNSL VIIDGADPDE DEEIDEVHAQ MMMWNAFAFA

Full Sequence

Protein Sequence Length: 2500 Download

MLGPCTPVRM NGRAATEDAC AAAAASRLAS GATARLLSAW QGVCQRRARL RRRYGRLVAL    60
SLEVQDAACA HVIPEDMNLA DIDTRFAARL AAACYAPEDG TVGSGLGTRN NDKDRNSGDG    120
SKERGYAVSL NVPYGLVHAN GWGAIAASHR RYCSAAAVNE GRLMLGQPSF SEHQHQHLQQ    180
QQVIQQLTIQ PPAPPQQKKA VGFLRPFSAA RNNEVLRLGP EPLEEVAQAP GAKDWKTFVA    240
GWLADEEEAP AAVDGPNGRV TLGMNSALAE LAGDTPGPTE APVHPAAAAI PKSAFKKSAM    300
RGVSALPKRT KSAMRRPGAT SAHSHASEEA KKDDGEKDDD DDDSLPTEKG IIKKKKKKKK    360
ERDRKNPFVM PALHTFAFEN LVHNIVWRVG RNFGFQAFNI NPRTRNRLLV KNYFIRRDKG    420
EDERQEERFA KAVFELHTTI FYSYEEYWTH MHGLSIRPMI MQELLNKRRY CDEAVVCGLL    480
TELALYFLIY TESSSMRHTP ELLWFLYWCM NHSYVMQDMW TRDPPENFPN IREIRIGLRN    540
KHQQLIRELQ NTLGIYPDRI RPEDCGRLAP IMSRLKGSDV PDDQRIIIAD LIAFGDGNFY    600
YERIVTPIFY VISYEIDHLS NLGVEVAHRL GYDDINESMA HTGVVRLALR DLRVRGDQIV    660
RGEVNEAYNT ITRLGYPRGR AETHYDPQLA ADWWRLNVFV KTYRERRTWL AVFRAYYRVY    720
TWHLVLYHGM QAQAFVGWNY RIISSCIITH AFCTALERFA NWYMTRNPPE PLQTALSKVF    780
DRKGNFKISR RANAQALAAA RAVGFGESKA IGNENARMVP VRVVEIEGSP YLGTLGLVEW    840
VLLAFFILGW YVLQFYEGPF QKFCWDYWKL LSGSYAGAFM LHFLLTTRDG YTISLTHALN    900
LGPIFKASTS RPDPVNWIMG PMHMKWKLFF LDALFWIIAF AMKIPFDYYI ICKPSVEPLY    960
LTFKVRWLAC KREDPSEDPK YWGVIPCIGG DWVLAFVRLA PFVIVVLLDT SLFYQVSTTL    1020
FGLFRGLFKL DLGVLTAWEE VVKEFYKAPY RWWFKCMSEV GNRNQLTLLK TMLFDNAADP    1080
DTGAIVSDGR MFKKAVLTPE EIMGTKKRSV NVAAVLDGDD DDDDSVAAGA GHGTRGGAGS    1140
KPTGGKDAAG GKGAAAGGKA ADNKPLSTGW KTALQNFGLR SEQQQKPQPK TGHKGGPLLP    1200
TTTNMKAMQK QLNQMQRLPV KLPMTTITER MLANTERQRE GDANKPKLAS VAEKLLGNKQ    1260
VATTAAKLKE MSPEEKRKEV IARIQAAQKL RKEGGAAAAG GAGGGSDAPA AGLPAGDLLD    1320
GPSGGGAAGL LVNAPSSPKR AGPQVRWGRA MAAAARRSDE GAATASSEPR RDLLTMDAEA    1380
QDEPAKAPDG EDALRPFSAG TVGADSRKVL LPSRDRTGHG AGDGASSNDE DGGAGGGIAG    1440
VKAGASLPMP VEEVDDELEG VDQDKPASAG SAATPATLER AAVLNPATTA PNHSRASTPT    1500
LFGGAGRLGS GLGGAADGGA TPAGGVTPSL AGVGTRAALE TLPPAAAPPP TVDRGDSFGF    1560
GMAGSGRADL PQNWPSLVGD GPTGSAGSAR MSASGVPPSQ PQSPSVGRVG SAEPPPRYSW    1620
TGAPSDADAM ARTLSSNRQA AEAARGTLSP AGAGVGAMPR PSRLRAKGKA DAADMGDYHP    1680
VASPRLGSAG TTDVEDVDGD LAESYSGYNR MFGGQATGAA AASSPAAAER SGTPTMPRPV    1740
RISPRSPPRA LGATESDAGS KGSGVGRADI LRIDSLGPGV ANPVEEQPLE SNPAGKPGSG    1800
GSKPGSGGSK PGSGGSLAAG PASGALFSPP GSGGGRVSGA GGSMTRFSAS GAGARPGPVA    1860
ESVVDRITSG MEAAAGSWLE LSQSGMGPLA AGADRLLAWQ EEDDVDVASW WTRRLEASKA    1920
RSYRTQTGAN DDDKEVTALS SMTGFRSDGD PLAMVYEWRV RDASSVTATD SGGGGSGDAD    1980
GDEHSGEIAA AIGEAREDSD GVADHLTPRT STRRAAELRI TASCSSSADA TAGCGSSGSG    2040
GSGSGGSGSD GGLSAADDVP PGWAAVRNAA RRAGPVAEAT QNGGGGDRLG SPDLLGTPTR    2100
YRPPPPEPEA DGDADSAQGL AKSAGGGEGG AGGNGGMVVR SVSGTSLHSN FFKDAKDDDT    2160
SESVAAMPPH PKSRLKLDPI MRSSEGGAAA TGNTDGEGGP GSLLTTSKSG RRRSVMFSGQ    2220
EVEEDTAPSG GDPAESSNAA LVGSGSNRMA MSTGQARPTT AGGDGDGGIM SRWLAGLSGW    2280
TGLGGNKVAP GEDEEAADEE AAVRAARQLQ GGGGDDAPAG GQGSKAGSGQ GSNKPERGRS    2340
FRASFRAAGP SFRAGVASFR AGVASFRAGV VGGGGGGARP MTAGQGRPTS SLPRSTQARS    2400
QLMAQVLQPG NGLRPTTALR PTTAIRPTTA RPVTALLGHD PVKEAKRKEK KEREQAIERA    2460
AGNLARSNSL VIIDGADPDE DEEIDEVHAQ MMMWNAFAFA 

