- 100 sequences selected
- Job Title
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gb|WCZ55918.1|
- RID
- TN8RXTE9013 Search expires on 01-31 04:51 am
- Program
- BLASTP
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Program version: BLASTP 2.16.1+
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Citation
ReferenceStephen F. Altschul, Thomas L. Madden, Alejandro A. Schäffer, Jinghui Zhang, Zheng Zhang, Webb Miller, and David J. Lipman (1997), "Gapped BLAST and PSI-BLAST: a new generation of protein database search programs", Nucleic Acids Res. 25:3389-3402.Reference - compositional score matrix adjustmentStephen F. Altschul, John C. Wootton, E. Michael Gertz, Richa Agarwala, Aleksandr Morgulis, Alejandro A. Schäffer, and Yi-Kuo Yu (2005) "Protein database searches using compositionally adjusted substitution matrices", FEBS J. 272:5101-5109.
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Citation
- Database
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nr
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See details
Title:All non-redundant GenBank CDS translations+PDB+SwissProt+PIR+PRF excluding environmental samples from WGS projects
Molecule Type:Protein
Update date:2025/01/29
Number of sequences:861002161
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See details
- Query ID
- WCZ55918.1 WCZ55918.1
- Description
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MAG: S [Swine acute diarrhea syndrome related coronavirus] [Swine acute diarrhea syndrome related coronavirus]
- Molecule type
- amino acid
- Query Length
- 1133
- Other reports
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Distance tree of results
Multiple alignment
MSA viewer
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Reports are generated on using all sequences producing significant alignments. To generate reports on a subset of sequences, use the report links in the Descriptions tab while selecting specific sequences.
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Compare these results against the new Clustered nr database
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Clustered nr is the standard NCBI nr database clustered with each sequence within 90% identity and 90% length to other members of the cluster. Your BLAST search runs against a single representative sequence for each cluster.
The representative is used as a title for the cluster and can be used to fetch all the other members.
Clustered nr is smaller and more compact for searching. Results for a clustered nr search have more taxonomic depth than standard nr results.
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Sequences producing significant alignments
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Subject sequences can be removed or added from within the Descriptions tab and the selections will carry through to the other tabbed views. Use the formats in Download to save data for selected sequences. Manage Columns adds and subtracts data columns from the Descriptions table. Use the click outs to see the selected results in GenPept , Graphical Sequence Viewer , BLAST Tree View , COBALT multiple sequence alignment .
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- hover to see the title
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- Alignment Scores
- < 40
- 40 - 50
- 50 - 80
- 80 - 200
- >= 200
- Help
The graphic is an overview of the database sequences aligned to the query sequence. These are represented horizontal bars colored coded by score and showing the extent of the alignment on the query sequence. Separate aligned regions on the same database sequence are connected by a thin grey line. Mousing over an alignment shows the database sequence title. Clicking an alignment displays a box with more details about the alignment and link to the sequence alignment itself in the Alignments section of the report.
- 100 sequences selected
- Help
To select sequences, go to the Descriptions tab
Putative conserved domains have been detected, click on the image below for detailed results.
Distribution of the top 100 Blast Hits on 100 subject sequences
Query12004006008001000 -
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- Alignment view: Choose how to view alignments. The default "pairwise" view shows how each subject sequence aligns individually to the query sequence. The "query-anchored" view shows how all subject sequences align to the query sequence. For each view type, you can choose to show "identities" (matching residues) as letters or dots. more...
- CDS feature: Show annotated coding region and translation. more...
- Line length: Number of letters to show on one line in an alignment.
