LOCUS VTR91357.1 949 aa PRT BCT 03-FEB-2020
DEFINITION Gemmata massiliana calcium-binding protein : Bll3109 protein
OS=Bradyrhizobium diazoefficiens (strain JCM 10833 / IAM
13628 / NBRC 14792 / USDA 110) GN=bll3109 PE=4 SV=1: HemolysinCabind
: HemolysinCabind: HemolysinCabind: HemolysinCabind: HemolysinCabind
: HemolysinCabind: HemolysinCabind: HemolysinCabind: HemolysinCabind
: HemolysinCabind: HemolysinCabind: HemolysinCabind: HemolysinCabind
: HemolysinCabind: HemolysinCabind: HemolysinCabind: HemolysinCabind
: HemolysinCabind protein.
ACCESSION LR593886-658
PROTEIN_ID VTR91357.1
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_63570"
/note="BLAST_uniprot:hit_4 ;
ACCESSION=tr|G7DHW5|G7DHW5_BRAJP ;
ALN/Q_length_ratio=0.948 ; DESCRIPTION=Ca binding protein
OS=Bradyrhizobium japonicum USDA 6 GN=BJ6T_57040 PE=4 SV=1
; EVALUE=0.0 ; Q/S_length_ratio=1.000"
/note="BLAST_uniprot:hit_2 ;
ACCESSION=tr|A0A099IRW7|A0A099IRW7_9BRAD ;
ALN/Q_length_ratio=0.950 ; DESCRIPTION=Putative type I
secretion system-exported exoprotein OS=Bradyrhizobium
diazoefficiens SEMIA 5080 GN=BJA5080_00450 PE=4 SV=1 ;
EVALUE=0.0 ; Q/S_length_ratio=1.035"
/note="BLAST_uniprot:hit_5 ;
ACCESSION=tr|A0A0A3XQF0|A0A0A3XQF0_BRAJP ;
ALN/Q_length_ratio=0.948 ; DESCRIPTION=Calcium-binding
protein OS=Bradyrhizobium japonicum GN=MA20_28230 PE=4
SV=1 ; EVALUE=0.0 ; Q/S_length_ratio=1.000"
/note="BLAST_uniprot:hit_7 ;
ACCESSION=tr|H5YG50|H5YG50_9BRAD ;
ALN/Q_length_ratio=0.948 ; DESCRIPTION=Putative
calcium-binding protein OS=Bradyrhizobium sp. WSM471
GN=Bra471DRAFT_03632 PE=4 SV=1 ; EVALUE=0.0 ;
Q/S_length_ratio=1.001"
/note="BLAST_uniprot:hit_8 ;
ACCESSION=tr|B0UPU3|B0UPU3_METS4 ;
ALN/Q_length_ratio=0.521 ; DESCRIPTION=Hemolysin-type
calcium-binding region OS=Methylobacterium sp. (strain
4-46) GN=M446_0122 PE=4 SV=1 ; EVALUE=0.0 ;
Q/S_length_ratio=1.777"
/note="BLAST_uniprot:hit_3 ;
ACCESSION=tr|A0A023XF84|A0A023XF84_BRAJP ;
ALN/Q_length_ratio=0.948 ; DESCRIPTION=Type I secretion
system-exported exoprotein OS=Bradyrhizobium japonicum
SEMIA 5079 GN=BJS_03915 PE=4 SV=1 ; EVALUE=0.0 ;
Q/S_length_ratio=1.000"
/note="BLAST_uniprot:hit_6 ;
ACCESSION=tr|I2Q9X7|I2Q9X7_9BRAD ;
ALN/Q_length_ratio=0.948 ; DESCRIPTION=Putative
calcium-binding protein OS=Bradyrhizobium sp. WSM1253
GN=Bra1253DRAFT_01203 PE=4 SV=1 ; EVALUE=0.0 ;
Q/S_length_ratio=1.001"
/note="BLAST_uniprot:hit_1 ;
ACCESSION=tr|Q89QL5|Q89QL5_BRADU ;
ALN/Q_length_ratio=0.950 ; DESCRIPTION=Bll3109 protein
OS=Bradyrhizobium diazoefficiens (strain JCM 10833 / IAM
13628 / NBRC 14792 / USDA 110) GN=bll3109 PE=4 SV=1 ;
EVALUE=0.0 ; Q/S_length_ratio=1.035"
