Phage RBP Database

Genbank accession

XSD97776.1 [GenBank]

Protein name

straight fiber tail protein

RBP type

TF

Evidence GenBank

Probability 1,00

TF

Evidence RBPdetect2

Probability 0,91

Protein sequence

MISNIAPAKMVLQNIVTGYTIASIQHSIFSDYDVIGRTFWLTTGGVTTRRDFTGVDTFIATINNLIAGATYSAQGAFYDSMVDAELMAAKVGMNLSSTVNFKMKTAPKITKVSSFAESVDVGVGAPMVVVELSGEAEYVTIEMKPEGSSTWTKYYRGPITEQIIFGGVPVGRYNIRVSGVVTMPDGVTVDVSGYDTWPSLFNLTYNFTPPSAPTNLRFKTAHIQDGMERFDVRLEWDWTRGTGANVREFIIQYISNDEFAKTGWTKANKLNVGAAKAGTITSFPYKIRHRFRVLSVAWGPDTQSITNSSEVTYIIDESTTFDNAFINETGVEMTYAGIKGKLWNSNTKQWEQTFLVDAATGAVVLGTLDENGKAPISFDPVNKIVNVDGKVITKDINAANVILTNLTGKDNPAIFTQGKKYGNNAGGVWMGVDNVDGKAKFDLGNNTQYVRWDGDTLRISGNVVIGTPGGDVDLETGMQGKQTVFAYKLGTSLPSRPLDQVYPPAGWSAFPPNRTAQNQNVYVVQGTLDPKKSPPALVDGTNYSAASQWSGVPGTGGTDGSNGDYTVQIYQISASKPTKPGNINDPSGWSRTPPTGTPLWMCSGRFNGDTNALTVEGWSDPIRVDGEKGATGATGATGPQGPQGPAGGSVEVQWSKDGTTNWHANFTTGDIYMRQRVGTGGWSSAIRAVGEDGTNGTPGSKGNYIGMRFRVAAEKPATPTGQTPSGWSDAPPQGNPLWMVKAEFNGQTNALVGTWSEPVRIDGEGIGVNLYPVKKTLDQWTGMSNGTMVKNPDTLSFTITNTESTTSSTGPGAHPVPFQGSQGPIVEIPVKPNTAYIFTYEVSTDSTSFVLRDLLLEFSSITGSFTNFQELLTGAKGKQEAKIITRADTKFLSFRPGVRTAGATVTYSNLKLEEGIKATAYSVEASDSIGEKGDQGTQGPQGPQGNQGPQGNQGPQGAKGDNAKGFSLSSLGQTFTYDAEGKLKSDATILFQAFRQNTTANVTWSAKDEKGGNITLTSTSNTGATMTAANFKTSKSVVVTAVCDGITDQITIVRLDDGSNALVGLLTNEGSTVLANYAGYVQNYSTGSGDFKVFYGAKDITSECTFSTMEKNNLDADITSAGKYTLKGMPAGTDVINGWVDLRAVHPTYGAVVRRVATTKSILAKGYDRVITTSFENGNKGTWSTGSVQGVSGATIVAAGFSKALVISARDCIEDANAFPVVAGQKYRLGMWIMASESKVNINMGMRIVRAADGVVDWQGTLMIAQGTTVPGGWSYIEKEFTVGSSNTGIAMPWIQMAGSSGSDLGKAYITDIHIFALEMDGEKGDTGATGATGSQGPQGPQGNKGDKGDTGATGAQGPAGNSVNVQWSKDGSTNWHAGFQTGDIFMRQQVNGVWGGAIRAVGEDGKNGADGTDGDYISMKFIVQDTKPGTPTGNNPGSWSDAPPVGSPLWMTKGTMNASGQLQGTWSNPVRLDGTINPNLFAVRKWMAGMTGTESGTSKNDIEKLTHTLTRTSGTNNTAPGCYATPYLGSGAFSHPVTPGKRYTLTYNIDAASEVQTRDIIFWQANPDSGQSTYIEELNTGTSIKVKRTFVVPAGMNYLILRPSALTLNVATTWSMIKLEEGGEKTEYQVEYSDSIGIVGKSVLVQWSKDSSASNWHDSFQTGDLFMRQNVDGVWGPAIRAIGEKGEIGPDGKKGNYTNIIFRIAETKPAKPTGNKPTDWFDAPPDGSPLWMATATFNGDTNAIIGAWSDPVRIDASGVGENFLAFKEWMMSVQRAEGTGSSVSKNPDQMRFRVTAGPSRNDAYTVPYQGTGTHFIEVAPNTVYTLSFEMETAVSTRMMLLQFDNGNGGTHARNNQVISTSTGRNSLTITTGANTTHLSMRMSISNMGETNVLMKPKLELGAFPTAYVAHPSDLLGKDGATGATGPQGPQGNTGATGATGPQGNKGDTGATGPQGPQGPKGNAGENAKGFALTSDYQSFVYDTVGDIKSATTILFKGLKQNTTAGITWSAVNDKGAAVTLMNSGDNRQLTAANFGTSKWVTVTATCDGLSDQITVVRLQDGENVLTAVMTNEAATVLANYSGYCQSYENAKGQMRVWYGSTDVTGQCTFSEGGRSNVTPSINSSNGNYSVTGMSDGTDVTEGWVDVKATHPKYGAITKRFAVTKVFLAKSYEMVITNTFENDNKGSWAGTLQSVSGPTNQSISKALRITARDNLEGRNTIPVVGGQKVRIRFWYNPLGLEEAYFRVGFIVHRKDGSKGYPSRTAVTGPAPNSSWAYFDQELTLSVNDEGIAWPWFQLDNKTSGASLGYMLVADIHFEDLSMDGADGATGPQGPQGNTGATGPQGNKGDTGPQGPQGPAGASVGVQWSKTGNASDWHTNYATGDIYMRQQVNGVWSSAIRAVGEDGRVGADGKYTSLRFQVAATKPARPTGNSPANWSDSPPEGSPLWMVKGEFDSSNQLQGTWSDPVRLDGETVNLNLFANKAWIASITGASGGGSVVAKNPDELRLRITAGSGATDAYTMPSGGDGTFFTKVTAGKRYTMSFDTDSALEMRMHVFFIQAGANTTTSSFSWIASTTAGRTSWSFTVPAGCDRVSVRVSLNNNPGGTNVVSNIKLEEGDFATAFIRNELDTIGADGSQGPQGPQGSKGDKGDTGATGPQGPQGPNGASAKAFALTSDSLSFSFDTSGNLKSNGTIKIDSWRQNTTAAITWTAKNQAGSNITLGGTATNKTITSAQFGSSEYVTVTATCDGITDSITIVRLQDGVNSLVGYLTNEAANLSCNSYGFVQNWDGTTGNFKVFYGTVDVTSQCTFGVEDKSNLNGNIGSSGSYAPSNMPNGLEITSGWVDYKATHPKYGTLIKRFTLKKSLPGIGYDRVFTGSFDSGNRGSWGRDVVDIANGQPGGHTKAIVCTSRDTMEANNWFPTRKGMRYRITAWVNNSEGEYQLRLGLHCQNANGSVNTAWPAMPVASAKDPEGWRLVSTVVTVTDGGSAETGRARPFIQMNGSASPFGNAYVAAIAIEDLSMDGADGATGPQGPQGNTGATGPQGNKGDTGPQGPQGPAGNSVNVQWSKDGSTNWHSTFTSGDLYMRQQVNGSWGPAIRAVGENGANGTPGSKGNYVSMKFAVMASTPSRPSGSNPAGWSDSPPPGNPLWMIKAEFNGETNAIIGNWSDPIRLDGDSINENLFYFKAWLDSITGVAGSGSSIGKNYELLRARIIAGTGVTDAYTLPSDGSASMFTYLPPSTTYTMSFETDNAVEVRCHVFWYAKGSNTTGGVLKTIASTTAGLSSFTFTTPANSDRISVRFSVNQSEGNNVVGRCKIEKGAFVTSYVRNQYDAVGDRGPGFYTQPISNLTAWNDTQAASFFQSTFAGPPVKYDVLTQYKSGSPQNSWTRQWNGSAWTAPALTVHGDMIVSGSITADKIIANNAFLAQIGVDILYNRAAALSSNPEGTYTMKIDLANGYIHIR

