Identifiers and Description

Gene Model Identifier

TTHERM_00171850

Standard Name

SSA6 (HSP70a paralog)

Aliases

PreTt29794 | 14.m00361

Description

SSA6 heat shock-binding protein 70 ER luminal protein; dnak protein BiP

Genome Browser (Macronucleus)

Genome Browser (Micronucleus)

Gene Ontology Annotations

No Data fetched for Gene Ontology Annotations

Domains

• ( PF06723 ) MreB/Mbl protein
• ( PF00012 ) DnaK family protein
• ( TIGR02350 ) chaperone protein DnaK
• ( PF01968 ) hydantoinase/oxoprolinase
• ( PF02491 ) cell division protein FtsA
• ( TIGR01174 ) cell division protein FtsA
• ( TIGR01991 ) Fe-S protein assembly chaperone HscA
• ( TIGR00904 ) cell shape determining protein, MreB/Mrl
• ( TIGR02529 ) ethanolamine utilization protein EutJ family

Gene Expression Profile

• Tetrahymena Functional Genomics Database:

Change in Gene Expression

TMHMM

TMHMM

Signal Peptide

Signal Peptide Present?: No
Presense Probability: 14.1%

TetraMine Data

TTHERM_00171850

WebApollo

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Tetrahymena Stock Center

No Data fetched for StockID

Homologs (v.2006 protein sequences)

Source	Identifier	Score	Description
Stentor Coeruleus	SteCoe_17463	0
WormBase	WBGene00002007	9.997093137033517e-262	locus:hsp-3 Heat shock 70 kD a protein C status:Confirmed UniProt:P27420 protein_id :CCD64632.1
Tetrahymena borealis	EI9_09958.1	9.997093137033517e-262	dnak protein BiP (1236 aa)
DictyBase	DDB_G0276445	9.997093137033517e-262	DDB_G0276445 on chromosome: 2 position 6984336 to 6986396
Oxytricha	Contig10574.0.g67	9.997093137033517e-262	Hsp70 protein
SGD	YBL075C	9.997093137033517e-262	SSA3 ATPase involved in protei n folding and the response to stress; plays a role in SRP-de pendent cotranslational protei n-membrane targeting and trans location; member of the heat s hock protein 70 (HSP70) family ; localized to the cytoplasm