/note="BLAST_uniprot:hit_9 ;
ACCESSION=tr|K8GEZ2|K8GEZ2_9CYAN ;
ALN/Q_length_ratio=0.507 ; DESCRIPTION=Hemolysin-type
calcium-binding repeat protein OS=Oscillatoriales
cyanobacterium JSC-12 GN=OsccyDRAFT_3786 PE=4 SV=1 ;
EVALUE=1e-175 ; Q/S_length_ratio=1.442"
/note="BLAST_uniprot:hit_10 ;
ACCESSION=tr|F5XG49|F5XG49_MICPN ;
ALN/Q_length_ratio=0.565 ; DESCRIPTION=Uncharacterized
protein OS=Microlunatus phosphovorus (strain ATCC 700054 /
DSM 10555 / JCM 9379 / NBRC 101784 / NCIMB 13414 / VKM
Ac-1990 / NM-1) GN=MLP_49690 PE=4 SV=1 ; EVALUE=1e-164 ;
Q/S_length_ratio=1.656"
/note="BLAST_uniprot:hit_11 ;
ACCESSION=tr|L0DR81|L0DR81_SINAD ;
ALN/Q_length_ratio=0.857 ; DESCRIPTION=Ca2+-binding
protein, RTX toxin OS=Singulisphaera acidiphila (strain
ATCC BAA-1392 / DSM 18658 / VKM B-2454 / MOB10)
GN=Sinac_7481 PE=4 SV=1 ; EVALUE=7e-68 ;
Q/S_length_ratio=0.383"
/note="BLAST_uniprot:hit_12 ;
ACCESSION=tr|A0A0A0CYZ4|A0A0A0CYZ4_9PROT ;
ALN/Q_length_ratio=0.333 ; DESCRIPTION=Calcium-binding
protein (Fragment) OS=Inquilinus limosus MP06
GN=P409_35215 PE=4 SV=1 ; EVALUE=2e-63 ;
Q/S_length_ratio=2.984"
/note="BLAST_uniprot:hit_13 ;
ACCESSION=tr|D8NQU3|D8NQU3_RALSL ;
ALN/Q_length_ratio=0.908 ; DESCRIPTION=Putative calcium
binding hemolysin protein (Modular protein) OS=Ralstonia
solanacearum CFBP2957 GN=RCFBP_21246 PE=4 SV=1 ;
EVALUE=1e-47 ; Q/S_length_ratio=0.419"
/note="BLAST_uniprot:hit_14 ;
ACCESSION=tr|D8N9J3|D8N9J3_RALSL ;
ALN/Q_length_ratio=0.908 ; DESCRIPTION=Putative calcium
binding hemolysin protein (Modular protein) OS=Ralstonia
solanacearum CMR15 GN=CMR15_30698 PE=4 SV=1 ; EVALUE=2e-44
; Q/S_length_ratio=0.488"
/note="BLAST_uniprot:hit_15 ;
ACCESSION=tr|M4UC97|M4UC97_RALSL ;
ALN/Q_length_ratio=0.908 ; DESCRIPTION=Alkaline
phosphatase OS=Ralstonia solanacearum FQY_4 GN=F504_265
PE=4 SV=1 ; EVALUE=6e-43 ; Q/S_length_ratio=0.491"
/note="Pfam_scan:hit_1 (124..141);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:4.2e-05; BITSCORE: 23.5"
/note="Pfam_scan:hit_2 (142..159);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:0.26; BITSCORE: 11.7"
/note="Pfam_scan:hit_3 (160..177);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:16; HMM_Length:18;
EVALUE:0.048; BITSCORE: 14.0"
/note="Pfam_scan:hit_4 (272..289);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:0.015; BITSCORE: 15.5"
/note="Pfam_scan:hit_5 (281..298);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:16; HMM_Length:18;
EVALUE:0.032; BITSCORE: 14.5"
/note="Pfam_scan:hit_6 (290..307);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:16; HMM_Length:18;
EVALUE:1.3; BITSCORE: 9.5"
