Identifiers and Description

Gene Model Identifier

TTHERM_00388200

Standard Name

SAS6A

Aliases

PreTt24815 | 41.m00222

Description

SAS6A spindle assembly abnormal-like protein putative; basal body protein; identified in proteomic analysis

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

No Data fetched for Gene Ontology Annotations

Domains

• ( PF02370 ) M protein repeat
• ( PF04702 ) Vicilin N terminal region
• ( PF05890 ) Eukaryotic rRNA processing protein EBP2
• ( PF06428 ) GDP/GTP exchange factor Sec2p
• ( PF08647 ) BRE1 E3 ubiquitin ligase
• ( PF08946 ) Osmosensory transporter coiled coil

Gene Expression Profile

Vegetative Cell Cycle (Zhang et al., 2023)

GeneMania

No results were calculated for this gene in GeneMania.

Tetrahymena Stock Center

• ( SD03323 ) Micronucleus: TTHERM_00118700[∆::NEO2]

Homologs

Source	Identifier	Score
Tetrahymena borealis	EI9_04443.1	9.997093137033517e-262
	Description: hypothetical protein (701 aa)
Stentor Coeruleus	SteCoe_20343	1.3336148155022614e-34
	Description: None
Oxytricha	Contig12356.0.0.g59	8.99682777598231e-22
	Description: Protein of unknown function (DUF501)

General Information

No Data fetched for General Information

Associated Literature

1. Ref:17785518: Kilburn CL, Pearson CG, Romijn EP, Meehl JB, Giddings TH, Culver BP, Yates JR, Winey M (2007) New Tetrahymena basal body protein components identify basal body domain structure. The Journal of cell biology 178(6):905-12

Sequences

>TTHERM_00388200(coding)
ATGGATAGTTTATCTTAAAAGTCTGGAAGAAGCTAGCAATAGAATTACTCTCATCAATAA
ACTCCTGCTAGGAATTTAAATGGCTCTTATCAAAATTAACATCAAATTCAAAATAACGAT
TTTTAAAGCTCATAGAAACAAAAATACGAAAAGAACTTAAATTAAAGTGGATTTATTCAA
CCAATTAGCGTGCATCCACTCCAATCAGATGGGTTTTAGCAACCAAAAGATATTTATGAT
AATCAAATAACAATGAAATTGAAATCACATGAAAGAGAAGACTAATTAACCTGCTTAAAT
CTTAAAATAATACTTAATCCAGGTAACAATATTCATGGTCAAGTCCTTTAGATGGAATTA
ACTGATGAACTCAACTAATTGTTCCTTTACATTTTGTAACTTAGTGAAACTGATTTCTTG
CAAGTAAAAAATGACTAAAACTTAATTGTGGATTTCAATGGATTCCCAACTAAGCTTATT
GAACTTTTGGAATTGTCTCTTAACTCTAATAAAGAAGACAAAATATAGTTTGCATGTGTT
TTTGAAATTAAATCGAATGGTGAAGGTTTTTTAAAAATAACTGAGATGAATCAATTTAAA
ACATTAGTCCATTTAGCATTAAAATTCAGATGTGCCAATGATGAAGTTTTAAAAAATTAC
TTAGCAAATAAACTAACCAAAGAATAAAATGAAAATGAAGAATTGAGAATCAAGAATTCC
AGAATCGAAGAATAACTGTAAGATTCTCAAAATAAAAATGAAGAATTAAACCAACAATTA
GCACGCTTTTAGTAAGAAAGAGAGCAATAAGAAGAGTAGCTTAGACTTGAATCTTCAAAG
AAGCTCCATCTTCAAAAAGAAGAGTACTTACAAAGAGAAAGTGAACTTAGAAATACATAT
GAATCAAAGCATTAACTCATACAAGAAAGATTAGAAAAACAAATTTAAGATTTACAAAAT
TAAGTTCAAAGTCTTTAGAAGTAAAATTCAGATCTGAACGAAGTAAAACTTAATTTAGAT
TCATCAGTCAGAGAACTTTAAAGCAAAAATAAAGTAAATGAGAAAGAATTAGACATAGTA
AATAAAGAAATTTAAACTTTAAGACTAGACAACAAAAATCTTGATAGCGTTCGTTTTGCA
CAAGAAAAAAAAATTACAGAATTAACTGTAAAAATTGAAAGCTTGGAAAAATAAATCATT
GATAAAGATTAGTTAATCAGCAGTTCAAAGTCCTTAAATTCAAACAACGAAGATTAAAAA
AAAATGCTTGAAAAGGAACTTAATGAAAAAAATCAGTCAATAGATAAGCTAGAAAAGAAA
TTAGAATAATGCAAGGTTGAAATCGAAAAAGGAAACGATGTCATAGATAAAATTCGTGAA
GCTCTTGAAAAGAAGAAAAAGAAATAGAAATAAAAAGAAGCTATTATTCTACAACAGGAG
TAAAACATACAAAATTTGCAAAATAGCATCGACACATTAAATAGATAGATAATAGAAATA
TAAAGAGAAAAAGATAACTCTGAAATAAAAGTAAAAGAACTTCAAACAGCTAATTCTGAT
CTTAAAACTAAAATCTAAGAGTCATAAAAAGTTTTAGAATAGAATCAATCAATGATTCAA
TACTTAAATAATTAATTGAACAATACAAGACCTAATATCCCTACAGGATTGTCTTCCACT
TTAGCAGGATAAACTTCAAGTGCTTATAGACCTAATTATGCTGCAACCTCTACTATTTCT
CATACTAAATATGGAACTTATGCCAATAATTTTGGTGGTGAAGATAGATATACATAAGAT
CATCCTCGCTCTCATACACCTCTAAGCTACAGCCAAAAAAATAACAATCCTTTGCAGTAC
ACTAATCTATATAGTTAAAGTTTAAATTAAGGTGCCACATATCATTTAACTAAATCTCCA
CTTACAAAAGATTTTGATTATGATAATGAAGAAAAAGGATAGGAAAATCATACAAACTTA
AATACAAAATACACAGCTACTCTTGGTGGTTAAAGAAACAGCAATAGTTTTAGTGTAAAC
AACACAATAAGTGCTGTTGGAGAAGGAAATATTGTTCCAATAAAATATCGTGATCCAACA
AAAAATTAGTGA

