| Acc# | Gene | Locus | DB | Organism | Product | Score | E-value | Identities | Positives | Gaps |
|---|---|---|---|---|---|---|---|---|---|---|
| Q10222 | SPAC1071.01C | YL31_SCHPO | SP | Schizosaccharomyces pombe (Fission yeast) | Hypothetical protein C1071.01c in chromosome I. | 178 | 2e-43 | 162/748 (21%) | 326/748 (43%) | 26/748 (3%) |
| Q01329 | PTA1 | PTA1_YEAST | SP | Saccharomyces cerevisiae (Baker's yeast) | Pre-tRNA processing protein PTA1. | 112 | 2e-23 | 62/190 (32%) | 102/190 (53%) | |
| Q7ZYV9 | TrEMBL | Xenopus laevis (African clawed frog) | Similar to symplekin; huntingtin interacting protein I. | 73.6 | 1e-11 | 146/766 (19%) | 292/766 (38%) | 21/766 (2%) | ||
| Q8MSU4 | CG2097 | TrEMBL | Drosophila melanogaster (Fruit fly) | LD45768p (CG2097-PA). | 57.0 | 1e-06 | 45/157 (28%) | 73/157 (46%) | 4/157 (2%) | |
| Q92797 | SYMPK | SPK_HUMAN | SP | Homo sapiens (Human) | Symplekin. | 50.8 | 7e-05 | 37/154 (24%) | 70/154 (45%) | 2/154 (1%) |
| Q80X82 | TrEMBL | Mus musculus (Mouse) | 4632415H16Rik protein. | 50.4 | 9e-05 | 39/154 (25%) | 68/154 (44%) | 2/154 (1%) |
Scores for sequence family classification (score includes all domains): Model Description Score E-value N -------- ----------- ----- ------- --- Pox_A22 Poxvirus A22 protein -70.4 7.3 1 Yeast_VAR1 Mitochondrial ribosomal protein (VAR1) -225.4 3.8 1 Parsed for domains: Model Domain seq-f seq-t hmm-f hmm-t score E-value -------- ------- ----- ----- ----- ----- ----- ------- Pox_A22 1/1 173 297 .. 1 163 [] -70.4 7.3 Yeast_VAR1 1/1 111 384 .. 1 413 [] -225.4 3.8
CDS Sequence
ATGTCATCAA ATCAAACGCC TACTACTGAT AATGTATTGC TTACTCTTAA GGAAGCTAGA AAGTTAGCTC TCAATGAACC TCAAAACTAT CCTAATGTAT TACGATCTAT GTTTAATCTC ATCACCAAAG AACCTGAAAC ACAACAACAA ACATCAGAGA TTCAACAATT AATTGTTGAT TTTATGTATG AAACATTTAT AAATAATTCT ATATTACAAC AAAGCGTCAA AATCGAATTA GCAATTGATT CTTTAGATGC ATTAACAATC TTGACCAATA TTCATGATAT TGCCACATTA CGTAAAGTCA TTGATATATC ATGTGTTATA TATCGATTAC TTTTCCAATA TGTGGCACTT AATGATAATA GTAATCAAAT TTGGAGTAAA ATTACTGAAT TGAAAAATGT TTTGGTTAAT AAATTTCAAA GTAATTTCCC TTTACCACCA AGTGATAATA CTGAACATGA TTTATTAAGA AATATTGCTA CAAAATTAGA TTTATTAAAA TTTATGATGA CAATTATTGA TGTTTCTTCG AAAACTCGTA TAATTGGTGA CCCAATACAA AATACCAATT CCATGCAATT TTCGTTAAAT GATGTACCAC CCAATCATAG TTTAATCAAA TATGATCAAA TGGAATATGA ATCACAAGTC ATTTTTAAAT CAATGGTATT AAGGGTTTTC AATTATGATA TTATTATTGC CCCTTTGATC ACAGCCACAT TGAATCATTG TATACTTATA ATGAAACGCA AACCACAATT TGTTCCTTTA TTATTGAAAA CAATTGAAGA ATACGACACT AATAATAAAC