General Information

No Data fetched for General Information

Associated Literature

No Data fetched for Associated Literature

Sequences

>TTHERM_00171850(coding)
ATGAAAATTTTTAAAAAATTTATGAACTCCCCACACGTGTAAATTTTGCATTTTTAAGAG
TTGAGTTTTAAATTGGGAATAAATTAAAAGAAAAAAAAATAATTAATTTAATTTACAAAA
GATATTATTTATAATTTAAAAATAAAAGAGGAGATGAATAAAAAATTATTAATCTTCATT
GCCACTGTTTTAATTGTTGGCCTTGTCTATGCAGCTGATGATGAAAAGAAGAAGGTTGAA
TGCCCTGTCATTGGTATCGATTTGGGTACAACCTACTCTTGTGTCGGTGTCTACAAAAAG
GGTTAAGTAGAAATCATTCCTAACGAATTAGGTCATAGAATTACTCCCTCAGTCGTAGCC
TTTACTGATGAAGAAAGACTCGTCGGTGAATCAGCTAAGAACTAAGCCGTTAACAACCCT
ACCAGAACTTTATACGACGTTAAGAGACTTATTGGTCGTAAATACACCGATAAGACTGTC
TAATACGACAAGAAGTTCCTTCCCTACGAAATTATTGAAAAGAATGGAAAGCCTTACATC
AAGGTTGACAACGTCAGAGGTGAAACCAAGGTCTATGCCGCCGAAGAAATCTCTGCTATG
GTCCTCGTCAAGATGAAGGAAATCGCTGAAACCTTCTTGGGTACCACTGTCAAGAACGCC
GTCGTTACCGTCCCCGCTTACTTCAATGATGCCCAAAGACAATCTACCAAGGATGCTGGT
GCCATCGCTGGTTTGGATGTTTAGAGAATTTTGAACGAACCTACCGCCGCTGCCATCGCT
TACGGTTTGGATAAGAAGCAAGGTGAAAAGAACATTTTGGTCTTCGATTTGGGTGGTGGT
ACTTTTGATGTCTCCATCTTAACTATTGATGAAGGTGTTTTCGAAGTTATTGCTACTTCT
GGTGATACTCACTTGGGTGGTGCTGATTTTGATCAAAGAGTTATGGACTACTTCATTAAG
CTCACCAAGAAGAAACACAACAGAGATATTTCTGGTGACAAGAGAGCTATCCAAAAATTG
AAAAGAGAAGTTGAAAATGCCAAGAGAAAGCTTTCTTCTACCATGACTGCCTAAATCGAA
ATTGAAGATTTAGTCGAAGGTTTGGACTTCAATGAAGAACTCACTAGAGCTAAATTCGAA
GAATTGAACGCTGACTTATTCAAGAAGACCATCGGTCCCGTCCAAACTGCCTTGGAAGAC
TCTGGTTTCAAGAAGACTGATATTCACGAAATCGTCTTAGTTGGTGGTTCTACTCGTATC
CCCAAGATCAGAAAGCTCGTCCAAGATTTCTTCGGTAAGGAACCTAACACTGGTATTAAC
CCCGATGAAGCCGTTGCTTACGGTGCTGCCGTCCAAGGTGGTATCATCTGTGGTGAAACC
TTCAGTGAACCTATCGTTATGATTGATGCTACTCCCCTCTCCTTAGGTATTGAAACCGTC
GGTGGTGTTATGTCTACCATCATTCCCAGAAACTCCGTCTCCCCCACCAAGAAGACTTAA
ACTTTCACCACCTATCAAGATAACCAAGAAACCGTCACTATTCAAATCTTTGAAGGTGAA
AGACCTATGACCAAGGACAATCACTTGTTGGGTAAGTTTGATCTCACTGGTATCCCTGCT
GCTCCCAGAGGTCAACCCCAAATTGAAGTTACCTTCGAAGTCGATGTCAACGGTATCTTA
CAAGTTAGCGCTGTTGAAAAATCCGCTGGTGTCAAGAACCAAGTTACTATTACCAACGAC
TCTAGTAGACTTTCTAAGGAAGAAATCGAAAAAATGCTTGATGATGCCAAGAAATTCGAA
GCTCAAGATAAGGTCGCCAAGGAAAGAATCGACGCTAAGAACTCTTTGGATTCTTACGTC
CACTCTATGAGAAACACCGTTGAAGACGAAGCTAAGCTCGCCAACAAAATTAATGAAGAT
GACAAGAAAACCATTAAGGACGCTCTTAAAGAAACTTAAGACTGGCTCTCCGCTAACCCT
GAAGCTGATAAAGAAGAATATGAAGAAAGAAAGACCAAACTTGAAGGTATCTGTAACCCT
ATTATTAGTAAGGCTCACCAATAAGCTGGTGGTTCCTCCCACGCTGATGAAGATGTTAAT
GTCGATCTTTGA