>TTHERM_00388200(gene)
ATGGATAGTTTATCTTAAAAGTCTGGAAGAAGCTAGCAATAGAATTACTCTCATCAATAA
ACTCCTGCTAGGAATTTAAATGGCTCTTATCAAAATTAACATCAAATTCAAAATAACGAT
TTTTAAAGCTCATAGAAACAAAAATACGAAAAGAACTTAAATTAAAGTGGATTTATTCAA
CCAATTAGCGTGCATCCACTCCAATCAGATGGTAAATACAAAAAATCATGAATAGAATAA
GGTTTTAATGTTTTTATTTTAATGATTCTTATTTATAGGGTTTTAGCAACCAAAAGATAT
TTATGATAATCAAATAACAATGAAATTGAAATCACATGAAAGAGAAGACTAATTAACCTG
CTTAAATCTTAAAATAATACTTAATCCAGGTAACAATATTCATGGTCAAGTCCTTTAGAT
GGAATTAACTGATGAACTCAACTAGTAATTTACAATAATATTTTATTGAATACCTAATTT
TGAATTTTGATATAATGTTACAATTAACAAATAAATTAATTTTATAATTGCATTTCAAAA
ATATTAATAATTAAATTAAACTATTTTAGCTGATGTCCCATTTAGTTGATTTTGTTTTGT
TTTAAAATTTTTTTTTAAATAAACTATTTAGATTGTTCCTTTACATTTTGTAACTTAGTG
AAACTGATTTCTTGCAAGTAAAAAATGACTAAAACTTAATTGTGGATTTCAATGGATTCC
CAACTAAGCTTATTGAACTTTTGGAATTGTCTCTTAACTCTAATAAAGAAGACAAAATAT
AGTAAGATCTTACATACCTCAAAATTTTCTCAATAATTAATTTTTTTAATTTAGTTAATA
TTTAATATAAAATTTATAAATAGGTTTGCATGTGTTTTTGAAATTAAATCGAATGGTGAA
GGTTTTTTAAAAATAACTGAGATGAATCAATTTAAAACATTAGTCCATTTAGCATTAAAA
TTCAGATGTGCCAATGATGAAGTTTTAAAAAATTACTTAGCAAATAAACTAACCAAAGAA
TAAAATGAAAATGAAGAATTGAGAATCAAGAATTCCAGAATCGAAGAATAACTGTAAGAT
TCTCAAAATAAAAATGAAGAATTAAACCAACAATTAGCACGCTTTTAGTAAGAAAGAGAG
CAATAAGAAGAGTAGCTTAGACTTGAATCTTCAAAGAAGCTCCATCTTCAAAAAGAAGAG
TACTTACAAAGAGAAAGTGAACTTAGAAATACATATGAATCAAAGCATTAACTCATACAA
GAAAGATTAGAAAAACAAATTTAAGATTTACAAAATTAAGTTCAAAGTCTTTAGAAGTAA
AATTCAGATCTGAACGAAGTAAAACTTAATTTAGATTCATCAGTCAGAGAACTTTAAAGC
AAAAATAAAGTAAATGAGAAAGAATTAGACATAGTAAATAAAGAAATTTAAACTTTAAGA
CTAGACAACAAAAATCTTGATAGCGTTCGTTTTGCACAAGAAAAAAAAATTACAGAATTA
ACTGTAAAAATTGAAAGCTTGGAAAAATAAATCATTGATAAAGATTAGTTAATCAGCAGT
TCAAAGTCCTTAAATTCAAACAACGAAGATTAAAAAGTATATTCTATTATTAAATATTAT
TGATAATAGTTGTAAATAAATTATTTTAAAATTCAGAAAATGCTTGAAAAGGAACTTAAT
GAAAAAAATCAGTCAATAGATAAGCTAGAAAAGAAATTAGAATAATGCAAGGTTGAAATC
GAAAAAGGAAACGATGTCATAGATAAAATTCGTGAAGCTCTTGAAAAGAAGAAAAAGAAA
TAGAAATAAAAAGAAGCTATTATTCTACAACAGGAGTAAAACATACAAAATTTGCAAAAT
AGCATCGACACATTAAATAGATAGATAATAGAAAGTAATATAGTTATTCTATTAATTTGA
ATAGAGTTTTAAATTAACAAGTTTTCAATTAAAATTTTTTATTTTTATTTAAAGTGATTC
TTTAGAGTTGTTCGATATTTTATTTTATTTTTTGAGATATCTTTATTTTGAAAATAGAAT
ATCGACACTCGATATATCAACTCATTTTATATGATTTACCCAAAATAAAATATAAAAATT
AAATTCGATGGGATATGAATATTTTAAAAATGAAATATTGAAGTTGAATATATTTAAAAT
CAAATATATTAATTAATCCAGCTCAATCAATTTGATTTAAATTTAAACAATACTTAAATA
TTATTTATATATTTCAGATTTTATTAAAATAATTTTTTTAATAAGATATTACTTTTTTAT
CATAATTTAAATAATTCTTAGTTTGAAAAATATTATTTTTTATTTAAAATTTTAATTTTT
ATTAAATAGTATAAAGAGAAAAAGATAACTCTGAAATAAAAGTAAAAGAACTTCAAACAG
CTAATTCTGATCTTAAAACTAAAATCTAAGAGTCATAAAAAGTTTTAGAATAGAATCAAT
CAAGTAGGATTTAATTTAATTGTTTTAGATAGTTAAAATTATTTTTATTATAAAAAGTGA
TTCAATACTTAAATAATTAATTGAACAATACAAGACCTAATATCCCTACAGGATTGTCTT
CCACTTTAGCAGGATAAACTTCAAGTGCTTATAGACCTAATTATGCTGCAACCTCTACTA
TTTCTCATACTAAATATGGAACTTATGCCAATAATTTTGGTGGTGAAGATGTAATAAGTT
ATTTTTAAATAAAATTTGAAATTTATTTTAAAATCATTAACAGAGATATACATAAGATCA
TCCTCGCTCTCATACACCTCTAAGCTACAGCCAAAAAAATAACAATCCTTTGCAGTACAC
TAATCTATATAGTTAAAGTTTAAATTAAGGTGCCACATATCATTTAACTAAATCTCCACT
TACAAAAGATTTTGATTATGATAATGAAGAAAAAGGATAGGTAAAATTAAAAATTTATAA
ACGAATATTAAAAATAAATTTTTATACTTAGGAAAATCATACAAACTTAAATACAAAATA
CACAGCTACTCTTGGTGGTTAAAGAAACAGCAATAGTTTTAGTGTAAACAACACAATAAG
TGCTGTTGGAGAAGGAAATATTGTTCCAATAAAATATCGTGATCCAACAAAAAATTAGTG
A

