| Protein Id: YP_009361857.1 |
Length: 1345 aa |
| Description: spike protein Bat coronavirus. |
Molecule type: linear |
| Data category: VRL |
Date: 24-Aug-20 |
| Source: Bat coronavirus |
| Class virus: Coronaviridae |
Virus name: Bat coronavirus |
| Host: Pipistrellus cf. hesperidus; specimen voucher: |
Authors: Anthony;S.J.; Gilardi;K.; Menachery;V.D.; Goldstein;T.; Ssebide;B.; Mbabazi;R.; Navarrete-Macias;I.; Liang;E.; Wells;H.; Hicks;A.; Petrosov;A.; Byarugaba;D.K.; Debbink;K.; Dinnon;K.H.; Scobey;T.; Randell;S.H.; Yount;B.L.; Cranfield;M.; Johnson;C.K.; Baric;R.S.; Lipkin;W.I. and Mazet;J.A. |
| Title: Further Evidence for Bats as the Evolutionary Source of Middle East Respiratory Syndrome Coronavirus |
Journal: MBio 8 (2); e00373-17 (2017) |
| Taxonomy: Bat coronavirus Viruses; Riboviria; Orthornavirae; Pisuviricota; Pisoniviricetes; Nidovirales; Cornidovirineae; Coronaviridae; Coronavirinae; unclassified Coronavirinae. |
| db_xref: """taxon:1508220, CDD:318618, CDD:312790, CDD:279881, GeneID:37627554""" |
| Sequence: MTYSVSLLMCLLTFIGANAKIVSIPGGVGTGACPQVDMQPSYFIKHNWPEPIDMNKADGVIYPNGRTYSNITLQTTNLFPRNGDLGTQYVYSASNEKSRTSNVAFISNYSYYGNPFGDGIVIRIGQNSNKTGSVIVGTAQTTIKKIYPALMLGSSFGNFSVNNKSGAYFNHTLLILPSKCGTVFQVAYCLLQPRTDSYCPGNANYVSYALIDSPTDCTSADESKRRNGLEDIKKYFNLVNCTYFEEFNVTADERAEWFGITQDSQGVHLYTSRKNGFNSNNLFLFASVPIYDKINYYTVIPRSIITPANQRSAWAAFYVYPLHQLSYLLNFDVNGYITQAADCGYNDYTQLVCSYGDFNMKSGVYSTSYYSAKPVGAYYEAHVYPDCNFTDLFRENAPTIMQYKRQVFTRCNYNLTLLLSLVQVDEFVCDKITPEALATGCYSSLTVDWFAFPYAWKSYLAIGSADRIVRFNYNQDYSNPSCRIHSKVNSSVGISYSGLYSYITNCNYGGFNKDDVVKPGGRASQPCVTGALNSPTNGQVWSFNFGGVPYRTSRLTYTDHLKNPLDMVYVITVKYEPGAETVCPKQVRPDYSTNITGLLGSCISYDIYGITGTGVFQLCNATGIPQQKFVYDKFDNIIGFHSDDGNYYCVAPCVSVPVSVIYDDNTNQYATLFGSVACQHISTMAAQFSRETRASLVSRNMQNLLQTSVGCVMGFHETNDTVEDCNLSLGQSLCAIPPNTNLRVGRSTFGLGSLAYNSPLRVDALNSSEFKVSLPLNFTFGVTQEYIETSIQKITVDCKQYVCNGFAKCEKLLEQYGQFCSKINQALHGANLRQDDFVRNLFESVKTPQTVPLTTGFGGEFNLTLLEPLSVSTGSSNARSALEELLFDKVTIADPGYMQGYDDCMQQGPASARDLICAQYVAGYKVLPPLMDVNMEAAYTSSLLGSIAGAGWTAGLSSFAAIPFAQSIFYRLNGVGITQQVLSENQKIIANKFNQALGAMQTGFTTTNEAFQKVQDAVNTNAQALAKLASELSNTFGAISSSIGDIIQRLDVLEQEVQIDRLINGRLTTLNAFVAQQLVRSESAARSAQLAKDKVNECVKSQSTRSGFCGQGTHIVSFVINAPNGLYFMHVGYHPSQHIEVVAAYGLCDAANPTNCIAPVNGYFIKNQTTRGVDDWSYTGSSFYAPEPITTLNTRYVAPQVTFQNISTNLPPPLLGNSTGTDFKDELDEFFKNVSTSIPNFGALTQINTTLLDLSDEMLALQQVVKALNESYIDLKELGNYTYYNKWPWYIWLGFIAGLLALALCVFFILCCTGCGTSCLGKLKCNRCCDKYEEYDLEPHKIHIH |
Nucleotide
| Nucleotide_Id: NC_034440.1 |
Length: 4038bp |
| Description: Bat coronavirus isolate PREDICT/PDF-2180; complete genome |
Source: Bat coronavirus |
| Nucleotide_type: RNA |
Molecule type: linear |
| Data category: VRL |
