Protein

View in Explore

UniProt accession

A0ABZ0Z3D0 [UniProt]

Protein name

Leucine rich repeat protein

RBP type

TSP

Evidence RBPdetect2

Probability 0,52

Protein sequence

MATGGNYIITNGEVKALTGSTASGNANTCCTNAREIIYGAYPARYTNTRGQYCAKASDTYICTNIDKKNCNVNITTTPESTGLKITATATDGATYRVTKLTIKKTSDSTVIASATSSPFTCTWSPTCDFNIVVDQAVANNKIYYTSTNSAAVNPSTGASWGGANIDSSSYSGGQGVIVFDRDLTTVGANSFNGCSTLKTITLPSTVTSIGSSAFKGTGLTGFTVPSGVTAINANTFQNCTSMTSVTMHNSITSIGNYAFDGCSHLGNIAFPSNLTTIGQYCFRNCTSITSLTLPSSITTVGTQAFYDCTGMEHFSCYPISSLGNSALMFNHLESDRYNTYIKALLFYGTVNQWHTMMGGSTTQQASTSVSALSVICNNGLLSLDSYIVSYRTTNNTAITSSTFQLRNNTSGACVISSNSIYNSTRTDIIGLVKTQTIIDYVISVQTTTLKDIAFPLSVKSFSASAFSGNTGMVTITFGNGTPISAGGTQEPFTSIGTSCFNNCTSLTNFNCYEYSQTWNNITLGSNWSNNLAAQYITCFDLQIPLGGADRIAYAAPSQITFNTTAFGDATVSSHTFINGQGLIKFNKNVSTIGTNAFNASQYPTSAGMTSITLPSSLTSIGISAFSGCTNLQVVNFEDLINLQSLGNQAFLNCTSLFNNRVPSAVITQHAKLPASVTTLGDAVFSGCTGMTRMVISNCTSLTSIGANCFKNCSSLTSMALPQTSSTLSLGSSVFEGCTGLTSMNIPNKVTTLSSRAFYGCTSLSTFTMTSLTTSFGTYCFYNTSALRFIEYSGTYAQFDAISKGSNYAAGTSALAVAICLNDTTGYDMYLINNKYIAYRTSNNAALAPYSNTAFTPASPTNAMYTTSGGLYVGLLTFTGNVTAIGNQAFYSKSGYTKMIIPSTVTSIGSEAFRGCSGLTSLPFKSGVTTIGQNAFQGCNAFTSVTIPNSVTTINGAAFQSCTNLTTLTIGSGVSSMTDNPFSSCTKLSTITVNSNTYFDSRNNCNAIMRKADNALITGCKSTTIPSNTVTIGSYAFANVTFNNTSITLPSTVTTIQANAFMYTNIVSIDLKNTKTIGASAFYQCTSLKNLTLSYKSGMSIGSNAFANCNSLVGIVYNGTVANYNTISGIPSAWPGNACLVMCTDDWVLLKNSIICYQTNNNTAIAPNSTTWGTGITSYDSNTYNTDYSSNKFGILSFSGTVTQCGLNAFKDKTGYTKIRIPTTCVTLGNSSFRGCTNLTSLNTSHVTYITEYTFAQSGFTSITLGTSISSLPQYVFYNCTSLSTLTTLRSITTFNSYACAGCTSLSTINYGGTIAQYSAATRADGWHTGVPVTIVIICTNGTTPIDPASYELCYSTGGTSTASFSGTQFYGSSGVMSPLSNTYNSAKGCCVLTFSSPVTSIQGSINDESITEITIPSTVTDLDCQITCIQLNRLKYDGSYNNFCNIDFSKDEPYNMNMSTAYVICNDNVAYMMPNVLRYENKDYREDYDIRLYRGSDDELIGICTYFGENNRYDENGNKCQYGMVVFGSNITEITDFTFICEGDPVQFDKLEFNDNIENIYTNAIGAQVTIDNIIFGSDLSELGYIDGVTYGSINEELIIAELSYKGTTLNFSIIDDKDKERNWRKNITEPDGKVICSDGVYLLE

