LOCUS VTR91657.1 1669 aa PRT BCT 03-FEB-2020
DEFINITION Gemmata massiliana family 2 glycosyl transferase : Glycosyl
transferase OS=Singulisphaera acidiphila (strain ATCC
BAA-1392 / DSM 18658 / VKM B-2454 / MOB10) GN=Sinac_0358
PE=4 SV=1: Glyco_trans_1_2: Methyltransf_24: Glyco_transf_4:
Glycos_transf_1: Glycos_transf_2: TPR_7: TPR_6: TPR_10
protein.
ACCESSION LR593886-958
PROTEIN_ID VTR91657.1
SOURCE Gemmata massiliana
ORGANISM Gemmata massiliana
Bacteria; Planctomycetes; Planctomycetia; Gemmatales; Gemmataceae;
Gemmata.
REFERENCE 1
AUTHORS
CONSRTM Science for Life Laboratories
JOURNAL Submitted (14-MAY-2019) to the INSDC. DEPARTMENT OF CELL AND
MOLECULAR BIOLOGY, Uppsala University, Molecular Evolution,
Biomedicinskt centrum (BMC), Husargatan 3, 752 37 Uppsala, Sweden
FEATURES Qualifiers
source /organism="Gemmata massiliana"
/chromosome="1"
/isolate="Soil9"
/mol_type="genomic DNA"
/isolation_source="soil"
/db_xref="taxon:1210884"
protein /locus_tag="SOIL9_60570"
/note="BLAST_uniprot:hit_1 ;
ACCESSION=tr|L0D7J1|L0D7J1_SINAD ;
ALN/Q_length_ratio=0.212 ; DESCRIPTION=Glycosyl
transferase OS=Singulisphaera acidiphila (strain ATCC
BAA-1392 / DSM 18658 / VKM B-2454 / MOB10) GN=Sinac_0358
PE=4 SV=1 ; EVALUE=2e-91 ; Q/S_length_ratio=4.573"
/note="BLAST_uniprot:hit_2 ;
ACCESSION=tr|D9TRY5|D9TRY5_THETC ;
ALN/Q_length_ratio=0.247 ; DESCRIPTION=Glycosyl
transferase family 2 OS=Thermoanaerobacterium
thermosaccharolyticum (strain ATCC 7956 / DSM 571 / NCIB
9385 / NCA 3814) GN=Tthe_2187 PE=4 SV=1 ; EVALUE=6e-85 ;
Q/S_length_ratio=0.924"
/note="BLAST_uniprot:hit_3 ;
ACCESSION=tr|Q6MBZ2|Q6MBZ2_PARUW ;
ALN/Q_length_ratio=0.178 ; DESCRIPTION=Putative
mannosyltransferase OS=Protochlamydia amoebophila (strain
UWE25) GN=wbdA PE=4 SV=1 ; EVALUE=1e-84 ;
Q/S_length_ratio=4.623"
/note="BLAST_uniprot:hit_4 ;
ACCESSION=tr|Q1PYZ0|Q1PYZ0_9BACT ;
ALN/Q_length_ratio=0.233 ; DESCRIPTION=Uncharacterized
protein OS=Candidatus Kuenenia stuttgartiensis
GN=kustd1563 PE=4 SV=1 ; EVALUE=1e-82 ;
Q/S_length_ratio=2.796"
/note="BLAST_uniprot:hit_5 ;
ACCESSION=tr|U1XYG7|U1XYG7_ANEAE ;
ALN/Q_length_ratio=0.225 ;
DESCRIPTION=Glycosyltransferase, group 1 family protein
OS=Aneurinibacillus aneurinilyticus ATCC 12856
GN=HMPREF0083_05818 PE=4 SV=1 ; EVALUE=3e-77 ;
Q/S_length_ratio=1.474"
/note="BLAST_uniprot:hit_6 ;
ACCESSION=tr|I3E4C3|I3E4C3_BACMT ;
ALN/Q_length_ratio=0.221 ; DESCRIPTION=Glycosyl
transferase family 2 OS=Bacillus methanolicus PB1
GN=PB1_00325 PE=4 SV=1 ; EVALUE=9e-76 ;
Q/S_length_ratio=3.477"
/note="BLAST_uniprot:hit_7 ;
ACCESSION=tr|S0EZG8|S0EZG8_CHTCT ;
ALN/Q_length_ratio=0.228 ; DESCRIPTION=Glycosyltransferase
