Identifiers and Description

Gene Model Identifier

TTHERM_00239220

Standard Name

BNI1 (Bud Neck Involved 1)

Aliases

PreTt18860 | 20.m00324 | 3706.m00090

Description

BNI1 predicted protein; Formin-like protein; homolog of S. cerevisiae BNI1

Genome Browser (Macronucleus)

Full Screen View

No Genome Browser Data Present

Genome Browser (Micronucleus)

Full Screen View

No Genome Browser Data Present

External Links

• Uniprot
• Alphafold

Gene Ontology Annotations

Molecular Function

• actin binding (IEA) | GO:0003779

Biological Process

• actin cytoskeleton organization (IEA) | GO:0030036
• cellular component organization (IEA) | GO:0016043

Domains

• ( PF02181 ) Formin Homology 2 Domain

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

No results were calculated for this gene in GeneMania.

Tetrahymena Stock Center

No Data fetched for Tetrahymena Stock Center

Homologs

Source	Identifier	Score
Tetrahymena borealis	EI9_07876.1	3.0009656946748407e-152
	Description: hypothetical protein (712 aa)
Tetrahymena borealis	EI9_12495.1	3.0009656946748407e-152
	Description: hypothetical protein (293 aa)
DictyBase	DDB_G0291378	1.000361553249356e-16
	Description: forJ on chromosome: 6 position 205952 to 213677
Oxytricha	Contig21525.0.1.g47	0.0000000000019997478866288316
	Description: Formin Homology 2 Domain

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00239220(coding)
ATGTCGACTCCGATAAAGTCTGTAACTCTATCATAAGTAAGCTCTAATTAAAACCTCAAC
CAATCTCCAACAACTTCTCCACCTTAATTGGCATAACCTGAAAAACTAGATCCAAACTAT
TAAACTAATTAGTAATTCCCTCCTACACATTATAGCACTTAAAATAGCTAACAAAGCTAG
TTAATCTAAATGTAACAAGTTCAATATGATGATAATTTAAAATAAAATAAAAATGATTTT
GTGAGCAACAAAGAGTAAAATTTCAACGAAAATAAATAGAATAAATAATAATAGCAATTA
TAAAATAATATTTAAATTAACCACACATAAAATATTCCAAATTCAAATTAATTTATTGTG
AGCAATTAAGAGTTAAATCTAAACGAAAATAAATAGAATAAATAATAATAATAATAAAAT
TAAAGTAATATTTAAAATAGCAACATATAACAAGTTCCAAATACAAATCAGACTTCTTCA
CCTGAGAGATAACAAATCTAATAAGATAAAAAAATTTAATAGGAATTAATAGGTCTAAAG
CAAGAATAGATTAATATGCTAGAATCTCAAAAATCTGCAGTTGCATAAGAGAAAGAAAAG
TTATAATTAAGAAATAGCTAATTAGAGAAAGAGAAAAAATAATAAATTTAAGAAATTAAC
ATTTTAAGTGAGTAACTTCGCTCAAAGACTAACACTCAAACTCAACAAACAATCTTAGAG
GAATCTATTCGTAGAAAAACAAACCAACTATAATAAATAAATTAATAAATTGAAATTCAA
AATGATAAATAAAAATAATTAGAAAATAAATCTCAGTAAGAAAATTAAGAATAAATTGAA
AAATTAAAGCAATATGAACAAAAAATAAAAGAATTAGAAGAAAAATTAAAACAAAAAGAG
TTGGAATCTTAATCAGCTTCAAAATAAAATAGCTAGATAAAATAGACTAACGAATAGTAA
AGTCTAGTATAAAGTATCCCAAAACCACCTATGTTTATACCTCCTCCACCGCCTCCTTTA
AATATTAATATTCCTTCAGCACCTCCATTGATTCCATCTATTCCAGGTGCTCCTATACCT
CCTGCTATAGGACTACCAGTTCCCCCTCCTTTAGGACTCCCTTTTCCACCTCCATTATCA
ATGTAAATAGTGTAACCAAAATCAAAAACTAAACCTCTCTACTGCGATCCTGTAGAATAA
ATTTAAAACACATTGTGGGCTGATGTGAAAGAAATACAAACTATAAAATTTGAAGACTTA
GAAGAAAAATTTTCAAAAGAAAATAATTAAAATTAGCTTAAAAAGTAGATGACAGAAAAA
ACTCCCTCTTAAAAATATTTAGAAATTATTAACAAAAATTAGGCTTAAGGGTAATTTAAT
AATAAAAAAAAATCATTATTTAAGCCAGAAAAAGAAGGAAATTTAAATATCGAGTTTAAA
TAATTTTTAAAGAAAGGTTCAGTAGATGAACTTATACAGGGATTTTAAAAGCTAAATGAA
AATTTAATAACAGAAGAGGATTGTTAAAAAATCCTCAAACTTTTAAATAATTAAGAAGAT
ATTAGGAATTTTGAAGAATTCTAAGGAGATCGTTCAACAATTGATAACCTTTCACAATTT
GTGTTAGGAGTATTAGGAATAGGTAATATTCGCCACAGGTTGATCTATTTTATTTTTAAA
AAAGAATTTTAACAAAGATATTAAGAATCACTAGAGCATTTAAACTAATTGTTAAAAACT
TCTAATGCTGTTTTACAAAGTAACTCGATAAAAGCTTTTCTTTTCTAAGCTTTGGAATTA
AGTAAAGAAATGAACAAAGGAGGCCCGAAAGAAAATATCAAAGGTTTAAAATTATAAACG
ATAATAGATTTAAAATAGCAAAAAAGTACTGACAAAAGCACAGATATTTTACAATACCTT
GTCACTAAAACATACCATTAAAAACCAGAATATCTCAGCTTTGTTGATGAACTTTCGCCT
TTACTAAATCAGACTAAAAATTATGATATTTAAGAGGAAACTAATTAAGCGAAGTAAATG
ATTGATAAATTTACAAAACTTGGTATTAAATTAAAAGAATTAACAAATGATGAAAACATA
GATGCAGATTTCTACAATTTTTTCTAACCATTTTACTAATAAAACCATGAAAAAATAGTT
GAACTCGAGCAGGTACTCTCTCAAACAAAATCTTAGCATTAAAAGTGTTTAGAGCGTTTT
GGTGAAACTAACGATAAATAAAAATCTAATGAATTTTACAAAACAATGCTAGCAATATGT
GAAATGGTTAAAAATGAAATACCTAATAAAATTTATAAATCTTTAAGGCAAAGTTGA