Physico‐chemical properties

protein length:	3463 AA
molecular weight:	367321,36250 Da
isoelectric point:	5,78078
aromaticity:	0,08981
hydropathy:	-0,37164

Domain architecture

XSD97776.1

1 3463 aa

STR 10–96 · STR 103–194 · STR 209–333 · STR 350–563 · STR 930–988 · STR 1167–1318 · STR 1917–1967 · STR 2173–2318 · STR 2477–2618 · STR 2633–2682 · STR 2875–3019 · STR 3335–3442 ·

ATT Attachment Domain STR Structural Domain RBD Receptor-Binding Domain CBM Carbohydrate-Binding Module LEC Lectin-like Domain ENZ Enzymatic Domain CHP Intramolecular Chaperone LNK Linker/Spacer Domain TAS Tail-Associated Structural TTP Tail Tubular Protein UNK Uncharacterized Domain Unmapped

InterPro domains

IPR057550
STR

IPR057550 IPR057551 IPR057552 IPR057549 G3DSA:1.20.5.320 IPR008979 IPR008160 G3DSA:2.60.120.260 G3DSA:2.60.120.260 G3DSA:1.20.5.320 G3DSA:2.60.120.260 IPR057549

IPR057551
STR

IPR057551 IPR050149

G3DSA:2.60.120.260
STR

G3DSA:2.60.120.260

XSD97776.1

13463 aa

ATT Attachment Domain STR Structural Domain RBD Receptor-Binding Domain CBM Carbohydrate-Binding Module LEC Lectin-like Domain ENZ Enzymatic Domain CHP Intramolecular Chaperone LNK Linker/Spacer Domain TAS Tail-Associated Structural TTP Tail Tubular Protein UNK Uncharacterized Domain Unmapped

Novel HMM domains (de novo, PhaRBP-HMM)

Experimental de novo families on regions without InterPro annotation. Separate from the InterPro architecture above.

DC_1191
STR

DC_1191 DC_0456 DC_0392 DC_0456 DC_0456 DC_0456 DC_1191

DC_0392
STR

DC_0392 DC_0456 DC_0392 DC_0456

XSD97776.1

13463 aa

InterPro domain annotations

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
IPR057550	STR	DC_0866	10	96	InterPro cluster	Straight fiber protein PB4, first Fn3-like domain	N-terminal	Medium	Text match	229 proteins / 229 hits
IPR057551	STR	DC_0197	103	194	InterPro cluster	Straight fiber protein PB4, second Fn3-like domain	N-terminal	Medium	Text match	230 proteins / 230 hits
IPR057551	STR	DC_0197	104	194	InterPro cluster	Straight fiber protein PB4, second Fn3-like domain	N-terminal	Medium	Text match	230 proteins / 230 hits
IPR057552	STR	DC_0003	209	333	InterPro cluster	Straight fiber protein PB4, third Fn3-like domain	Central	High	Text match	998 proteins / 1603 hits
IPR057549	STR	DC_0351	350	563	InterPro cluster	Straight fiber protein PB4, spike domain	C-terminal	High	Text match	247 proteins / 290 hits
IPR050149	Unmapped	-	547	3146	InterPro	Collagen superfamily	-	-	-	-
G3DSA:1.20.5.320	STR	G3DSA:1.20.5.320	930	988	Merged direct domain	G3DSA:1.20.5.320	Central	Low	Positional only	67 proteins / 67 hits
IPR008979	STR	IPR008979	1167	1315	Merged direct domain	Galactose-binding-like domain superfamily	Central	Low	Positional only	24 proteins / 24 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	1167	1318	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
IPR008160	STR	DC_0536	1917	1967	InterPro cluster	Collagen triple helix repeat	C-terminal	High	Text match	355 proteins / 386 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	2173	2318	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	2477	2618	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
G3DSA:1.20.5.320	STR	G3DSA:1.20.5.320	2633	2682	Merged direct domain	G3DSA:1.20.5.320	Central	Low	Positional only	67 proteins / 67 hits
G3DSA:2.60.120.260	STR	G3DSA:2.60.120.260	2875	3019	Merged direct domain	G3DSA:2.60.120.260	Central	Low	Positional only	264 proteins / 264 hits
IPR057549	STR	DC_0351	3335	3442	InterPro cluster	Straight fiber protein PB4, spike domain	C-terminal	High	Text match	247 proteins / 290 hits

Proteins with similar domain architecture

Phage

Klebsiella phage vB_Kpn_K7_rec3 [NCBI] · taxon 3412961

Viruses

Host

Klebsiella pneumoniae [NCBI] · taxon 573

cellular organisms Bacteria Pseudomonadati Pseudomonadota Gammaproteobacteria Enterobacterales

Genbank protein accession

XSD97776.1 [NCBI]

Genbank nucleotide accession

PQ569729 [NCBI]