TTCAATCGAA TTATCAATCA TTAGAACAAT TTAAATTGGC AAGAAAATAT GTTGATAGAA ATTTACGTAA TTTCATATCT CATTGTCAAA AATACAAATT AATCCCACCG GAATTTAATA TGCCATTAGG AAGAATGGCT AATACCTTAA CTGAACGTGG AACTAATATT AGAAAGAAAA ATATATTTGC CATTGATGAA CCAAATATTA AAAAAAGAAA ATTTGAAGGG TTTTATAATT CTTCGAAAAA AATGAAACAA ATGAGTTATA GTCATTTATA TACTTTAAAT GATGTGAATG ATGGATTAAA TAATTTTGAT TTGAGTACTT TACCCCAAGA TTATGTAACA AATATGGTGG TTAATGCTTT ACAACGTGCT CCAGTTTCAA AATTGGTGAA GGCATTAGAA ATCATTTCAG AAAGATATAT TGATGCATTT CAAAAACCAC GACCAATTGC CACTCCAGTT AGTCAAATCA ATAACAATAG CGCAACCACA ACTACTGCAA CCCCAGTGGC AAAACAAGAA GATCCAGAAG TCAATGATGA AGATGAAGAA GATGAACGAT ATCAAGTTGA TCTTAATGGA GATTTTTATG ATCCCCTGAA AGTTTTCAGT TTACCACCAC CTAAAGAATT ATCATTCCAA GAGAAAAAGC AACATATTAA TATAATTATT AAAAATTTCT TGGAATTAGC TAAAAAAGGT GGTCCTGAAA ATGATAATAT TAACAACAAC AACAACAACA ACAACAGTAG CCAAAATGGG GAAGATGAAT CAGAATTGAG TCCTGGAGAT AAAGGTGATA TTAGTAAGGC ATTAAAAAAA GTAGCCATTA AAGGTTGGAA AAAAGGTAAT TGGTTAATAT TATTATCTCG ATTAGCCACT AGAGGAATGA GAACGAATCC AAAAAGCGGA AATAATACTA TTGTCAAACA AGAGGATGGA AGTGAAGAAC CAAAAATGTC ACCGGATCAA AAAAATAATC AACAATTGAG TGATTTGATA CGATTAGCTA TACTTGAATA CTTTCTGGAA AATGTCCATG GTAGAATTGA TATGGTTATA GAATGGCTTA ATGAAGAATG GTATAGTGAA CGAGTTTTCC AACTGAATGA ATATCTTAAT GAAGGTAAAG ACCCTGATAA GGAGGTTATT ACTACACCAA TATATGATAT ATGGAGTAGA AAAGTTGTTG ATGCGACTGT ATCATATATT GAACCTAATG ATAAAAAAAT TTTCCTTCGT TTATTAAGTG ATTTACCTGA ATTAAATGAA GATTTAATTG GTAGAATTAA ATCATTATGT ATTGATCCAG GAAGATCAGC CATTGGGTTT TTAGCTTTAC AATTTTTGAT TATGTATAGA CCTCCAGTGA AACAAATGTG TTTAAAAGTT TTACAAGAAT TGAGTGAAAG TGATCAAGAA GATATAAGTA TTGAAGCTAA AAAGAGGTTA GAGAAATTTA AATAA
AA Sequence
MSSNQTPTTD NVLLTLKEAR KLALNEPQNY PNVLRSMFNL ITKEPETQQQ TSEIQQLIVD FMYETFINNS ILQQSVKIEL AIDSLDALTI LTNIHDIATL RKVIDISCVI YRLLFQYVAL NDNSNQIWSK ITELKNVLVN KFQSNFPLPP SDNTEHDLLR NIATKLDLLK FMMTIIDVSS KTRIIGDPIQ NTNSMQFSLN DVPPNHSLIK YDQMEYESQV IFKSMVLRVF NYDIIIAPLI TATLNHCILI MKRKPQFVPL LLKTIEEYDT NNKLQSNYQS LEQFKLARKY VDRNLRNFIS HCQKYKLIPP EFNMPLGRMA NTLTERGTNI RKKNIFAIDE PNIKKRKFEG FYNSSKKMKQ MSYSHLYTLN DVNDGLNNFD LSTLPQDYVT NMVVNALQRA PVSKLVKALE IISERYIDAF QKPRPIATPV SQINNNSATT TTATPVAKQE DPEVNDEDEE DERYQVDLNG DFYDPLKVFS LPPPKELSFQ EKKQHINIII KNFLELAKKG GPENDNINNN NNNNNSSQNG EDESELSPGD KGDISKALKK VAIKGWKKGN WLILLSRLAT RGMRTNPKSG NNTIVKQEDG SEEPKMSPDQ KNNQQLSDLI RLAILEYFLE NVHGRIDMVI EWLNEEWYSE RVFQLNEYLN EGKDPDKEVI TTPIYDIWSR KVVDATVSYI EPNDKKIFLR LLSDLPELNE DLIGRIKSLC IDPGRSAIGF LALQFLIMYR PPVKQMCLKV LQELSESDQE DISIEAKKRL EKFK*