>TTHERM_00171850(protein)
MKIFKKFMNSPHVQILHFQELSFKLGINQKKKKQLIQFTKDIIYNLKIKEEMNKKLLIFI
ATVLIVGLVYAADDEKKKVECPVIGIDLGTTYSCVGVYKKGQVEIIPNELGHRITPSVVA
FTDEERLVGESAKNQAVNNPTRTLYDVKRLIGRKYTDKTVQYDKKFLPYEIIEKNGKPYI
KVDNVRGETKVYAAEEISAMVLVKMKEIAETFLGTTVKNAVVTVPAYFNDAQRQSTKDAG
AIAGLDVQRILNEPTAAAIAYGLDKKQGEKNILVFDLGGGTFDVSILTIDEGVFEVIATS
GDTHLGGADFDQRVMDYFIKLTKKKHNRDISGDKRAIQKLKREVENAKRKLSSTMTAQIE
IEDLVEGLDFNEELTRAKFEELNADLFKKTIGPVQTALEDSGFKKTDIHEIVLVGGSTRI
PKIRKLVQDFFGKEPNTGINPDEAVAYGAAVQGGIICGETFSEPIVMIDATPLSLGIETV
GGVMSTIIPRNSVSPTKKTQTFTTYQDNQETVTIQIFEGERPMTKDNHLLGKFDLTGIPA
APRGQPQIEVTFEVDVNGILQVSAVEKSAGVKNQVTITNDSSRLSKEEIEKMLDDAKKFE
AQDKVAKERIDAKNSLDSYVHSMRNTVEDEAKLANKINEDDKKTIKDALKETQDWLSANP
EADKEEYEERKTKLEGICNPIISKAHQQAGGSSHADEDVNVDL