- 100 sequences selected
- Help
To select sequences, go to the Descriptions tab
Loading alignment... for sequences gb|WCZ55918.1|,gb|WCC62839.1|,gb|WCC63018.1|,gb|XAJ09590.1|,gb|WCC63049.1| AlignDB=on Reading indexes 1-5MAG: S [Swine acute diarrhea syndrome related coronavirus] [Swine acute diarrhea syndrome related coronavirus]WCZ55918.111331Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2360 bits(6115) 0.0() Compositional matrix adjust. 1133/1133(100%) 1133/1133(100%) 0/1133(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT Sbjct 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN Sbjct 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF Sbjct 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF Sbjct 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF Sbjct 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG Sbjct 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA Sbjct 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN Sbjct 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 Query 481 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD 540 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD Sbjct 481 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD 540 Query 541 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC Sbjct 541 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 Query 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ 660 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ Sbjct 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ 660 Query 661 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV Sbjct 661 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 Query 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL Sbjct 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 Query 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR Sbjct 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 Query 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC Sbjct 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 Query 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN Sbjct 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 Query 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM Sbjct 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 Query 1021 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI Sbjct 1021 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 Query 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133spike glycoprotein [Bat Coronavirus RpZJ20]WCC62839.111331Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2325 bits(6025) 0.0() Compositional matrix adjust. 1108/1133(98%) 1123/1133(99%) 0/1133(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MKLFTVLVLLA CRVLYCCNYVDLSLFKSILSTSKG SNTTTVVTGVYPS+N SDWFCPT Sbjct 1 MKLFTVLVLLALCRVLYCCNYVDLSLFKSILSTSKGFSNTTTVVTGVYPSINSSDWFCPT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 NVARPAGSGRG+GVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN Sbjct 61 NVARPAGSGRGIGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VTIRLCRWHRVNDFNATSH+S ASAT AFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF Sbjct 121 VTIRLCRWHRVNDFNATSHSSVASATGAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF Sbjct 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPD PDAGHCGG ACPASRAVF Sbjct 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDMPDAGHCGGAACPASRAVF 300 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNCIVNYTKWMLHGQ PDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG Sbjct 301 SNCIVNYTKWMLHGQTPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SGKA+NKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANP+KPTVGICA Sbjct 361 SGKAYNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPKKPTVGICA 420 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQA+YVRILDQVYEIAPCFEASYDVLFRSN Sbjct 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQARYVRILDQVYEIAPCFEASYDVLFRSN 480 Query 481 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD 540 QSFGLLYRSFDCNHLRMSRF+SSLHGGIPTSLGCLFNATYAPNDTM+DCVNPIGGGFCAD Sbjct 481 QSFGLLYRSFDCNHLRMSRFKSSLHGGIPTSLGCLFNATYAPNDTMIDCVNPIGGGFCAD 540 Query 541 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 FASG+AVRR+SFEKHDTTYVAPVT+ERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC Sbjct 541 FASGIAVRRMSFEKHDTTYVAPVTNERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 Query 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ 660 DVSKACK LLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+F+PSTGRFNVSQ Sbjct 601 DVSKACKTLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFIPSTGRFNVSQ 660 Query 661 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 FFLPKSQSS+GGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV Sbjct 661 FFLPKSQSSAGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 Query 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL Sbjct 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 Query 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR Sbjct 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 Query 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC Sbjct 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 Query 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN Sbjct 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 Query 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 SYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM Sbjct 961 FSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 Query 1021 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 SSELQALKNLTADM+RLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI Sbjct 1021 SSELQALKNLTADMNRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 Query 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133spike glycoprotein [Bat Coronavirus RpGX17]WCC63018.111331-