Physico‐chemical properties

protein length:	1645 AA
molecular weight:	175515,13260 Da
isoelectric point:	5,40371
aromaticity:	0,10213
hydropathy:	-0,00809

Domains

Domains [InterPro]

IPR032675
STR
59–344

IPR032675 IPR032675 IPR032675 IPR026906 IPR032675 IPR032675

SSF52058
STR
179–334

SSF52058 IPR026906 IPR026906 IPR032675 IPR026906 IPR026906 SSF52058

IPR026906
STR
229–338

IPR026906 IPR053139 SSF52058 IPR026906

SSF52058
STR
676–793

SSF52058

A0ABZ0Z3D0

1 1645

Architecture

STR

STR 59-344 | STR 382-536 | STR 552-813 | STR 860-1133 | STR 1149-1343 |

Legend: ATT STR RBD CBM LEC ENZ CHP LNK TAS TTP UNK Unmapped

Domains [InterPro]

Domain ID	Category	Cluster	Start	End	Layer	Name	Pref Zone	Confidence	Evidence	Support
IPR032675	STR	IPR032675	59	344	Merged direct domain	Leucine-rich repeat domain superfamily	Central	Low	Positional only	55 proteins / 55 hits
SSF52058	STR	SSF52058	179	334	Merged direct domain	SSF52058	Central	Low	Positional only	12 proteins / 12 hits
IPR026906	STR	DC_0450	229	338	InterPro cluster	BspA-type LRR region	Central	High	Text match	24 proteins / 47 hits
IPR032675	STR	IPR032675	382	536	Merged direct domain	Leucine-rich repeat domain superfamily	Central	Low	Positional only	55 proteins / 55 hits
IPR026906	STR	DC_0450	415	516	InterPro cluster	BspA-type LRR region	Central	High	Text match	24 proteins / 47 hits
IPR032675	STR	IPR032675	552	668	Merged direct domain	Leucine-rich repeat domain superfamily	Central	Low	Positional only	55 proteins / 55 hits
IPR026906	STR	DC_0450	583	665	InterPro cluster	BspA-type LRR region	Central	High	Text match	24 proteins / 47 hits
IPR053139	Unmapped	-	583	819	InterPro	Putative surface bspA-like protein	-	-	-	-
IPR026906	STR	DC_0450	669	786	InterPro cluster	BspA-type LRR region	Central	High	Text match	24 proteins / 47 hits
IPR032675	STR	IPR032675	669	813	Merged direct domain	Leucine-rich repeat domain superfamily	Central	Low	Positional only	55 proteins / 55 hits
SSF52058	STR	SSF52058	676	793	Merged direct domain	SSF52058	Central	Low	Positional only	12 proteins / 12 hits
IPR032675	STR	IPR032675	860	1133	Merged direct domain	Leucine-rich repeat domain superfamily	Central	Low	Positional only	55 proteins / 55 hits
IPR026906	STR	DC_0450	882	997	InterPro cluster	BspA-type LRR region	Central	High	Text match	24 proteins / 47 hits
SSF52058	STR	SSF52058	903	1117	Merged direct domain	SSF52058	Central	Low	Positional only	12 proteins / 12 hits
IPR026906	STR	DC_0450	1019	1122	InterPro cluster	BspA-type LRR region	Central	High	Text match	24 proteins / 47 hits
IPR032675	STR	IPR032675	1149	1343	Merged direct domain	Leucine-rich repeat domain superfamily	Central	Low	Positional only	55 proteins / 55 hits
SSF52058	STR	SSF52058	1195	1310	Merged direct domain	SSF52058	Central	Low	Positional only	12 proteins / 12 hits
IPR026906	STR	DC_0450	1205	1315	InterPro cluster	BspA-type LRR region	Central	High	Text match	24 proteins / 47 hits

Tail Spike Domain Segmentation

This protein has been segmented into three structural domains: N-terminal, central domain, and C-terminal.