Date: 20-Nov-20 |
| Class virus: Coronaviridae |
Virus name: Bat coronavirus |
| CDS: NC_034440.1:21232..25269 |
Host: Pipistrellus cf. hesperidus; specimen voucher: |
| Authors: Anthony;S.J.; Gilardi;K.; Menachery;V.D.; Goldstein;T.; Ssebide;B.; Mbabazi;R.; Navarrete-Macias;I.; Liang;E.; Wells;H.; Hicks;A.; Petrosov;A.; Byarugaba;D.K.; Debbink;K.; Dinnon;K.H.; Scobey;T.; Randell;S.H.; Yount;B.L.; Cranfield;M.; Johnson;C.K.; Baric;R.S.; Lipkin;W.I. and Mazet;J.A. |
Journal: MBio 8 (2); e00373-17 (2017) |
| Title: Further Evidence for Bats as the Evolutionary Source of Middle East Respiratory Syndrome Coronavirus |
db_xref: taxon:1508220; GeneID:37627555; GeneID:37627558; GeneID:37627558; GeneID:37627558; GeneID:37627554; GeneID:37627554; GeneID:37627553; GeneID:37627553; GeneID:37627559; GeneID:37627559; GeneID:37627560; GeneID:37627560; GeneID:37627562; GeneID:37627562; GeneID:37627561; GeneID:37627561; GeneID:37627556; GeneID:37627556; GeneID:37627557; GeneID:37627557; GeneID:37627557 |
| Taxonomy: Bat coronavirus Viruses; Riboviria; Orthornavirae; Pisuviricota; Pisoniviricetes; Nidovirales; Cornidovirineae; Coronaviridae; Coronavirinae; unclassified Coronavirinae. |
| Sequence: ATGACGTACTCAGTGTCTCTACTGATGTGCTTGTTAACTTTTATAGGGGCAAACGCTAAAATTGTGTCGATACCTGGTGGTGTCGGTACTGGAGCTTGTCCCCAGGTTGATATGCAGCCCAGTTATTTTATAAAGCATAACTGGCCTGAACCTATTGACATGAATAAGGCAGACGGTGTCATCTACCCAAATGGCCGCACTTATTCTAACATCACATTACAGACCACTAATCTGTTTCCTCGTAATGGTGATTTAGGCACTCAGTATGTCTATTCAGCATCTAATGAGAAAAGCCGCACTAGCAATGTGGCTTTTATTAGTAATTATTCATACTATGGCAATCCCTTTGGCGACGGCATTGTCATACGTATAGGTCAAAATTCTAATAAGACTGGTAGTGTCATTGTGGGCACAGCACAGACTACTATTAAAAAGATCTACCCAGCTCTTATGCTTGGTAGTTCTTTTGGCAATTTCTCTGTTAATAATAAGTCAGGTGCTTATTTTAATCACACCCTTCTTATCTTACCTAGCAAGTGTGGCACTGTATTTCAGGTGGCATACTGCCTTCTACAACCAAGGACTGACTCTTATTGTCCCGGTAATGCTAACTATGTTAGCTATGCACTCATTGATTCTCCTACGGATTGTACATCTGCGGATGAATCTAAACGTAGGAATGGTCTTGAGGACATTAAAAAGTACTTCAATTTGGTCAATTGTACCTATTTTGAAGAGTTTAATGTCACAGCTGACGAGCGTGCAGAGTGGTTTGGCATCACCCAAGATTCTCAGGGTGTGCACCTCTACACCTCTCGTAAAAATGGTTTCAATTCAAATAATCTCTTTTTATTTGCTTCTGTGCCCATTTATGATAAGATCAATTACTACACTGTAATTCCTCGCTCAATAATAACTCCTGCCAACCAGCGTTCTGCTTGGGCAGCATTTTATGTATATCCTTTACACCAACTTAGCTACTTGCTAAATTTTGATGTTAATGGTTATATTACGCAAGCAGCAGACTGTGGTTACAATGATTATACCCAGCTTGTCTGCTCGTATGGTGATTTTAATATGAAATCTGGTGTTTACTCTACTTCATATTATTCAGCCAAACCTGTAGGTGCGTACTATGAAGCTCATGTTTACCCAGATTGCAATTTTACTGATTTGTTCCGGGAAAATGCTCCCACAATCATGCAATATAAGCGTCAAGTTTTTACGCGTTGTAATTACAACCTCACACTACTGCTCTCTCTTGTGCAGGTGGATGAGTTTGTCTGCGATAAGATTACCCCTGAGGCTCTTGCAACAGGGTGTTATTCGTCTCTTACCGTCGATTGGTTTGCATTTCCGTATGCTTGGAAGTCATACCTAGCTATAGGTTCAGCAGATCGCATTGTGCGGTTTAATTATAACCAGGATTATAGCAATCCCTCTTGTAGAATTCACTCCAAGGTGAATTCTTCAGTTGGCATTTCTTACTCTGGTTTATATAGTTATATTACTAATTGTAATTACGGCGGCTTCAACAAGGATGACGTTGTTAAGCCTGGTGGTCGTGCCAGTCAACCCTGTGTTACTGGCGCACTCAATTCACCTACTAACGGTCAAGTCTGGTCTTTTAATTTTGGTGGCGTCCCTTACAGAACCTCCCGCCTCACCTACACTGACCATCTTAAAAACCCTCTAGATATGGTTTATGTCATCACTGTTAAGTATGAACCAGGCGCTGAAACTGTATGTCCCAAACAAGTGCGTCCTGATTATAGTACCAATATTACTGGCTTATTAGGCTCTTGTATCAGTTATGACATTTATGGTATAACTGGTACTGGTGTTTTCCAGCTGTGTAATGCAACTGGAATTCCTCAACAAAAGTTTGTCTATGACAAATTTGATAATATAATTGGCTTTCACTCTGATGACGGCAATTATTATTGTGTGGCACCTTGTGTCAGTGTGCCTGTTTCTGTTATATATGATGACAACACTAATCAATACGCCACATTGTTTGGCAGTGTTGCTTGTCAACATATATCTACAATGGCTGCTCAGTTTTCTCGTGAAACTCGTGCTTCCCTCGTTTCAAGAAATATGCAGAATCTTCTACAGACTTCTGTCGGTTGTGTCATGGGTTTCCATGAAACTAATGACACCGTTGAAGACTGCAATCTTTCTTTGGGACAATCACTCTGCGCAATCCCACCTAACACCAACTTGAGGGTTGGTCGCTCCACCTTTGGATTAGGTTCTTTAGCCTACAACAGTCCATTGCGTGTTGATGCACTTAACTCCTCTGAGTTTAAGGTCTCCTTGCCTCTCAATTTTACATTTGGTGTTACTCAGGAATATATTGAAACTAGCATACAGAAGATTACAGTTGACTGTAAACAGTACGTGTGCAATGGTTTTGCTAAGTGTGAAAAGCTGCTCGAACAATACGGTCAGTTTTGCTCTAAAATTAACCAGGCTCTCCATGGCGCGAATCTTCGCCAGGATGACTTTGTTCGTAATCTGTTTGAGAGTGTTAAAACACCACAGACAGTTCCTCTTACTACAGGTTTTGGAGGGGAGTTTAATCTTACTCTTCTAGAGCCGCTTTCTGTTTCTACAGGTTCTTCTAATGCGCGTAGTGCTTTGGAAGAGCTTTTGTTTGACAAAGTCACTATAGCTGATCCTGGCTACATGCAAGGTTATGATGACTGCATGCAACAGGGCCCTGCCTCAGCTCGTGATCTTATCTGTGCTCAATATGTTGCTGGCTACAAAGTGTTACCACCCCTTATGGATGTTAACATGGAAGCTGCATACACCTCTTCTTTGCTTGGTAGCATAGCTGGTGCTGGCTGGACTGCTGGTTTATCATCATTTGCTGCCATTCCATTTGCACAGAGTATATTTTACAGGTTAAATGGTGTTGGTATAACACAACAGGTTCTATCTGAGAATCAAAAGATTATTGCTAACAAGTTTAACCAAGCTCTTGGTGCCATGCAAACTGGTTTCACAACAACTAATGAAGCTTTTCAGAAAGTTCAAGATGCTGTGAACACTAATGCACAGGCTCTAGCTAAGTTGGCTAGTGAACTATCCAATACTTTTGGTGCTATTTCTTCTTCCATTGGTGACATCATTCAACGTCTTGATGTGCTTGAACAGGAAGTCCAAATAGACAGACTTATTAATGGCCGTCTGACTACACTCAACGCCTTTGTTGCTCAGCAGCTTGTTCGTTCTGAATCTGCTGCTCGTTCTGCACAATTGGCTAAGGATAAAGTCAATGAGTGTGTTAAATCACAATCCACTAGATCTGGATTTTGTGGTCAAGGCACTCATATAGTGTCCTTTGTTATTAACGCCCCTAATGGCCTCTACTTTATGCATGTTGGTTACCACCCTAGCCAACATATTGAGGTTGTTGCTGCCTATGGTCTTTGTGACGCGGCCAACCCCACTAATTGTATAGCCCCAGTTAATGGCTACTTTATTAAAAATCAAACTACTAGGGGTGTTGATGATTGGTCATATACAGGTTCTTCCTTTTATGCTCCAGAACCCATCACCACTCTTAATACTAGGTATGTCGCACCTCAAGTGACATTCCAAAACATTTCTACTAACCTTCCTCCTCCTCTGTTGGGCAATTCCACTGGAACTGACTTCAAAGATGAGTTGGATGAATTTTTCAAGAATGTTAGCACCAGTATACCAAATTTTGGTGCTCTAACACAAATTAATACTACTTTATTGGATCTTTCCGATGAAATGCTAGCTTTACAGCAAGTTGTCAAAGCGCTTAATGAGTCATATATTGACCTTAAAGAGCTCGGCAACTATACTTATTACAACAAATGGCCTTGGTACATTTGGTTGGGTTTCATTGCTGGACTTCTAGCCCTAGCCCTTTGTGTTTTCTTTATTCTTTGCTGCACTGGTTGCGGCACAAGTTGTTTAGGAAAACTTAAATGTAATCGTTGTTGTGACAAATATGAAGAATACGACCTTGAGCCGCATAAAATTCATATTCACTAA |