See 1 more title(s)
See all Identical Proteins(IPG) spike glycoprotein [Bat Coronavirus RpGX16]WCC63066.11133
Identical Proteins-Identical proteins to WCC63018.1Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2311 bits(5990) 0.0() Compositional matrix adjust. 1099/1133(97%) 1122/1133(99%) 0/1133(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILST+KGLSNTTTVVTGVYPSLN SDWFCPT Sbjct 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTNKGLSNTTTVVTGVYPSLNNSDWFCPT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 VARPAGSGRG+GVFAQTAHESYES+DFGAGGYTFSVSP+HVTNLTWALWVHRAWGPNAN Sbjct 61 TVARPAGSGRGIGVFAQTAHESYESSDFGAGGYTFSVSPSHVTNLTWALWVHRAWGPNAN 120 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VTIRLCRWHR+NDFNATSH+SAASAT AFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF Sbjct 121 VTIRLCRWHRINDFNATSHSSAASATGAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF Sbjct 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VNALQCKL RFDISPGIYSNSEVEYPSMLYTVVYNMS CP RPDAG+CGG CPASRAVF Sbjct 241 VNALQCKLLRFDISPGIYSNSEVEYPSMLYTVVYNMSSCPARPDAGNCGGSVCPASRAVF 300 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNC+VNYTKWMLHGQNPDATP+EDYAHLILPNGK+NPFVECNGLNRIVEGCVPGFVLRVG Sbjct 301 SNCVVNYTKWMLHGQNPDATPVEDYAHLILPNGKLNPFVECNGLNRIVEGCVPGFVLRVG 360 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SGKAFNKTVNTPYLKPYECFGWSWNDP+DGYYDWWIAHFVSSGAFVCEANP+KPTVGICA Sbjct 361 SGKAFNKTVNTPYLKPYECFGWSWNDPNDGYYDWWIAHFVSSGAFVCEANPKKPTVGICA 420 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQG+LYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN Sbjct 421 TYTVEKVTFQGILYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 Query 481 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD 540 QSFGLLYRSFDCNHLRMSRFRSSLH GIPTSLGCLFNATYAPNDTMV+C NP+GGGFCAD Sbjct 481 QSFGLLYRSFDCNHLRMSRFRSSLHDGIPTSLGCLFNATYAPNDTMVNCANPVGGGFCAD 540 Query 541 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 F+SGVAVRRI+FEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC Sbjct 541 FSSGVAVRRIAFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 Query 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ 660 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+FVPSTGRFNVSQ Sbjct 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFVPSTGRFNVSQ 660 Query 661 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 FFLPKSQSS+ GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV Sbjct 661 FFLPKSQSSAQGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 Query 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL Sbjct 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 Query 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEAL+SG+TENFGAISTNFKVITQR Sbjct 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALVSGITENFGAISTNFKVITQR 840 Query 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC Sbjct 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 Query 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN Sbjct 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 Query 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM Sbjct 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 Query 1021 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 SSELQALKNLTADMS+LNI+AEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI Sbjct 1021 SSELQALKNLTADMSKLNITAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 Query 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133surface glycoprotein [Rhinacovirus sp.]XAJ09590.111331Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2286 bits(5925) 0.0() Compositional matrix adjust. 1087/1133(96%) 1115/1133(98%) 0/1133(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MKLFTVLV LAS RVLYCCNYVDLSLF SILST+KGLSNTTTVVTGVYPSLN SDWFCPT Sbjct 1 MKLFTVLVFLASFRVLYCCNYVDLSLFNSILSTNKGLSNTTTVVTGVYPSLNTSDWFCPT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 NVARPAGSGRG+GVFAQTAHESYESTDFGAGGYTFSVSPA VTNLTWALWVHRAWGPNAN Sbjct 61 NVARPAGSGRGIGVFAQTAHESYESTDFGAGGYTFSVSPARVTNLTWALWVHRAWGPNAN 120 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VTIRLCRWHRVNDFNATSH+S A AT AFECLVNGSFPSHHHRGYMFGVTWYND VRILF Sbjct 121 VTIRLCRWHRVNDFNATSHSSPAGATGAFECLVNGSFPSHHHRGYMFGVTWYNDFVRILF 180 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNV KQLSSILV+TDIHGAVQRFSYCDAGF Sbjct 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVAKQLSSILVATDIHGAVQRFSYCDAGF 240 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VNALQCKLQRFDI+ GIYSNSEVEYPSMLYTVVYNMS+CP RPDAG+CGG +CPASRAVF Sbjct 241 VNALQCKLQRFDIASGIYSNSEVEYPSMLYTVVYNMSLCPARPDAGNCGGSSCPASRAVF 300 