Functional Domains Download unfiltered results here

Cdd ID	Domain	E-Value	Start	End	Length	Domain Description
pfam14288	FKS1_dom1	0.0003	480	511	33	+ 1,3-beta-glucan synthase subunit FKS1, domain-1. The FKS1_dom1 domain is likely to be the 'Class I' region just N-terminal to the first set of transmembrane helices that is involved in 1,3-beta-glucan synthesis itself. This family is found on proteins with family Glucan_synthase, pfam02364.
pfam02364	Glucan_synthase	3.0e-136	2739	3469	781	+ 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).

Gene Ontology
GO Term	Description
GO:0000148	1,3-beta-D-glucan synthase complex
GO:0003843	1,3-beta-D-glucan synthase activity
GO:0006075	(1->3)-beta-D-glucan biosynthetic process
GO:0016020	membrane

Annotations - NR Download unfiltered results here
Source	Hit ID	E-Value	Query Start	Query End	Hit Start	Hit End	Description
RefSeq	XP_001693159.1	0	343	890	121	711	1,3-beta-D-glucan synthase [Chlamydomonas reinhardtii]
RefSeq	XP_001693160.1	2e-21	1012	1168	2	153	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693160.1	0	2466	3683	663	1891	glycosyl transferase [Chlamydomonas reinhardtii]
RefSeq	XP_001693763.1	0	162	1965	29	1847	flagellar associated protein, callose synthase-like protein [Chlamydomonas reinhardtii]
RefSeq	XP_001693763.1	0	2071	3698	1955	3511	flagellar associated protein, callose synthase-like protein [Chlamydomonas reinhardtii]

Transmembrane Domains

Start	End
831	853
928	950
3257	3279
3300	3322
3382	3404
3411	3433
3488	3510
3530	3552
3567	3589
3596	3615
3642	3664

EST Download unfiltered results here

Hit	Length	Start	End	EValue
AV640595	173	3009	3181	0
BM003277	153	3180	3332	0
BP096511	158	2816	2973	0
HO780746	586	2765	3327	0
BM001542	196	3503	3697	0

Orthologous Group
Species	ID
Chlamydomonas reinhardtii	Cre03.g198200.t1.3	Cre03.g185350.t1.2	Cre03.g185000.t1.1	Cre13.g574900.t1.2	Cre04.g214650.t1.3
Volvox carteri	Vocar20005515m	Vocar20008000m

CAZyme Information