>TTHERM_00171850(gene)
ATGAAAATTTTTAAAAAATTTATGAACTCCCCACACGTGTAAATTTTGCATTTTTAAGAG
TTGAGTTTTAAATTGGGAATAAATTAAAAGAAAAAAAAATAATTAATTTAATTTACAAAA
GATATTATTTATAATTTAAAAATAAAAGAGGAGATGAATAAAAAATTATTAATCTTCATT
GCCACTGTTTTAATTGTTGGCCTTGTCTATGCAGCTGATGATGAAAAGAAGAAGGTTGAA
TGCCCTGTCATTGGTATCGATTTGGGTACAACCTACTCTTGTGTCGGTGTCTACAAAAAG
GGTTAAGTAGAAATCATTCCTAACGAATTAGGTAATTATTTGTCTTTTAATTTCACACTT
TATCAAACATTAAAAAATATGAAAATAAATGAAACAATTTTTGGATTATTTTGTCATCCC
ATGAAGGAATGACAAATGTAATTCATCTATTCAATAATATGACTTACAAATGTCTTAAAC
ATCTAACTTATTCTTTGTTAAACATTAATACAGGTCATAGAATTACTCCCTCAGTCGTAG
CCTTTACTGATGAAGAAAGACTCGTCGGTGAATCAGCTAAGAACTAAGCCGTTAACAACC
CTACCAGAACTTTATACGACGTTAAGAGACTTATTGGTCGTAAATACACCGATAAGACTG
TCTAATACGACAAGAAGTTCCTTCCCTACGAAATTATTGAAAAGAATGGAAAGCCTTACA
TCAAGGTTGACAACGTCAGAGGTGAAACCAAGGTCTATGCCGCCGAAGAAATCTCTGCTA
TGGTCCTCGTCAAGATGAAGGTAAATATAACAAAAATAATATATTCATCAAGACTTACCT
TTCAGCTATTCAACCCAAGCTTCATTCACTCTATAATATATTTACCTAAAATAAAGAATG
AAATTTTCTTTTTAAATTTTACTCTCTAAAAATACAAAAAAATAAGATACTTCTAATTTA
AGACAACCTCAAAGAAATGTCAATAAAATTATAAGCAATAACTATTCAAAATATAAGTGA
AAATTATTCTAAACATTCAATTCATAAGTTCACCAGCAGCACTCTAATAAGCTAAGAGCA
AAAGACTAACTTAAATAAATCAGCAGAATTTATTTAAATTTAAAAATGACTTATGAAAAG
ACTCAAAAGTGAATGAGTGATGTATTATTTATCTATCATTTAGCAAATAAAATATTAAGT
AGAAGATAAGTTAGTGAGAGTCTATTTTATTAGATAATTAGTAAATAAATGCAATAAATA
AATACAATAAATAATATAAATAAAGGAGAATTCATTAGTTATTAATAGTATTAGCGAAAA
AAATTTAAAAAGCTGAAAGATATTTATTTATTTATTATTTGATTGATAATTTAACTTAAA
AATTTTAAATAAAAATTATTTAAATAACATAATAGGAAATCGCTGAAACCTTCTTGGGTA
CCACTGTCAAGAACGCCGTCGTTACCGTCCCCGCTTACTTCAATGATGCCCAAAGACAAT
CTACCAAGGATGCTGGTGCCATCGCTGGTTTGGATGTTTAGAGAATTTTGAACGAACCTA
CCGCCGCTGCCATCGCTTACGGTTTGGATAAGAAGCAAGGTGAAAAGAACATTTTGGTCT
TCGATTTGGGTGGTGGTACTTTTGATGTCTCCATCTTAACTATTGATGAAGGTGTTTTCG
AAGTTATTGCTACTTCTGGTGATACTCACTTGGGTGGTGCTGATTTTGATCAAAGAGTTA
TGGACTACTTCATTAAGCTCACCAAGAAGAAACACAACAGAGATATTTCTGGTGACAAGA
GAGCTATCCAAAAATTGAAAAGAGAAGTTGAAAATGCCAAGAGAAAGCTTTCTTCTACCA
TGACTGCCTAAATCGAAATTGAAGATTTAGTCGAAGGTTTGGACTTCAATGAAGAACTCA
CTAGAGCTAAATTCGAAGAATTGAACGCTGACTTATTCAAGAAGACCATCGGTCCCGTCC
AAACTGCCTTGGAAGACTCTGGTTTCAAGAAGACTGATATTCACGAAATCGTCTTAGTTG
GTGGTTCTACTCGTATCCCCAAGATCAGAAAGCTCGTCCAAGATTTCTTCGGTAAGGAAC
CTAACACTGGTATTAACCCCGATGAAGCCGTTGCTTACGGTGCTGCCGTCCAAGGTGGTA
TCATCTGTGGTGAAACCTTCAGTGAACCTATCGTTATGATTGATGCTACTCCCCTCTCCT
TAGGTATTGAAACCGTCGGTGGTGTTATGTCTACCATCATTCCCAGAAACTCCGTCTCCC
CCACCAAGAAGACTTAAACTTTCACCACCTATCAAGATAACCAAGAAACCGTCACTATTC
AAATCTTTGAAGGTGAAAGACCTATGACCAAGGACAATCACTTGTTGGGTAAGTTTGATC
TCACTGGTATCCCTGCTGCTCCCAGAGGTCAACCCCAAATTGAAGTTACCTTCGAAGTCG
ATGTCAACGGTATCTTACAAGTTAGCGCTGTTGAAAAATCCGCTGGTGTCAAGAACCAAG
TTACTATTACCAACGACTCTAGTAGACTTTCTAAGGAAGAAATCGAAAGTAAGATTTTTA
AATATTTAGAATTTCTGAAATTTTATAATTTCAGAATTATTAGCTTCAAAAATTTATTTC
AACTTATTGACTGATTTATTTACTTATTTAATTAATTAATTAGAAATGCTTGATGATGCC
AAGAAATTCGAAGCTCAAGATAAGGTCGCCAAGGAAAGAATCGACGCTAAGAACTCTTTG
GATTCTTACGTCCACTCTATGAGAAACACCGTTGAAGACGAAGCTAAGCTCGCCAACAAA
ATTAATGAAGATGACAAGAAAACCATTAAGGACGCTCTTAAAGAAACTTAAGACTGGCTC
TCCGCTAACCCTGAAGCTGATAAAGAAGAATATGAAGAAAGAAAGACCAAACTTGAAGGG
TAATTAATTAATTTTTTATTCTAAATAGAAATACGATTAATCAAACTAATATTAATTTTC
ATTTTTATAAAATAGTATCTGTAACCCTATTATTAGTAAGGCTCACCAATAAGCTGGTGG
TTCCTCCCACGCTGATGAAGATGTTAATGTCGATCTTTGA