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNC+VNYT WMLHGQNPDATP+EDYAHLILPNGK+NPFVECNGLNRIV+GCVPGFVLRVG Sbjct 301 SNCVVNYTTWMLHGQNPDATPVEDYAHLILPNGKLNPFVECNGLNRIVDGCVPGFVLRVG 360 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SGKAFNKTV+TPYLKPYECFGWSWNDP+DGYYDWWIAHFVSSGAFVCE+NP+KPTVGICA Sbjct 361 SGKAFNKTVHTPYLKPYECFGWSWNDPTDGYYDWWIAHFVSSGAFVCESNPKKPTVGICA 420 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQG+LYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN Sbjct 421 TYTVEKVTFQGILYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 Query 481 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD 540 QSFGLLYRSFDCNHLRMSRFRSSLH GIPTSLGCLFNATYAPNDTMV+C NP+GGGFCAD Sbjct 481 QSFGLLYRSFDCNHLRMSRFRSSLHDGIPTSLGCLFNATYAPNDTMVNCANPVGGGFCAD 540 Query 541 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 F+SGVAVRRI+FEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC Sbjct 541 FSSGVAVRRIAFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 Query 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ 660 DVSKACK+LLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS FVPSTGRFNVSQ Sbjct 601 DVSKACKDLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSAFVPSTGRFNVSQ 660 Query 661 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 FFLPKSQSSS GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV Sbjct 661 FFLPKSQSSSQGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 Query 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL Sbjct 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 Query 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEAL+SG+TENFGAISTNFKVITQR Sbjct 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALVSGITENFGAISTNFKVITQR 840 Query 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC Sbjct 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 Query 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN Sbjct 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 Query 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNST+SIDDEFLQYFQNM Sbjct 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTASIDDEFLQYFQNM 1020 Query 1021 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 SSELQALKNLTADMS+LNI+AEIELINEIA+NVSNMRIEVEKFQRYVTYIKWSWWQWLLI Sbjct 1021 SSELQALKNLTADMSKLNITAEIELINEIAHNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 Query 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133spike glycoprotein [Bat Coronavirus RpGX17]WCC63049.111341Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2268 bits(5876) 0.0() Compositional matrix adjust. 1083/1134(96%) 1107/1134(97%) 1/1134(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILST+KGLSNTTTVVTGVYPSLN SDWFCPT Sbjct 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTNKGLSNTTTVVTGVYPSLNNSDWFCPT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 VARPAGSGRG+GVFAQTAHESYES+DFGAGGYTFSVSP+HVTNLTWALWVHRAWGPNAN Sbjct 61 TVARPAGSGRGIGVFAQTAHESYESSDFGAGGYTFSVSPSHVTNLTWALWVHRAWGPNAN 120 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VTIRLCRWHR+NDFNATSH+SAASAT AFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF Sbjct 121 VTIRLCRWHRINDFNATSHSSAASATGAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF Sbjct 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VNALQCKL RFDISPGIYSNSEVEYPSMLYTVVYNMS CP RPDAG+CGG CPASRAVF Sbjct 241 VNALQCKLLRFDISPGIYSNSEVEYPSMLYTVVYNMSSCPARPDAGNCGGSVCPASRAVF 300 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNC+VNYTKWMLHGQNPDATP+EDYAHLILPNGK+NPFVECNGLNRIVEGCVPGFVLRVG Sbjct 301 SNCVVNYTKWMLHGQNPDATPVEDYAHLILPNGKLNPFVECNGLNRIVEGCVPGFVLRVG 360 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SGKAFNKTVNTPYLKPYECFGWSWNDP+DGYYDWWIA FVSSGA VCE+NP PTVGICA Sbjct 361 SGKAFNKTVNTPYLKPYECFGWSWNDPTDGYYDWWIADFVSSGAIVCESNPMPPTVGICA 420 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQG+LYESNFTFS YYNLLYVGSQ KYVRILD+VYEIA CFEASYDVLFRS+ Sbjct 421 TYTVEKVTFQGILYESNFTFSSYYNLLYVGSQVKYVRILDKVYEIAACFEASYDVLFRSS 480 Query 481 QSFGLLYRSFDCNHLRMSRFRSSL-HGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCA 539 QSFG+LYRSFDC+HL SR+RS+L GIPTSLGCLFNATYAPNDTMVDC NP GGGFCA Sbjct 481 QSFGVLYRSFDCSHLSRSRYRSTLPSNGIPTSLGCLFNATYAPNDTMVDCANPPGGGFCA 540 Query 540 DFASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 599 D VAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI Sbjct 541 DLTRAVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 600 Query 600 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVS 659 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+FVPSTGRFNVS Sbjct 601 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFVPSTGRFNVS 660 Query 660 QFFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 719 QFFLPKSQSSS GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL Sbjct 661 QFFLPKSQSSSQGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 720 Query 720 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK 779 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK Sbjct 721 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK 780 Query 780 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ 839 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEAL+SG+TENFGAISTNFKVITQ Sbjct 781 