CDS location

range 20007 -> 30398
strand +

CDS

ATGATTTCAAACATAGCACCAGCTAAAATGGTACTGCAGAATATCGTGACCGGCTATACGATTGCGAGTATTCAGCACTCAATCTTTTCCGATTACGACGTAATTGGTAGAACTTTCTGGCTAACTACGGGTGGGGTAACTACCCGTAGGGACTTTACCGGCGTTGATACATTCATTGCCACAATTAACAATCTAATCGCTGGCGCTACCTACTCTGCCCAGGGTGCTTTCTATGACTCGATGGTTGATGCAGAGCTGATGGCTGCTAAAGTAGGTATGAACCTCTCTAGCACCGTTAACTTCAAGATGAAAACTGCTCCGAAGATTACCAAAGTGTCCTCTTTCGCAGAATCTGTTGACGTGGGTGTGGGTGCTCCTATGGTTGTCGTAGAGCTTTCTGGTGAGGCCGAATACGTTACCATCGAAATGAAACCTGAGGGCTCTAGCACCTGGACTAAGTACTACCGTGGTCCAATCACTGAGCAGATCATCTTTGGTGGTGTTCCAGTTGGCAGATACAATATCCGGGTATCTGGTGTTGTCACTATGCCGGACGGTGTTACTGTGGATGTTTCTGGGTATGATACCTGGCCATCACTGTTTAACCTGACCTACAACTTCACTCCACCGTCTGCCCCAACTAACCTGCGTTTCAAAACTGCCCACATCCAAGATGGTATGGAGCGTTTCGACGTTCGCCTGGAATGGGATTGGACTCGTGGTACGGGTGCTAACGTTCGTGAATTCATCATCCAATATATAAGTAACGATGAATTTGCAAAAACCGGATGGACTAAAGCCAACAAACTAAACGTGGGTGCGGCCAAGGCTGGTACCATCACCAGTTTCCCTTATAAGATCCGCCACCGCTTCCGTGTACTATCGGTTGCTTGGGGTCCGGATACACAGTCTATAACTAACTCTAGCGAAGTTACTTATATTATAGACGAGAGCACTACTTTTGACAACGCATTCATTAACGAGACCGGTGTAGAAATGACCTACGCAGGTATCAAGGGTAAACTCTGGAACTCTAACACCAAACAGTGGGAGCAGACTTTCTTAGTCGATGCTGCTACAGGTGCAGTAGTTCTTGGCACACTCGATGAAAATGGTAAAGCGCCGATTTCATTCGACCCTGTTAATAAGATTGTAAACGTCGATGGTAAAGTTATCACTAAAGACATTAATGCTGCTAACGTAATTCTTACTAACCTGACCGGTAAAGATAACCCGGCAATCTTCACTCAAGGTAAGAAGTACGGTAATAACGCAGGTGGTGTCTGGATGGGTGTTGACAACGTTGACGGTAAGGCCAAATTTGACCTCGGTAATAACACTCAGTATGTGCGCTGGGACGGTGATACTCTTCGCATTTCTGGTAACGTTGTAATCGGTACTCCTGGAGGCGATGTAGACCTTGAAACCGGTATGCAGGGTAAGCAGACTGTATTTGCTTATAAACTTGGTACATCTCTGCCAAGTCGCCCGCTTGACCAAGTTTATCCCCCAGCTGGATGGTCCGCATTCCCGCCTAACCGCACTGCTCAGAATCAGAACGTGTACGTTGTGCAGGGTACTCTGGATCCTAAGAAGAGTCCTCCTGCTCTAGTAGACGGTACCAACTACTCAGCTGCATCCCAGTGGTCTGGTGTCCCAGGTACTGGTGGTACTGATGGTTCTAACGGTGATTACACTGTTCAGATTTACCAGATCAGTGCTAGTAAGCCCACGAAACCAGGCAATATCAATGACCCTAGTGGTTGGAGTCGTACCCCACCGACTGGAACCCCTCTTTGGATGTGTTCTGGTAGATTCAATGGCGATACTAACGCTCTAACTGTTGAGGGTTGGTCAGACCCGATCCGAGTAGACGGCGAGAAAGGGGCTACTGGTGCTACTGGTGCTACTGGTCCTCAAGGTCCTCAAGGTCCGGCAGGTGGTTCAGTAGAAGTGCAGTGGTCTAAAGATGGTACTACTAACTGGCATGCAAACTTTACTACTGGTGATATCTACATGCGTCAGCGTGTTGGTACAGGTGGGTGGAGTTCAGCTATCCGTGCAGTTGGGGAAGATGGTACTAATGGTACTCCTGGGTCTAAGGGTAACTACATTGGGATGCGCTTCCGAGTGGCGGCTGAGAAACCTGCCACTCCGACTGGCCAGACCCCTTCAGGTTGGTCAGATGCACCTCCTCAGGGAAACCCTCTATGGATGGTTAAAGCTGAGTTCAACGGTCAAACCAACGCCCTAGTAGGTACGTGGTCAGAACCAGTTCGTATTGATGGTGAAGGTATTGGAGTAAACCTGTATCCGGTTAAGAAAACACTGGATCAGTGGACCGGAATGAGCAACGGTACTATGGTTAAGAACCCAGATACCCTCAGCTTTACCATAACCAACACAGAGAGCACTACCTCCTCTACCGGACCGGGTGCACATCCTGTTCCGTTCCAGGGTTCACAAGGGCCTATAGTTGAGATTCCAGTAAAGCCGAATACAGCGTACATCTTCACTTATGAGGTTAGTACTGATAGCACCAGCTTTGTTCTGAGAGACCTGTTACTAGAGTTCTCTAGCATTACCGGAAGTTTTACCAACTTCCAAGAGTTACTGACTGGAGCCAAAGGTAAGCAGGAAGCTAAGATTATCACTCGTGCTGATACTAAGTTCCTGAGCTTCCGTCCAGGTGTCCGCACTGCCGGAGCTACGGTTACTTATTCTAATCTAAAACTTGAAGAAGGCATTAAAGCTACCGCTTACAGCGTAGAGGCTTCCGACAGTATCGGTGAGAAAGGAGACCAAGGTACTCAGGGTCCACAAGGGCCTCAGGGTAATCAGGGTCCACAGGGTAACCAAGGCCCGCAAGGTGCTAAGGGTGATAATGCAAAAGGATTCAGCCTCTCTTCTCTCGGTCAGACGTTTACGTACGACGCAGAAGGTAAACTGAAGTCCGATGCAACCATCCTGTTCCAGGCTTTCCGTCAGAATACTACTGCAAACGTTACTTGGTCAGCCAAGGACGAGAAAGGTGGGAACATCACTCTGACAAGTACTAGCAATACTGGTGCTACAATGACCGCCGCTAACTTCAAAACATCGAAGTCTGTAGTAGTTACAGCCGTCTGTGATGGTATCACCGATCAGATCACTATTGTACGTCTAGACGATGGTTCCAACGCTCTCGTAGGGCTTCTGACTAATGAAGGCTCTACAGTTCTAGCGAACTACGCTGGTTACGTGCAAAACTATAGTACTGGTTCTGGTGACTTCAAAGTATTCTATGGGGCGAAGGATATCACTTCAGAATGCACCTTCAGTACTATGGAGAAGAATAACCTTGATGCTGATATTACTTCAGCGGGCAAATATACTTTAAAAGGTATGCCGGCTGGTACTGACGTTATCAACGGTTGGGTCGACTTACGTGCTGTACATCCTACTTACGGTGCCGTAGTTCGTAGAGTGGCAACTACTAAATCTATCCTTGCAAAAGGTTATGATCGCGTTATTACCACTTCATTCGAGAACGGAAATAAGGGTACCTGGTCGACTGGTAGTGTCCAAGGAGTTTCTGGTGCCACAATTGTAGCCGCAGGTTTCAGTAAGGCCCTAGTGATCTCTGCCAGAGACTGCATAGAGGATGCTAACGCATTTCCTGTAGTAGCTGGTCAGAAATATAGACTGGGCATGTGGATAATGGCTAGCGAGTCTAAAGTCAATATCAACATGGGAATGCGAATTGTAAGGGCGGCCGACGGAGTTGTTGATTGGCAAGGAACCCTTATGATTGCACAGGGTACCACGGTACCTGGTGGCTGGTCTTACATCGAAAAAGAATTTACTGTCGGTAGTTCTAATACCGGTATAGCAATGCCGTGGATCCAGATGGCCGGATCTTCTGGTAGTGACCTAGGTAAAGCCTATATTACCGATATCCACATTTTTGCCCTAGAAATGGACGGGGAAAAAGGTGATACTGGTGCAACTGGTGCTACGGGTTCTCAAGGTCCACAAGGTCCACAAGGTAACAAAGGGGACAAAGGTGATACTGGTGCTACTGGTGCTCAAGGTCCTGCTGGTAATTCTGTAAACGTCCAGTGGTCTAAGGATGGGTCTACTAACTGGCACGCTGGTTTCCAAACTGGTGACATTTTTATGCGTCAGCAGGTTAATGGGGTCTGGGGCGGTGCTATCCGTGCAGTTGGCGAAGACGGTAAAAATGGTGCTGACGGTACTGACGGTGACTACATTTCGATGAAGTTTATCGTTCAAGATACTAAACCTGGCACACCTACGGGTAACAACCCAGGTAGCTGGAGTGATGCTCCTCCGGTCGGTAGCCCTTTATGGATGACTAAGGGTACAATGAATGCTAGCGGTCAGCTGCAAGGTACCTGGTCTAACCCAGTCCGTCTGGACGGGACTATCAACCCTAACCTGTTCGCAGTTCGTAAGTGGATGGCAGGGATGACTGGTACGGAATCCGGCACATCGAAGAACGATATTGAGAAGCTAACGCATACCTTGACTCGTACTTCCGGAACTAATAATACGGCTCCAGGGTGCTATGCAACTCCGTATCTCGGTAGTGGGGCGTTTTCCCATCCAGTGACTCCAGGTAAACGCTACACTCTAACCTATAATATCGACGCGGCTAGCGAGGTCCAGACCCGAGATATTATATTCTGGCAGGCTAATCCAGACTCAGGACAATCTACCTACATAGAGGAACTGAATACCGGAACGTCCATAAAAGTTAAGCGTACTTTTGTAGTTCCTGCAGGTATGAACTACTTAATCCTACGCCCTTCTGCCCTTACCCTTAACGTAGCGACTACGTGGAGCATGATCAAACTGGAAGAGGGCGGTGAGAAGACAGAGTATCAGGTGGAATACTCTGATAGCATTGGTATAGTAGGTAAGTCGGTTCTAGTTCAGTGGTCTAAGGATAGCTCTGCTAGTAACTGGCACGATAGTTTCCAAACGGGTGACTTGTTCATGCGTCAGAACGTTGACGGTGTCTGGGGTCCTGCAATTCGTGCAATCGGGGAGAAAGGTGAAATCGGGCCTGACGGTAAGAAAGGTAATTACACCAATATCATCTTCCGTATCGCAGAAACTAAGCCGGCTAAACCAACAGGTAATAAACCTACGGACTGGTTTGATGCTCCACCTGATGGTTCTCCTCTCTGGATGGCAACAGCAACGTTTAATGGGGATACTAACGCTATCATTGGTGCTTGGTCTGATCCAGTTCGTATCGATGCTTCCGGCGTGGGTGAGAACTTCTTAGCGTTCAAAGAGTGGATGATGTCTGTTCAGAGGGCTGAGGGGACGGGCTCTTCGGTTAGCAAGAATCCGGACCAGATGAGATTCCGTGTAACCGCTGGGCCATCCAGAAATGATGCGTACACTGTCCCTTACCAAGGAACAGGCACACACTTTATAGAAGTGGCACCTAATACTGTGTATACTTTATCATTTGAAATGGAAACCGCTGTGTCCACTAGAATGATGTTGTTGCAGTTTGATAATGGTAATGGAGGCACGCACGCACGTAACAACCAGGTTATCTCAACCAGTACCGGTAGGAACAGTTTGACTATTACTACGGGCGCTAACACCACCCATCTATCTATGCGTATGTCAATCTCTAACATGGGAGAGACTAACGTACTGATGAAACCTAAGCTGGAGCTCGGAGCGTTCCCTACGGCATACGTGGCACATCCTAGTGATCTACTTGGTAAAGATGGTGCTACGGGTGCCACGGGTCCTCAAGGTCCACAGGGTAACACTGGTGCTACTGGTGCCACGGGTCCTCAAGGTAACAAAGGGGATACAGGTGCTACTGGTCCACAAGGTCCACAGGGCCCTAAAGGTAACGCGGGGGAGAACGCTAAAGGATTCGCACTAACATCAGACTATCAGTCATTCGTGTACGATACTGTAGGTGACATTAAATCTGCCACTACTATTCTGTTCAAAGGACTAAAACAGAATACCACTGCAGGGATCACGTGGAGTGCTGTAAACGACAAGGGTGCCGCTGTAACCTTGATGAACTCTGGAGATAACCGTCAGTTAACCGCTGCGAACTTCGGCACTTCTAAGTGGGTTACGGTAACAGCAACCTGTGACGGTTTATCTGATCAGATTACCGTGGTTCGCTTGCAGGATGGTGAGAACGTATTGACAGCTGTTATGACGAATGAGGCAGCTACGGTACTTGCTAACTACTCCGGATATTGTCAGAGTTACGAAAACGCCAAAGGTCAGATGAGAGTTTGGTACGGAAGCACCGATGTTACTGGTCAGTGCACTTTCTCTGAGGGCGGAAGAAGCAACGTAACTCCTAGCATCAACTCTTCAAATGGGAACTACTCCGTTACTGGTATGTCGGACGGAACCGATGTTACTGAAGGTTGGGTGGATGTTAAGGCTACGCATCCCAAATACGGGGCAATTACCAAGCGTTTTGCGGTAACTAAAGTGTTCCTAGCCAAAAGTTACGAGATGGTTATCACTAACACCTTCGAGAATGACAACAAAGGTTCATGGGCAGGAACTCTACAAAGTGTTTCCGGTCCAACAAACCAGAGCATCTCCAAGGCGCTGCGTATCACAGCTAGAGATAACCTAGAAGGTAGGAATACTATCCCAGTAGTAGGTGGACAAAAGGTCCGTATCAGATTCTGGTACAACCCATTAGGGCTGGAGGAAGCGTACTTTAGAGTAGGCTTTATTGTTCACCGCAAAGATGGGAGTAAAGGCTACCCTTCCAGAACTGCGGTTACGGGCCCTGCTCCAAATAGTTCCTGGGCGTACTTCGACCAAGAGTTAACCCTAAGTGTTAATGACGAGGGTATTGCATGGCCGTGGTTCCAGTTAGACAACAAAACCTCAGGTGCTTCGTTAGGGTATATGCTTGTTGCCGACATACACTTCGAAGACCTATCCATGGATGGGGCTGATGGAGCTACTGGACCACAAGGTCCACAGGGTAACACTGGTGCTACTGGTCCGCAGGGTAACAAAGGGGATACTGGTCCTCAAGGTCCTCAAGGTCCGGCAGGTGCTTCAGTAGGAGTTCAGTGGTCTAAAACCGGCAACGCGAGCGATTGGCACACAAACTATGCTACTGGCGACATTTATATGCGTCAGCAAGTTAACGGTGTGTGGTCTTCGGCAATCCGCGCAGTTGGCGAGGATGGGCGGGTTGGTGCTGATGGTAAATATACCTCCCTGAGATTCCAAGTAGCTGCAACTAAACCTGCTAGACCTACCGGGAACTCTCCGGCTAACTGGTCTGATTCGCCTCCAGAAGGTTCTCCACTCTGGATGGTTAAAGGTGAGTTTGACTCCAGCAACCAACTTCAGGGAACCTGGTCAGATCCAGTTCGTCTGGACGGTGAGACGGTCAACCTCAACTTGTTTGCTAACAAAGCATGGATTGCGTCTATAACGGGTGCCAGTGGTGGTGGATCTGTTGTAGCTAAAAACCCTGACGAACTACGCTTACGCATTACTGCAGGTTCTGGTGCAACTGACGCGTATACCATGCCTAGTGGTGGTGATGGTACGTTCTTCACTAAAGTTACCGCAGGTAAGCGCTACACTATGTCGTTCGACACGGATAGTGCTCTGGAGATGAGAATGCACGTGTTCTTTATCCAGGCAGGAGCAAATACTACTACCTCATCATTCTCTTGGATAGCGTCAACAACTGCTGGCAGAACTAGCTGGTCGTTCACTGTTCCTGCAGGATGTGATAGGGTATCTGTCCGTGTGTCACTAAACAACAACCCAGGTGGAACCAACGTTGTTTCCAATATCAAGCTGGAAGAGGGAGATTTCGCTACAGCGTTCATTAGGAACGAGCTGGATACTATTGGTGCTGATGGTTCACAAGGTCCACAAGGTCCACAGGGTAGTAAAGGGGATAAAGGGGACACCGGGGCTACAGGACCACAGGGCCCACAAGGTCCTAATGGTGCTAGTGCCAAAGCTTTTGCCCTAACATCCGATAGTCTGTCATTTAGCTTCGATACTAGTGGTAACCTGAAATCTAATGGTACTATCAAGATTGATAGTTGGAGGCAGAATACTACTGCTGCAATAACCTGGACCGCCAAGAACCAAGCAGGAAGTAATATAACTTTAGGTGGCACTGCTACCAACAAGACTATAACCTCTGCTCAGTTCGGAAGTTCAGAGTACGTAACAGTAACCGCGACGTGTGATGGAATAACTGATTCCATTACAATAGTTAGGCTGCAAGACGGGGTAAACTCTTTAGTCGGGTACTTAACTAACGAAGCGGCTAACCTATCATGTAACTCCTATGGTTTTGTGCAGAATTGGGATGGCACCACAGGTAACTTCAAGGTGTTCTACGGGACGGTAGACGTTACTAGTCAGTGTACCTTCGGAGTGGAGGATAAGAGCAATCTTAATGGCAACATAGGTTCAAGTGGTTCCTATGCCCCTAGTAATATGCCAAATGGGCTGGAAATTACCTCTGGGTGGGTAGACTATAAAGCTACACATCCTAAGTACGGAACACTTATTAAGAGGTTTACACTCAAAAAGAGCCTGCCCGGGATTGGTTATGACAGAGTGTTCACGGGGTCCTTTGACTCGGGTAACAGAGGGTCGTGGGGTCGTGATGTGGTGGATATTGCCAACGGACAACCTGGGGGACATACTAAAGCTATAGTGTGTACTTCTAGGGACACTATGGAGGCTAATAACTGGTTCCCTACTCGCAAAGGAATGCGCTACCGCATTACTGCATGGGTGAACAACTCTGAGGGTGAGTATCAGCTACGCCTTGGTTTACATTGTCAGAACGCGAATGGCAGTGTCAATACTGCGTGGCCAGCCATGCCTGTTGCCTCGGCCAAGGATCCTGAGGGCTGGAGACTAGTTTCTACTGTAGTCACGGTAACAGATGGAGGTTCCGCTGAGACTGGTAGGGCAAGACCATTTATCCAGATGAATGGTAGTGCTAGCCCCTTCGGCAACGCTTATGTGGCAGCTATAGCGATAGAAGATCTGTCTATGGATGGAGCGGATGGTGCTACTGGTCCACAAGGTCCACAAGGGAACACTGGTGCAACAGGTCCACAAGGTAACAAAGGGGATACGGGTCCTCAAGGTCCACAAGGGCCTGCAGGTAACTCTGTAAACGTTCAATGGTCTAAGGATGGGTCTACCAACTGGCATAGTACGTTTACTTCAGGTGACCTGTACATGCGTCAGCAGGTTAATGGATCCTGGGGACCGGCGATCAGAGCAGTAGGTGAGAATGGGGCTAATGGTACGCCAGGTTCTAAAGGTAACTACGTGAGTATGAAGTTCGCCGTAATGGCTAGCACTCCTAGTAGGCCTTCTGGTAGTAATCCGGCTGGCTGGTCAGATAGCCCTCCTCCAGGCAACCCGTTATGGATGATTAAAGCGGAGTTTAATGGGGAGACTAATGCTATTATAGGTAATTGGTCAGACCCTATTCGCCTAGATGGGGATAGTATTAACGAGAACCTGTTCTACTTTAAAGCCTGGTTAGACTCAATTACTGGAGTTGCTGGTAGTGGCTCATCTATAGGTAAGAACTACGAGTTACTAAGGGCTAGGATAATCGCAGGTACAGGAGTTACCGATGCGTATACCCTCCCATCAGATGGGTCCGCCTCCATGTTCACCTACCTTCCTCCGAGCACCACATATACGATGTCTTTCGAGACTGATAACGCTGTAGAAGTTCGTTGTCACGTATTTTGGTACGCTAAGGGAAGCAATACCACTGGAGGAGTGCTGAAGACTATTGCGTCTACTACTGCAGGTTTGAGCAGCTTTACCTTCACTACGCCGGCTAATTCAGATAGGATATCCGTTAGATTCTCAGTTAACCAATCTGAGGGAAATAACGTTGTAGGAAGGTGTAAGATTGAAAAGGGAGCCTTCGTAACGTCATATGTCCGTAACCAGTATGACGCTGTGGGGGATCGTGGGCCGGGGTTCTACACCCAGCCGATATCAAACCTGACTGCATGGAATGACACTCAAGCAGCATCGTTCTTCCAGTCAACCTTCGCTGGACCGCCAGTTAAGTATGATGTACTGACTCAGTATAAATCAGGTTCCCCCCAGAACTCCTGGACTCGTCAATGGAATGGCTCAGCATGGACAGCTCCTGCACTAACTGTTCACGGTGATATGATCGTTTCTGGCTCTATCACTGCGGATAAGATTATTGCAAACAACGCGTTCCTGGCGCAAATTGGTGTTGACATCCTATACAATAGGGCTGCCGCACTGAGTTCTAACCCGGAAGGTACGTACACAATGAAAATAGACCTGGCTAACGGGTACATTCATATAAGGTAA

Protein

Domains

Taxonomy

Coding sequence (CDS)

Genome Context

Tertiary structure

Predicted Aligned Error (PAE)