OS=Chthonomonas calidirosea (strain DSM 23976 / ICMP 18418
/ T49) GN=CCALI_01980 PE=4 SV=1 ; EVALUE=1e-70 ;
Q/S_length_ratio=1.431"
/note="BLAST_uniprot:hit_8 ;
ACCESSION=tr|J9HBW1|J9HBW1_9BACL ;
ALN/Q_length_ratio=0.222 ; DESCRIPTION=Glycosyl
transferase group 1 OS=Alicyclobacillus hesperidum
URH17-3-68 GN=URH17368_2382 PE=4 SV=1 ; EVALUE=6e-68 ;
Q/S_length_ratio=2.923"
/note="BLAST_uniprot:hit_9 ;
ACCESSION=tr|D5STC7|D5STC7_PLAL2 ;
ALN/Q_length_ratio=0.230 ; DESCRIPTION=Glycosyl
transferase family 2 OS=Planctomyces limnophilus (strain
ATCC 43296 / DSM 3776 / IFAM 1008 / 290) GN=Plim_1055 PE=4
SV=1 ; EVALUE=3e-67 ; Q/S_length_ratio=1.436"
/note="BLAST_uniprot:hit_10 ;
ACCESSION=tr|J9HUT7|J9HUT7_9BACL ;
ALN/Q_length_ratio=0.218 ; DESCRIPTION=Glycosyl
transferase group 1 OS=Alicyclobacillus hesperidum
URH17-3-68 GN=URH17368_1209 PE=4 SV=1 ; EVALUE=1e-66 ;
Q/S_length_ratio=2.898"
/note="BLAST_uniprot:hit_12 ;
ACCESSION=tr|G8TT28|G8TT28_SULAD ;
ALN/Q_length_ratio=0.212 ; DESCRIPTION=Glycosyl
transferase group 1 OS=Sulfobacillus acidophilus (strain
ATCC 700253 / DSM 10332 / NAL) GN=Sulac_3282 PE=4 SV=1 ;
EVALUE=4e-62 ; Q/S_length_ratio=2.258"
/note="BLAST_uniprot:hit_11 ;
ACCESSION=tr|F8I2Q2|F8I2Q2_SULAT ;
ALN/Q_length_ratio=0.212 ; DESCRIPTION=Putative
mannosyltransferase OS=Sulfobacillus acidophilus (strain
TPY) GN=TPY_2529 PE=4 SV=1 ; EVALUE=4e-62 ;
Q/S_length_ratio=2.258"
/note="BLAST_uniprot:hit_13 ;
ACCESSION=tr|M1Z8T2|M1Z8T2_9CLOT ;
ALN/Q_length_ratio=0.185 ; DESCRIPTION=Uncharacterized
protein OS=Clostridium ultunense Esp GN=CULT_160059 PE=4
SV=1 ; EVALUE=3e-58 ; Q/S_length_ratio=3.536"
/note="BLAST_uniprot:hit_14 ;
ACCESSION=tr|L0IN66|L0IN66_THETR ;
ALN/Q_length_ratio=0.207 ; DESCRIPTION=Glycosyl
transferase OS=Thermoanaerobacterium thermosaccharolyticum
M0795 GN=Thethe_02095 PE=4 SV=1 ; EVALUE=8e-56 ;
Q/S_length_ratio=2.819"
/note="BLAST_uniprot:hit_15 ;
ACCESSION=tr|D9TPH3|D9TPH3_THETC ;
ALN/Q_length_ratio=0.250 ; DESCRIPTION=Glycosyl
transferase family 2 OS=Thermoanaerobacterium
thermosaccharolyticum (strain ATCC 7956 / DSM 571 / NCIB
9385 / NCA 3814) GN=Tthe_2063 PE=4 SV=1 ; EVALUE=7e-55 ;
Q/S_length_ratio=2.819"
/note="Pfam_scan:hit_1 (190..278);
Pfam:PF13524.1:Glyco_trans_1_2;
Pfam_type:Domain;HMM_aln_Length:80; HMM_Length:92;
EVALUE:2.5e-11; BITSCORE: 43.6"
/note="Pfam_scan:hit_2 (604..722);
Pfam:PF13578.1:Methyltransf_24;
Pfam_type:Domain;HMM_aln_Length:104; HMM_Length:106;
EVALUE:7.1e-09; BITSCORE: 36.4"
/note="Pfam_scan:hit_3 (787..916);
Pfam:PF13439.1:Glyco_transf_4;
Pfam_type:Domain;HMM_aln_Length:108; HMM_Length:177;
EVALUE:3.6e-07; BITSCORE: 30.0"
/note="Pfam_scan:hit_4 (921..1115);
Pfam:PF00534.15:Glycos_transf_1;