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALVSGITENFGAISTNFKVITQ 840 Query 840 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 899 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF Sbjct 841 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 900 Query 900 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 959 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA Sbjct 901 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 960 Query 960 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1019 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN Sbjct 961 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1020 Query 1020 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1079 MSSELQALKNLTADMS+LNI+AEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL Sbjct 1021 MSSELQALKNLTADMSKLNITAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1080 Query 1080 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1081 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1134Loading alignment... for sequences gb|WCC62818.1|,gb|WCC62825.1|,gb|WCC62832.1|,gb|WCC63035.1|,gb|WCC63042.1| AlignDB=on Reading indexes 6-10spike glycoprotein [Bat Coronavirus RpGX16]WCC62818.111251Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2158 bits(5591) 0.0() Compositional matrix adjust. 1039/1133(92%) 1082/1133(95%) 8/1133(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MKLFTVLVLLASCRVLYCC VD +LF +I ST +GLSNTTTVVTGVYPSLN SDWFCPT Sbjct 1 MKLFTVLVLLASCRVLYCCESVDFNLFNTIFSTHRGLSNTTTVVTGVYPSLNNSDWFCPT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 VARPAGSGRG+GVFAQTAHESYES+DFGAGGYTFSVSP+HVTNLTWALWVHRAWGPNAN Sbjct 61 TVARPAGSGRGIGVFAQTAHESYESSDFGAGGYTFSVSPSHVTNLTWALWVHRAWGPNAN 120 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VTIRLCRWHR+NDFNATSH+SAASAT AFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF Sbjct 121 VTIRLCRWHRINDFNATSHSSAASATGAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF Sbjct 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VNALQCKL RFDI PG+YSNSEVEYP+ LYTVV+NMS CP+RPD+ +CG +CP RAVF Sbjct 241 VNALQCKLLRFDIPPGVYSNSEVEYPTALYTVVHNMSACPERPDS-YCGSNSCPFKRAVF 299 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNCIVNYT W+ NPD D+ HLILPNGK NPF ECNGLNRIV+GCVPGFVLRVG Sbjct 300 SNCIVNYTTWV----NPDQ---RDFQHLILPNGKFNPFTECNGLNRIVDGCVPGFVLRVG 352 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 GKA N+T+ TPYLKP ECFGWSWND D YDWWIA FVS+GAFVCE+NP+ P G+C Sbjct 353 RGKAVNRTIVTPYLKPNECFGWSWNDNQDSIYDWWIADFVSTGAFVCESNPEAPKTGVCV 412 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQGVLYESNFTF+ YYNLLYVGSQ +YVRIL +VYE++ CFEASYDVL+R+N Sbjct 413 TYTVEKVTFQGVLYESNFTFAQYYNLLYVGSQLRYVRILGKVYEVSSCFEASYDVLYRNN 472 Query 481 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD 540 QSFGLLYRSFDCNHLRMSRFRSSLH GIPTSLGCLFNATYAPNDTMV+C NP+GGGFCAD Sbjct 473 QSFGLLYRSFDCNHLRMSRFRSSLHDGIPTSLGCLFNATYAPNDTMVNCANPVGGGFCAD 532 Query 541 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 F+SGVAVRRI+FEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC Sbjct 533 FSSGVAVRRIAFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 592 Query 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ 660 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+FVPSTGRFNVSQ Sbjct 593 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFVPSTGRFNVSQ 652 Query 661 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 FFLPKSQSS+ GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV Sbjct 653 FFLPKSQSSAQGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 712 Query 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL Sbjct 713 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 772 Query 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEAL+SG+TENFGAISTNFKVITQR Sbjct 773 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALVSGITENFGAISTNFKVITQR 832 Query 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC Sbjct 833 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 892 Query 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN Sbjct 893 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 952 Query 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM Sbjct 953 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1012 Query 1021 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 SSELQALKNLTADMS+LNI+AEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI Sbjct 1013 SSELQALKNLTADMSKLNITAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1072 Query 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEK+H+Q Sbjct 1073 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKVHVQ 1125spike glycoprotein [Bat Coronavirus RpGX17]WCC62825.111251Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2135 bits(5531) 0.0() Compositional matrix adjust. 1026/1133(91%) 1073/1133(94%) 8/1133(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MK T+L L AS RVLY C +VD +LF SILST +GLSNTT+V+TG YPS N+S+WFC T Sbjct 1 MKFLTILTLFASIRVLYGCQHVDFNLFNSILSTHRGLSNTTSVITGAYPSTNRSEWFCTT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 V RP G GRG+G+FAQTAHESYES+DFGAGGYTFSVSP+HVTNLTWALWVHRAWGPNAN Sbjct 61 GVGRPVGEGRGIGIFAQTAHESYESSDFGAGGYTFSVSPSHVTNLTWALWVHRAWGPNAN 120 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VTIRLCRWHR+NDFNATSH+SAASAT AFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF Sbjct 121 VTIRLCRWHRINDFNATSHSSAASATGAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF Sbjct 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VNALQCKL RFDI PG+YSNSEVEYP+ LYTVV+NMS CP+RPD+ +CG +CP RAVF Sbjct 241 VNALQCKLLRFDIPPGVYSNSEVEYPTALYTVVHNMSACPERPDS-YCGSNSCPFKRAVF 299 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNCIVNYT W+ NPD D+ HLILPNGK NPF ECNGLNRIV+GCVPGFVLRVG Sbjct 300 SNCIVNYTTWV----NPDQ---RDFQHLILPNGKFNPFTECNGLNRIVDGCVPGFVLRVG 352 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 GKA N+T+ TPYLKP ECFGWSWND D YDWWIA FVS+GAFVCE+NP+ P G+C Sbjct 353 RGKAVNRTIVTPYLKPNECFGWSWNDNQDSIYDWWIADFVSTGAFVCESNPEAPKTGVCV 412 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQGVLYESNFTF+ YYNLLYVGSQ +YVRIL +VYE++ CFEASYDVL+R+N Sbjct 413 TYTVEKVTFQGVLYESNFTFAQYYNLLYVGSQLRYVRILGKVYEVSSCFEASYDVLYRNN 472 Query 481 QSFGLLYRSFDCNHLRMSRFRSSLHGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCAD 540 QSFGLLYRSFDCNHLRMSRFRSSLH GIPTSLGCLFNATYAPNDTMV+C NP+GGGFCAD Sbjct 473 QSFGLLYRSFDCNHLRMSRFRSSLHDGIPTSLGCLFNATYAPNDTMVNCANPVGGGFCAD 532 Query 541 FASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 600 F+SGVAVRRI+FEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC Sbjct 533 FSSGVAVRRIAFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYIC 592 Query 601 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVSQ 660 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+FVPSTGRFNVSQ Sbjct 593 DVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFVPSTGRFNVSQ 652 Query 661 FFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 720 FFLPKSQSS+ GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV Sbjct 653 FFLPKSQSSAQGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLLV 712 Query 721 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 780 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL Sbjct 713 IPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNKL 772 Query 781 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQR 840 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEAL+SG+TENFGAISTNFKVITQR Sbjct 773 ANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALVSGITENFGAISTNFKVITQR 832 Query 841 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 900 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC Sbjct 833 LDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGFC 892 Query 901 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 960 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN Sbjct 893 GQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSAN 952 Query 961 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1020 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM Sbjct 953 LSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQNM 1012 Query 1021 SSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1080 SSELQALKNLTADMS+LNI+AEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI Sbjct 1013 SSELQALKNLTADMSKLNITAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLLI 1072 Query 1081 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1073 FIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1125spike glycoprotein [Bat Coronavirus RpZJ20]WCC62832.111321Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2113 bits(5475) 0.0() Compositional matrix adjust. 1007/1134(89%) 1059/1134(93%) 3/1134(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MK FT+L L AS RVLY C YVD +LF SILST +GLSN T+V+TGVYPS N+SDW C T Sbjct 1 MKFFTILTLFASIRVLYGCQYVDFNLFNSILSTHRGLSNATSVITGVYPSTNRSDWVCVT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 V RP G G G+GVFAQTA E Y + AGGYT +VSP HVTNLTW LWVHR WG +AN Sbjct 61 GVGRPVGEGNGIGVFAQTASEQY--VEALAGGYTIAVSPTHVTNLTWELWVHRKWGVDAN 118 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VT+RLCRW N FNATSH++ A TSAFECL+NGS+P+H + GYMFGVTWYNDLVR++F Sbjct 119 VTVRLCRWSHFNRFNATSHDADAGPTSAFECLINGSYPTHRNTGYMFGVTWYNDLVRVVF 178 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTV E+QLDGLQWE VQ+TGPV+ +TRFNVVK +S++LV TD+ G V R+SYC GF Sbjct 179 PPTVLEIQLDGLQWERVQFTGPVHKSHVTRFNVVKDISNVLVQTDVSGDVVRYSYCADGF 238 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VN LQCKL+ FDI PG+YSNSEVEYPSMLYTVVYNMS CPDRPDA CGG CPASRAVF Sbjct 239 VNGLQCKLKLFDIPPGVYSNSEVEYPSMLYTVVYNMSRCPDRPDASFCGGKPCPASRAVF 298 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNCIVNYTKWMLHG NPD TP+EDYAHLILPNGK+NPFVECNGLNRIV+GCVPGFVLRVG Sbjct 299 SNCIVNYTKWMLHGVNPDQTPLEDYAHLILPNGKLNPFVECNGLNRIVDGCVPGFVLRVG 358 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SG+AFNKT+N PYL+PYECFGWSWNDP+DGYYDWWIA FVSSGA+VCEANP +P VG+CA Sbjct 359 SGRAFNKTINIPYLRPYECFGWSWNDPTDGYYDWWIADFVSSGAYVCEANPTRPRVGVCA 418 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQG+LYESNFTFS YYNLLYVGSQ KYVRILD+VYEIA CFEASYDVL++S+ Sbjct 419 TYTVEKVTFQGILYESNFTFSSYYNLLYVGSQVKYVRILDKVYEIASCFEASYDVLYKSS 478 Query 481 QSFGLLYRSFDCNHLRMSRFRSSL-HGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCA 539 QSFG+LYRSFDC+HLR SR+RS+L G PTSLGCLFNATYAPNDTMVDCVNPIGGGFCA Sbjct 479 QSFGVLYRSFDCSHLRRSRYRSTLPSNGTPTSLGCLFNATYAPNDTMVDCVNPIGGGFCA 538 Query 540 DFASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 