Domain Layout

N-terminal

Central

C-terminal

A0ABZ0Z3D0

1 1645

Domain	Start	End	Length (AA)	Confidence
N-terminal	1	10	10	0,0052
Central domain	11	1634	1625	0,9746
C-terminal	1635	1645	10	0,1220

Note: Constraints were applied during segmentation.
Sequence started with non-N-terminal domain|N-terminal too short, forced to 10 residues|C-terminal too short, adjusted boundary

Legend: N-terminal Central domain C-terminal

3D Structure with Domain Coloring

The structure is colored according to the domain segmentation: N-terminal (blue), Central (green), C-terminal (pink).

Domain Coloring

N-terminal
1-10

Central
11-1634

C-terminal
1635-1645

Taxonomy

	Name	Taxonomy ID	Lineage
Phage	phage Lak_Megaphage_Sonny [NCBI]	3109229	Uroviricota > Caudoviricetes > Caudoviricetes code 15 clade >
Host	No host information

Coding sequence (CDS)

Genbank protein accession

WQJ53709.1 [NCBI]

Genbank nucleotide accession

OR769223 [NCBI]

CDS location

range 402017 -> 406954
strand -

CDS

ATGGCAACAGGTGGAAATTATATAATAACTAATGGTGAAGTAAAGGCGCTGACTGGGTCAACAGCATCTGGTAATGCCAACACATGCTGTACTAATGCACGTGAAATAATTTATGGAGCATATCCTGCAAGATATACAAATACACGAGGTCAATATTGCGCAAAAGCATCAGATACATATATATGTACAAATATAGATAAGAAAAATTGTAATGTTAATATTACGACGACTCCTGAATCAACAGGCCTTAAAATTACAGCAACAGCAACAGATGGTGCTACATATAGAGTTACTAAATTGACTATTAAAAAAACTAGTGATTCAACTGTAATAGCATCTGCTACAAGTTCACCTTTTACATGTACATGGAGTCCAACTTGCGATTTTAACATTGTCGTTGATTAGGCTGTTGCAAATAATAAAATATATTATACATCAACTAACAGTGCAGCAGTAAATCCAAGCACCGGTGCAAGTTGGGGTGGCGCAAATATAGACTCAAGCTCTTATTCAGGTGGTTAGGGAGTTATCGTATTTGATAGAGATTTAACAACTGTCGGTGCAAATTCATTTAATGGTTGTTCAACATTAAAAACAATAACATTACCATCAACAGTTACATCTATAGGCTCAAGTGCTTTTAAAGGAACTGGATTAACTGGATTTACTGTGCCATCAGGTGTTACTGCAATTAATGCAAATACATTTTAGAATTGTACATCAATGACTTCTGTAACAATGCATAACAGTATAACATCTATAGGTAATTATGCATTTGATGGATGTTCTCATTTGGGTAATATCGCATTTCCATCTAATTTAACCACAATTGGATAGTACTGTTTCAGAAATTGTACAAGTATTACATCTTTGACATTACCTAGCTCTATTACAACCGTTGGTACATAGGCTTTTTATGATTGTACTGGAATGGAACATTTTAGTTGTTATCCAATTAGTTCGTTAGGTAACAGTGCGCTTATGTTTAATCATTTGGAAAGTGATAGATATAATACATATATAAAGGCATTATTATTTTATGGAACAGTCAATCAATGGCATACGATGATGGGAGGTTCTACTACACAATAGGCAAGTACTTCCGTTTCTGCATTATCTGTTATTTGTAATAATGGCTTATTATCATTAGATTCATATATTGTTTCTTATAGAACAACTAATAATACTGCAATAACATCTAGTACATTCCAATTAAGAAACAATACATCAGGTGCATGCGTTATAAGTAGTAATAGCATTTATAATTCTACAAGAACGGATATAATTGGTTTAGTTAAAACATAGACAATAATTGATTATGTTATATCTGTTCAAACAACAACACTTAAAGATATTGCATTTCCTTTGAGCGTTAAATCTTTTTCTGCTTCAGCTTTTTCTGGCAATACTGGAATGGTAACTATTACATTTGGTAATGGCACTCCTATATCAGCTGGTGGTACATAGGAACCATTTACATCTATAGGCACAAGTTGTTTCAACAATTGTACAAGCTTAACAAATTTCAACTGTTATGAATATTCACAGACATGGAACAATATTACATTGGGAAGTAACTGGTCTAATAATCTGGCTGCTCAATATATTACATGTTTTGATTTACAAATCCCATTAGGTGGCGCAGACCGTATAGCATATGCGGCACCATCATAGATTACATTTAATACTACAGCATTTGGAGATGCAACTGTATCAAGTCATACATTTATTAATGGGCAAGGCTTAATTAAATTTAATAAGAATGTATCAACTATAGGTACTAATGCATTTAACGCTAGTCAATATCCTACATCAGCTGGGATGACATCCATAACATTGCCATCATCATTGACATCTATAGGAATATCTGCATTTAGCGGTTGCACTAATTTACAAGTTGTAAATTTTGAAGATTTAATTAATTTGCAATCTTTAGGAAATTAGGCATTTTTGAATTGTACTTCATTATTTAATAATAGAGTTCCTTCTGCTGTAATAACATAGCACGCAAAATTACCAGCTTCTGTTACTACATTAGGTGATGCAGTTTTTTCAGGTTGTACCGGAATGACAAGGATGGTTATTTCAAATTGTACAAGTTTGACAAGTATTGGTGCGAATTGCTTTAAGAATTGTTCATCATTAACTTCAATGGCCTTGCCTTAGACAAGTTCAACTTTATCTCTTGGATCAAGTGTATTTGAAGGATGTACAGGTTTAACAAGTATGAATATTCCAAATAAGGTTACAACATTAAGCAGTAGAGCTTTTTATGGATGTACATCATTGAGTACTTTTACAATGACAAGCTTAACTACTTCCTTTGGCACATATTGCTTCTATAATACTAGTGCATTAAGATTTATAGAATATTCTGGTACATATGCATAGTTTGATGCGATTTCAAAGGGTTCAAATTATGCTGCCGGCACTTCTGCATTAGCGGTTGCAATTTGTCTTAATGATACAACCGGTTATGATATGTACTTAATTAACAATAAGTATATAGCGTATCGTACTTCTAATAATGCGGCTTTGGCGCCATACAGCAATACTGCATTTACTCCTGCAAGTCCTACTAATGCAATGTATACTACATCTGGCGGTTTATACGTCGGCTTACTTACTTTTACCGGAAACGTCACTGCTATAGGAAATCAAGCATTTTACAGCAAGTCTGGTTATACTAAAATGATTATTCCTTCTACAGTTACTAGTATTGGTTCAGAGGCATTTAGGGGGTGCTCTGGATTAACATCATTACCATTTAAATCAGGAGTTACTACAATAGGATAGAATGCTTTTCAAGGATGTAATGCATTTACATCAGTGACGATACCTAATTCAGTAACAACTATAAATGGAGCAGCATTTCAAAGTTGTACTAATTTAACAACATTGACTATAGGCTCTGGCGTATCAAGTATGACAGATAATCCATTTTCAAGTTGTACAAAATTATCAACAATAACTGTTAATTCTAATACATATTTTGATAGTAGAAACAACTGTAATGCAATTATGAGGAAAGCTGATAACGCTTTAATAACTGGTTGCAAATCTACAACAATACCATCAAATACTGTTACTATTGGTAGTTATGCATTTGCGAATGTTACATTTAATAATACATCTATAACATTGCCTAGTACTGTTACAACTATATAGGCAAATGCATTTATGTATACTAATATAGTTTCTATAGATTTAAAAAATACTAAAACTATTGGTGCAAGCGCATTTTATCAATGTACATCTTTGAAAAATCTTACTTTATCTTATAAATCCGGTATGAGTATTGGATCAAATGCATTTGCAAATTGCAATTCATTAGTAGGAATAGTATATAACGGAACTGTTGCAAATTATAATACAATATCAGGCATACCTTCGGCTTGGCCAGGCAATGCATGTTTGGTAATGTGCACAGACGATTGGGTATTGCTTAAAAATTCTATTATATGCTATCAGACTAATAATAATACTGCTATTGCACCAAATAGCACAACATGGGGAACAGGTATAACATCATATGATAGTAATACATATAATACAGATTATTCATCAAATAAATTTGGAATATTATCTTTTTCCGGTACGGTTACACAATGTGGATTAAACGCGTTTAAAGATAAAACTGGTTATACTAAAATACGTATACCAACAACTTGTGTAACATTAGGCAACAGCTCTTTCAGAGGATGTACTAATCTAACATCGTTAAATACTAGCCATGTTACATATATTACAGAATATACATTTGCACAATCTGGATTTACAAGTATTACATTAGGTACTTCTATTTCATCTTTGCCATAGTATGTATTTTACAATTGTACGTCATTATCAACATTAACTACATTGAGAAGTATAACTACTTTTAATAGTTATGCTTGTGCAGGATGTACATCATTAAGTACTATTAATTATGGAGGTACAATAGCATAGTATAGCGCAGCTACTAGGGCAGATGGATGGCATACAGGTGTTCCTGTGACAATAGTTATCATCTGTACAAATGGTACTACTCCTATTGATCCTGCTAGTTATGAATTATGTTATAGTACTGGAGGTACATCAACAGCATCTTTCTCTGGTACACAATTTTACGGATCAAGTGGAGTAATGTCCCCATTATCTAATACATATAATTCAGCTAAAGGGTGCTGTGTATTAACTTTTTCATCACCTGTCACTAGTATACAAGGATCAATAAATGATGAAAGTATAACAGAAATTACTATTCCATCAACAGTAACAGATTTAGATTGCCAAATAACATGCATATAGTTAAATCGTTTGAAATATGACGGTAGTTATAATAACTTCTGTAATATAGATTTTTCAAAAGATGAACCATACAATATGAATATGAGTACTGCGTATGTCATATGTAATGATAATGTTGCATATATGATGCCTAATGTATTACGATATGAAAATAAAGATTATCGCGAAGATTATGATATAAGATTATATAGGGGTAGTGATGATGAATTGATAGGTATTTGTACATATTTTGGCGAAAATAATAGATATGATGAAAATGGTAATAAATGTCAATATGGAATGGTTGTATTTGGTAGCAATATTACAGAAATAACTGATTTCACATTTATTTGTGAAGGAGACCCAGTATAGTTTGATAAATTGGAATTCAATGATAATATTGAAAATATATATACAAATGCAATAGGTGCCCAAGTTACTATAGATAATATTATTTTTGGAAGTGACCTTAGCGAATTAGGATATATAGATGGTGTAACATATGGCTCTATTAATGAAGAACTTATAATAGCAGAATTATCATATAAAGGCACAACGCTAAATTTTAGTATTATAGATGATAAAGATAAAGAACGTAATTGGAGAAAAAATATAACTGAACCAGATGGTAAAGTTATTTGCAGCGATGGCGTATACCTATTGGAATAA

Genome Context

Tertiary structure

PDB ID

165f46be7e1906d263271253257894221a4cc447b1548bb32e1708bcc623d722

ColabFold

Source ColabFold

Method ColabFold

Resolution 0,5775

Oligomeric State monomer

Download PDB

Model Confidence

Very high
pLDDT > 90

High
90 > pLDDT > 70

Low
70 > pLDDT > 50

Very low
pLDDT < 50

Protein

Domains

Domains [InterPro]

Domains [InterPro]

Tail Spike Domain Segmentation

Tail Spike Domain Segmentation

3D Structure with Domain Coloring

Domain Coloring

Taxonomy

Coding sequence (CDS)

Coding sequence (CDS)

Genome Context

Genome Context

Tertiary structure

Predicted Aligned Error (PAE)

Model Confidence