>TTHERM_00239220(gene)
ATGTCGACTCCGATAAAGTCTGTAACTCTATCATAAGTAAGCTCTAATTAAAACCTCAAC
CAATCTCCAACAACTTCTCCACCTTAATTGGCATAACCTGAAAAACTAGATCCAAACTAT
TAAACTAATTAGTAATTCCCTCCTACACATTATAGCACTTAAAATAGCTAACAAAGCTAG
TTAATCTAAATGTAACAAGTTCAATATGATGATAATTTAAAATAAAATAAAAATGATTTT
GTGAGCAACAAAGAGTAAAATTTCAACGAAAATAAATAGAATAAATAATAATAGCAATTA
TAAAATAATATTTAAATTAACCACACATAAAATATTCCAAATTCAAATTAATTTATTGTG
AGCAATTAAGAGTTAAATCTAAACGAAAATAAATAGAATAAATAATAATAATAATAAAAT
TAAAGTAATATTTAAAATAGCAACATATAACAAGTTCCAAATACAAATCAGACTTCTTCA
CCTGAGAGATAACAAATCTAATAAGATAAAAAAATTTAATAGGAATTAATAGGTCTAAAG
CAAGAATAGATTAATATGCTAGAATCTCAAAAATCTGCAGTTGCATAAGAGAAAGAAAAG
TTATAATTAAGAAATAGCTAATTAGAGAAAGAGAAAAAATAATAAATTTAAGAAATTAAC
ATTTTAAGTGAGTAACTTCGCTCAAAGACTAACACTCAAACTCAACAAACAATCTTAGAG
GAATCTATTCGTAGAAAAACAAACCAACTATAATAAATAAATTAATAAATTGAAATTCAA
AATGATAAATAAAAATAATTAGAAAATAAATCTCAGTAAGAAAATTAAGAATAAATTGAA
AAATTAAAGCAATATGAACAAAAAATAAAAGAATTAGAAGAAAAATTAAAACAAAAAGAG
TTGGAATCTTAATCAGCTTCAAAATAAAATAGCTAGATAAAATAGACTAACGAATAGTAA
AGTCTAGTATAAAGTATCCCAAAACCACCTATGTTTATACCTCCTCCACCGCCTCCTTTA
AATATTAATATTCCTTCAGCACCTCCATTGATTCCATCTATTCCAGGTGCTCCTATACCT
CCTGCTATAGGACTACCAGTTCCCCCTCCTTTAGGACTCCCTTTTCCACCTCCATTATCA
ATGTAAATAGTGTAACCAAAATCAAAAACTAAACCTCTCTACTGCGATCCTGTAGAATAA
ATTTAAAACACATTGTGGGCTGATGTGAAAGAAATACAAACTATAAAATTTGAAGACTTA
GAAGAAAAATTTTCAAAAGAAAATAATTAAAATTAGCTTAAAAAGTAGATGACAGAAAAA
ACTCCCTCTTAAAAATATTTAGAAATTATTAACAAAAATTAGGCTTAAGGGTAATTTAAT
AATAAAAAAAAATCATTATTTAAGCCAGAAAAAGAAGGAAATTTAAATATCGAGTTTAAA
TAATTTTTAAAGAAAGGTTCAGTAGATGAACTTATACAGGGATTTTAAAAGCTAAATGAA
AATTTAATAACAGAAGAGGATTGTTAAAAAATCCTCAAACTTTTAAATAATTAAGAAGAT
ATTAGGAATTTTGAAGAATTCTAAGGAGATCGTTCAACAATTGATAACCTTTCACAATTT
GTGTTAGGAGTATTAGGAATAGGTAATATTCGCCACAGGTTGATCTATTTTATTTTTAAA
AAAGAATTTTAACAAAGATATTAAGAATCACTAGAGCATTTAAACTAATTGTTAAAAACT
TCTAATGCTGTTTTACAAAGTAACTCGATAAAAGCTTTTCTTTTCTAAGCTTTGGAATTA
AGTAAAGAAATGAACAAAGGAGGCCCGAAAGAAAATATCAAAGGTTTAAAATTATAAACG
ATAATAGATTTAAAATAGCAAAAAAGTACTGACAAAAGCACAGATATTTTACAATACCTT
GTCACTAAAACATACCATTAAAAACCAGAATATCTCAGCTTTGTTGATGAACTTTCGCCT
TTACTAAATCAGACTAAAAATTATGATATTTAAGAGGAAACTAATTAAGCGAAGTAAATG
ATTGATAAATTTACAAAACTTGGTATTAAATTAAAAGAATTAACAAATGATGAAAACATA
GATGCAGATTTCTACAATTTTTTCTAACCATTTTACTAATAAAACCATGAAAAAATAGTT
GAACTCGAGCAGGTACTCTCTCAAACAAAATCTTAGCATTAAAAGTGTTTAGAGCGTTTT
GGTGAAACTAACGATAAATAAAAATCTAATGAATTTTACAAAACAATGCTAGCAATATGT
GAAATGGTTAAAAATGAAATACCTAATAAAATTTATAAATCTTTAAGGCAAAGTTGA

>TTHERM_00239220(protein)
MSTPIKSVTLSQVSSNQNLNQSPTTSPPQLAQPEKLDPNYQTNQQFPPTHYSTQNSQQSQ
LIQMQQVQYDDNLKQNKNDFVSNKEQNFNENKQNKQQQQLQNNIQINHTQNIPNSNQFIV
SNQELNLNENKQNKQQQQQNQSNIQNSNIQQVPNTNQTSSPERQQIQQDKKIQQELIGLK
QEQINMLESQKSAVAQEKEKLQLRNSQLEKEKKQQIQEINILSEQLRSKTNTQTQQTILE
ESIRRKTNQLQQINQQIEIQNDKQKQLENKSQQENQEQIEKLKQYEQKIKELEEKLKQKE
LESQSASKQNSQIKQTNEQQSLVQSIPKPPMFIPPPPPPLNINIPSAPPLIPSIPGAPIP
PAIGLPVPPPLGLPFPPPLSMQIVQPKSKTKPLYCDPVEQIQNTLWADVKEIQTIKFEDL
EEKFSKENNQNQLKKQMTEKTPSQKYLEIINKNQAQGQFNNKKKSLFKPEKEGNLNIEFK
QFLKKGSVDELIQGFQKLNENLITEEDCQKILKLLNNQEDIRNFEEFQGDRSTIDNLSQF
VLGVLGIGNIRHRLIYFIFKKEFQQRYQESLEHLNQLLKTSNAVLQSNSIKAFLFQALEL
SKEMNKGGPKENIKGLKLQTIIDLKQQKSTDKSTDILQYLVTKTYHQKPEYLSFVDELSP
LLNQTKNYDIQEETNQAKQMIDKFTKLGIKLKELTNDENIDADFYNFFQPFYQQNHEKIV
ELEQVLSQTKSQHQKCLERFGETNDKQKSNEFYKTMLAICEMVKNEIPNKIYKSLRQS