/note="Pfam_scan:hit_7 (299..316);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:7.4; BITSCORE: 7.2"
/note="Pfam_scan:hit_8 (319..336);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:14; HMM_Length:18;
EVALUE:2.5; BITSCORE: 8.7"
/note="Pfam_scan:hit_9 (484..494);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:10; HMM_Length:18;
EVALUE:1; BITSCORE: 9.9"
/note="Pfam_scan:hit_10 (495..512);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:15; HMM_Length:18;
EVALUE:0.06; BITSCORE: 13.7"
/note="Pfam_scan:hit_11 (513..530);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:0.03; BITSCORE: 14.6"
/note="Pfam_scan:hit_12 (698..715);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:0.12; BITSCORE: 12.8"
/note="Pfam_scan:hit_13 (707..723);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:16; HMM_Length:18;
EVALUE:0.23; BITSCORE: 11.9"
/note="Pfam_scan:hit_14 (716..733);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:3.2; BITSCORE: 8.3"
/note="Pfam_scan:hit_15 (903..920);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:0.0014; BITSCORE: 18.7"
/note="Pfam_scan:hit_16 (912..929);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:16; HMM_Length:18;
EVALUE:0.0004; BITSCORE: 20.4"
/note="Pfam_scan:hit_17 (921..938);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:16; HMM_Length:18;
EVALUE:0.0048; BITSCORE: 17.1"
/note="Pfam_scan:hit_18 (930..947);
Pfam:PF00353.14:HemolysinCabind;
Pfam_type:Repeat;HMM_aln_Length:17; HMM_Length:18;
EVALUE:0.26; BITSCORE: 11.7"
/note="GO_domain:GO:0043167"
BEGIN
1 MLRALFKAML RGARRGAART NSRTPVLSSR FTPGLEALDA REVPAVVATF SAGTLTIFGD
61 NLDNTITVSR NAAGTILVNG GAVAVQGGTP TVANTALIQA FGQGGNDTIT LNEANGALPR
121 ANLFGGAGND VLTGGSGNDQ LFGQAGNDTL LGKGGSDFLF GGTENDTLTG GDADDQVFGE
181 AGDDRMIWNP GDDTDLNEGG AGTDTVEVNG GNGDEQFTAT ANGTRVRFDR LNPAPFSIDI
241 GTSEKLVVNM NGGNDMFSAT GNLAALIQIT VDGGTGNDTI LGSNGNDILR GGDGDDFIDG
301 NQGTDTAFLG AGNDVFQWDP GDGNDTVEGQ DGTDKMLFNG SNANEAFDIS ANGSRVRFTR
361 NIANIVMDLN GVETIDLNAL GGTDTVAVNN LAGTNLKTVN VNLAGTINGA AGDAAADTVT
421 VNGTNGNDII DVFGAGTSAS VVGLAATVNI TNSEGANDAL VVNALGGNDG VTASTVPAGV
481 TKLTIDGGAG NDTLLGSGGA DTIFGGDGND FVDGNQGNDT VFLGAGNDTF QWEPGDGSDT
541 VEGQDGADKM LFFGSNVAEN INIVANGGRV LFTRDVANIV MDLNDVESVE FRALGGADNV
601 VVGDLSGTDL TRVDVDLRGP VGGGDGAADT VTVNGTQGAD AFGAAGDTGG VNVFGLHTAV
661 NIFSQEPAND RLVLNGQGGD DVINATSLRA NSIQLTINGG LGNDLLIGSD GDDLINGGDG
721 NDTALMGAGN DTFVWNPGDD NDTLEGQAGF DRMVFNGANV AENIDISANG GRVRFSRNVA
781 NVVMDLNDVE GIDFNALGGA DQITINDLSG TDVTEVNLNL AGTLGGSAGD GAADTVIVNG
841 TNGDDAIVVF GTGSSAQVLG LPVAVNITGA EPANDRLVVN ALAGNDVVEA SGLTGSAIQF
901 TGNGGDGDDV LVGGAGNDTL LGGAGDDVLI GGLGNDVLDG GTGDNVLIN
//