599 DFASGV VRRISFEKHDTTYVAPVT+ERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI Sbjct 539 DFASGVVVRRISFEKHDTTYVAPVTNERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 598 Query 600 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVS 659 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+FVPSTGRFNVS Sbjct 599 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFVPSTGRFNVS 658 Query 660 QFFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 719 QFFLPKSQSSS GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL Sbjct 659 QFFLPKSQSSSDGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 718 Query 720 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK 779 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK Sbjct 719 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK 778 Query 780 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ 839 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ Sbjct 779 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ 838 Query 840 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 899 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF Sbjct 839 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 898 Query 900 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 959 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA Sbjct 899 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 958 Query 960 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1019 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN Sbjct 959 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1018 Query 1020 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1079 MSSELQALKNLTADM+RLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL Sbjct 1019 MSSELQALKNLTADMNRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1078 Query 1080 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1079 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1132spike glycoprotein [Bat Coronavirus RpZJ20]WCC63035.111321-
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See all Identical Proteins(IPG) spike glycoprotein [Bat Coronavirus RpZJ20]WCC63073.11132
Identical Proteins-Identical proteins to WCC63035.1Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2113 bits(5475) 0.0() Compositional matrix adjust. 1007/1134(89%) 1059/1134(93%) 3/1134(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MK FT+L L AS RVLY C YVD +LF SILST +GLSN T+V+TGVYPS N+SDW C T Sbjct 1 MKFFTILTLFASIRVLYGCQYVDFNLFNSILSTHRGLSNATSVITGVYPSTNRSDWVCVT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 V RP G G G+GVFAQTA E Y + AGGYT +VSP HVTNLTW LWVHR WG +AN Sbjct 61 GVGRPVGEGNGIGVFAQTASEQY--VEALAGGYTIAVSPTHVTNLTWELWVHRKWGVDAN 118 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VT+RLCRW N FNATSH++ A TSAFECL+NGS+P+H + GYMFGVTWYNDLVR++F Sbjct 119 VTVRLCRWSHFNRFNATSHDADAGPTSAFECLINGSYPTHRNTGYMFGVTWYNDLVRVVF 178 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTV E+QLDGLQWE VQ+TGPV+ +TRFNVVK +S++LV TD+ G V R+SYC GF Sbjct 179 PPTVLEIQLDGLQWERVQFTGPVHKSHVTRFNVVKDISNVLVQTDVSGDVVRYSYCADGF 238 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VN LQCKL+ FDI PG+YSNSEVEYPSMLYTVVYNMS CPDRPDA CGG CPASRAVF Sbjct 239 VNGLQCKLKLFDIPPGVYSNSEVEYPSMLYTVVYNMSRCPDRPDASFCGGKPCPASRAVF 298 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNCIVNYTKWMLHG NPD TP+EDYAHLILPNGK+NPFVECNGLNRIV+GCVPGFVLRVG Sbjct 299 SNCIVNYTKWMLHGVNPDQTPLEDYAHLILPNGKLNPFVECNGLNRIVDGCVPGFVLRVG 358 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SG+AFNKT+N PYL+PYECFGWSWNDP+DGYYDWWIA FVSSGA+VCEANP +P VG+CA Sbjct 359 SGRAFNKTINIPYLRPYECFGWSWNDPTDGYYDWWIADFVSSGAYVCEANPTRPRVGVCA 418 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQG+LYESNFTFS YYNLLYVGSQ KYVRILD+VYEIA CFEASYDVL++S+ Sbjct 419 TYTVEKVTFQGILYESNFTFSSYYNLLYVGSQVKYVRILDKVYEIASCFEASYDVLYKSS 478 Query 481 QSFGLLYRSFDCNHLRMSRFRSSL-HGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCA 539 QSFG+LYRSFDC+HLR SR+RS+L G PTSLGCLFNATYAPNDTMVDCVNPIGGGFCA Sbjct 479 QSFGVLYRSFDCSHLRRSRYRSTLPSNGTPTSLGCLFNATYAPNDTMVDCVNPIGGGFCA 538 Query 540 DFASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 599 DFASGV VRRISFEKHDTTYVAPVT+ERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI Sbjct 539 DFASGVVVRRISFEKHDTTYVAPVTNERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 598 Query 600 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVS 659 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+FVPSTGRFNVS Sbjct 599 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFVPSTGRFNVS 658 Query 660 QFFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 719 QFFLPKSQSSS GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL Sbjct 659 QFFLPKSQSSSDGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 718 Query 720 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK 779 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALV+DVNK Sbjct 719 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVDDVNK 778 Query 780 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ 839 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ Sbjct 779 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ 838 Query 840 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 