>TTHERM_00388200(protein)
MDSLSQKSGRSQQQNYSHQQTPARNLNGSYQNQHQIQNNDFQSSQKQKYEKNLNQSGFIQ
PISVHPLQSDGFQQPKDIYDNQITMKLKSHEREDQLTCLNLKIILNPGNNIHGQVLQMEL
TDELNQLFLYILQLSETDFLQVKNDQNLIVDFNGFPTKLIELLELSLNSNKEDKIQFACV
FEIKSNGEGFLKITEMNQFKTLVHLALKFRCANDEVLKNYLANKLTKEQNENEELRIKNS
RIEEQLQDSQNKNEELNQQLARFQQEREQQEEQLRLESSKKLHLQKEEYLQRESELRNTY
ESKHQLIQERLEKQIQDLQNQVQSLQKQNSDLNEVKLNLDSSVRELQSKNKVNEKELDIV
NKEIQTLRLDNKNLDSVRFAQEKKITELTVKIESLEKQIIDKDQLISSSKSLNSNNEDQK
KMLEKELNEKNQSIDKLEKKLEQCKVEIEKGNDVIDKIREALEKKKKKQKQKEAIILQQE
QNIQNLQNSIDTLNRQIIEIQREKDNSEIKVKELQTANSDLKTKIQESQKVLEQNQSMIQ
YLNNQLNNTRPNIPTGLSSTLAGQTSSAYRPNYAATSTISHTKYGTYANNFGGEDRYTQD
HPRSHTPLSYSQKNNNPLQYTNLYSQSLNQGATYHLTKSPLTKDFDYDNEEKGQENHTNL
NTKYTATLGGQRNSNSFSVNNTISAVGEGNIVPIKYRDPTKNQ