Pfam_type:Family;HMM_aln_Length:158; HMM_Length:172;
EVALUE:3.4e-14; BITSCORE: 52.6"
/note="Pfam_scan:hit_5 (1192..1288);
Pfam:PF00535.21:Glycos_transf_2;
Pfam_type:Family;HMM_aln_Length:89; HMM_Length:169;
EVALUE:1.1e-16; BITSCORE: 60.9"
/note="Pfam_scan:hit_6 (1389..1425); Pfam:PF13176.1:TPR_7;
Pfam_type:Repeat;HMM_aln_Length:27; HMM_Length:36;
EVALUE:0.00069; BITSCORE: 19.2"
/note="Pfam_scan:hit_7 (1427..1458); Pfam:PF13174.1:TPR_6;
Pfam_type:Repeat;HMM_aln_Length:27; HMM_Length:33;
EVALUE:0.81; BITSCORE: 10.2"
/note="Pfam_scan:hit_8 (1507..1533);
Pfam:PF13374.1:TPR_10; Pfam_type:Repeat;HMM_aln_Length:23;
HMM_Length:42; EVALUE:0.14; BITSCORE: 12.1"
/note="GO_domain:GO:0003674"
BEGIN
1 MPRFLFGPCD APEFLDRFLR PSVDSGTWSV FGARTGSWEE ALAGAAPPDA LLVWPGYTSV
61 PPWVWAAPVP VVALAHDPNL LWHGYRHLLP RADLVLTDAP AAARLRRAGL GHVRAANLYG
121 LDRYFAAALG APETARDLDL VFVGNVSPAV QAGRLPWLGR LAALGARFRV HVAAGVFGAE
181 YRALLRRAKL VFNRSVRGEC NLRALEAAAS GAVLLQEAGN EEVPDYLAPG TEFAPYTDAD
241 FEEVVAGLLA ADARRAALAA AARERVRRYT FGALVEGALA VGGPDWDEVI ARARRRADQP
301 VPVPLAARVW PRVSLAGPGA DPELVTDLSA AGADHELGVL AGTAATADPH LARAARGNRV
361 SALGYALARA ELGDAPGALA VARALIADLD ANAELTEPES DTVPYPARFD WVRVGWDRAG
421 FDHPDEPGRE RAEKGRLVRG RALALIAELT GDAADHAAAA ACCPERAHLH AALGGALVRA
481 GRPDEALAAL RAAVAGNPLD HASAAALVGA LESLSRADEA ARVRAERQVL ARVAPGLAPA
541 ELAPAAGPGP ARAPATRFVD LTAEQFAARF GDPDTSAALS GFTLPHDAHA VLALVAHLGA
601 RRILEIGTAA GHMTANLTAF TPPDAVVYSI GLVAEGGPRS GSPHQEYEVP RRDQFARFVN
661 HFGTGYKARL IAADSRAFDF ARLGPLDLAF VDGGHDLGTA RSDSLGAYRA LRPGGCLVWH
721 DLPSRTPWVE VERAVAGLGF PEPVYRVAGT QVGFLIKGEG LGAAAGADSA RVAVTWDGEF
781 GAVHSLAHVN RSVCAELAAR GHAVGLVRAR GRTREAGPAV LSPDLAGLFG ADVPGAVQVR
841 HQWPPDFTAP PGPGPFVLVQ PWEFGRVPRA WVGPITDTVD EVWVPSRAVL RAFVASGVPE
901 DRVAVVPNGV DPDRFRPGLE PLPLPTEKRV KLLFVGGTIP RKGFDVLLGA YRRAFTRADD
961 VCLVVKDMGA ATFYRDQSAA GAVRAAQSDP TGPEIVYLDA DLGEAEVPRL FAACDALVHP
1021 YRGEGFALPV LEAMACGLPV AVTSGGPTDE FVPPGAGWRV PARLRYLDRE AVGDLPTAGR
1081 PWWLEPDPDA LVEVLREVVA DRDARVRCGR AAQRAALGWT WARAAAAVED RVRVLRARTP
1141 VRFQSPVPVP SQSPPGAAPA PPAPAPAVAN ASPVAPPRVA VPAVTGRKPR VSLTMIVKNE
1201 EHHLGACLES VRDLVDEAVV IDTGSTDRTV EIARSFGCVV GEFPWVDHFA AARNAALDRA
1261 TGDYAFWMDA DDRLDAANRD KLRTVLAGLS GANEAFVMKC LCVGDRPGAG ATAVDHVRLF
1321 RAHPAHRWTY RVHEQILPAL RASGAEVKWS DVSVRHVGYV DPAVRRRKLD RDLRLLKLDA
1381 AEKPGDPFTL FNLGSIYHET GDHAAAADAL EKSLAGSHVK DSIVRKTYAL LARCQHQGGD
1441 PKRAAATCRV ARQHYPDDAE LVFLAAGLAR ETGDPRAAEG LYRKLIDGTE APHFASVDTA
1501 LRAVKGRHNL AVLMMEQDRW PEAEGLWRAA LVHDPHFLPA QVGLGEVCVK ADNEAGLARQ
1561 LAALEEAGEA GAIEGAILSA RWKGARGDHS GAIAVLEEAV SRFPGSLGAR MALSHARIAA
1621 DAAPEALEAA FRGILELDPG NTQAKRNLEV LYRKTGRWVE GILDGAPNA
//