899 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF Sbjct 839 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 898 Query 900 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 959 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA Sbjct 899 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 958 Query 960 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1019 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN Sbjct 959 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1018 Query 1020 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1079 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL Sbjct 1019 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1078 Query 1080 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1079 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1132spike glycoprotein [Bat Coronavirus RpZJ20]WCC63042.111321Alignment statistics for match #1 Score Expect Method Identities Positives Gaps Frame 2110 bits(5468) 0.0() Compositional matrix adjust. 1006/1134(89%) 1058/1134(93%) 3/1134(0%) Query 1 MKLFTVLVLLASCRVLYCCNYVDLSLFKSILSTSKGLSNTTTVVTGVYPSLNKSDWFCPT 60 MK FT+L L AS RVLY C YVD +LF SILST +GLSN T+V+TGVYPS N+SDW C T Sbjct 1 MKFFTILTLFASIRVLYGCQYVDFNLFNSILSTHRGLSNATSVITGVYPSTNRSDWVCVT 60 Query 61 NVARPAGSGRGVGVFAQTAHESYESTDFGAGGYTFSVSPAHVTNLTWALWVHRAWGPNAN 120 V RP G G G+GVFAQTA E Y + AGGYT +VSP HVTNLTW LWVHR WG +AN Sbjct 61 GVGRPVGEGNGIGVFAQTASEQY--VEALAGGYTIAVSPTHVTNLTWELWVHRKWGVDAN 118 Query 121 VTIRLCRWHRVNDFNATSHNSAASATSAFECLVNGSFPSHHHRGYMFGVTWYNDLVRILF 180 VT+RLCRW N FNATSH++ A TSAFECL+NGS+P+H + GYMFGVTWYNDLVR++F Sbjct 119 VTVRLCRWSHFNRFNATSHDADAGPTSAFECLINGSYPTHRNTGYMFGVTWYNDLVRVVF 178 Query 181 PPTVFEMQLDGLQWEYVQYTGPVNSGRMTRFNVVKQLSSILVSTDIHGAVQRFSYCDAGF 240 PPTV E+QLDGLQWE VQ+TGPV+ +TRFNVVK +S++LV TD+ G V R+SYC GF Sbjct 179 PPTVLEIQLDGLQWERVQFTGPVHKSHVTRFNVVKDISNVLVQTDVSGDVVRYSYCADGF 238 Query 241 VNALQCKLQRFDISPGIYSNSEVEYPSMLYTVVYNMSVCPDRPDAGHCGGVACPASRAVF 300 VN LQCKL+ FDI PG+YSNSEVEYPSMLYTVVYNMS CPDRPDA CGG CPASRAVF Sbjct 239 VNGLQCKLKLFDIPPGVYSNSEVEYPSMLYTVVYNMSRCPDRPDASFCGGKPCPASRAVF 298 Query 301 SNCIVNYTKWMLHGQNPDATPIEDYAHLILPNGKVNPFVECNGLNRIVEGCVPGFVLRVG 360 SNCIVNYTKWMLHG NPD TP+EDYAHLILPNGK+NPFVECNGLNRIV+GCVPGFVLRVG Sbjct 299 SNCIVNYTKWMLHGVNPDQTPLEDYAHLILPNGKLNPFVECNGLNRIVDGCVPGFVLRVG 358 Query 361 SGKAFNKTVNTPYLKPYECFGWSWNDPSDGYYDWWIAHFVSSGAFVCEANPQKPTVGICA 420 SG+AFNKT+N PYL+PYECFGWSWNDP+DGYYDWWIA FVSSGA+VCEANP +P VG+CA Sbjct 359 SGRAFNKTINIPYLRPYECFGWSWNDPTDGYYDWWIADFVSSGAYVCEANPTRPRVGVCA 418 Query 421 TYTVEKVTFQGVLYESNFTFSPYYNLLYVGSQAKYVRILDQVYEIAPCFEASYDVLFRSN 480 TYTVEKVTFQG+LYESNFTFS YYNLLYVGSQ KYVRILD+VYEIA CFEASYDVL++S+ Sbjct 419 TYTVEKVTFQGILYESNFTFSSYYNLLYVGSQVKYVRILDKVYEIASCFEASYDVLYKSS 478 Query 481 QSFGLLYRSFDCNHLRMSRFRSSL-HGGIPTSLGCLFNATYAPNDTMVDCVNPIGGGFCA 539 QSFG+LYRSFDC+HLR SR+RS+L G PTSLGCLFNATYAPNDTMVDCVNPIGGGFCA Sbjct 479 QSFGVLYRSFDCSHLRRSRYRSTLPSNGTPTSLGCLFNATYAPNDTMVDCVNPIGGGFCA 538 Query 540 DFASGVAVRRISFEKHDTTYVAPVTSERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 599 DFASGV VRRISFEKHDTTYVAPVT+ERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI Sbjct 539 DFASGVVVRRISFEKHDTTYVAPVTNERYVEMPLDHQLILTEQFLQTTMPKFSINCETYI 598 Query 600 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSTFVPSTGRFNVS 659 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTS+FVPSTGRFNVS Sbjct 599 CDVSKACKNLLFRYGGFCQKIESDIRGAGVLLDSDVSDLYSTIAAKTSSFVPSTGRFNVS 658 Query 660 QFFLPKSQSSSGGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 719 QFFLPKSQSSS GYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL Sbjct 659 QFFLPKSQSSSDGYESRSAIEDFFFTKIETSGPSFYGDYYNCKKNAIQDLTCAQYHNGLL 718 Query 720 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVEDVNK 779 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALV+DVNK Sbjct 719 VIPPIMDADTIGMYGGIAAASMTLGVFGGQLGMITWSVAMAGRLNALGVVQNALVDDVNK 778 Query 780 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ 839 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ Sbjct 779 LANGFNQLTASVGKLALSTSSALQAIQTVVNQNAAQVEALISGVTENFGAISTNFKVITQ 838 Query 840 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 899 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF Sbjct 839 RLDKLEADVQMDRLINGRMNVLQLFVTNYKLRVAELRNTHRYVQSLINECVYAQSLRNGF 898 Query 900 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 959 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA Sbjct 899 CGQGLHVLSIMQNAPSGIMFFHYSLIPNNTIIVRTTPGLCESDELGSKCIVAKDGVFVSA 958 Query 960 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1019 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN Sbjct 959 NLSYWQWSPRNVYKPVNLTFSNVIAVSRGANYTTLNRTFDIPELNSTSSIDDEFLQYFQN 1018 Query 1020 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1079 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL Sbjct 1019 MSSELQALKNLTADMSRLNISAEIELINEIAYNVSNMRIEVEKFQRYVTYIKWSWWQWLL 1078 Query 1080 IFIALTLLAGLMLWCCLATGCCGACGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1133 IFIALTLLAGLMLWCCLATGCCG CGCIAASCASCCDCRGTKLKTYEVEKIHIQ Sbjct 1079 IFIALTLLAGLMLWCCLATGCCGTCGCIAASCASCCDCRGTKLKTYEVEKIHIQ 1132 -
Reports
- 100 sequences selected
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