KEGG   Austrofundulus limnaeus (annual killifish): 106513181
Entry
106513181         CDS       T06063                                 
Symbol
qser1
Name
(RefSeq) glutamine and serine-rich protein 1
Organism
alim  Austrofundulus limnaeus (annual killifish)
SSDB
Motif
Pfam: DUF4211
Other DBs
NCBI-GeneID: 106513181
NCBI-ProteinID: XP_013857340
UniProt: A0A2I4APD2
Position
Unknown
AA seq 1672 aa
MMDRNYPSSSFAEALAAPAQTAASWAYVRGSAAIKPSPSYGAAHLDGELLQQQSYTSTHQ
PSTYTTTHISAAARTLESSSSTPVTSIMSFLSAMESRNLQAGPVSASLLPPFRPQSWPTG
TNSSTTELYLTGALPSTATFPSPASLSSFQHTGAYPSRSYASSNSSLTFSDPTFTTSTNG
LFSHHDSLLHLKPSQAVLPVALAFSHLSGPSVGSALPVQSSTYRSAQESAPHLLQPQYNL
LPSTLPASHGAPQPYGTTIFSNSIERALQRECSVIKHHQRPSSSQIASEELPSSEHSLQG
YYGTGSDTDVSYQEEPSQSTPVXCSSPSRADSTQVVNGSLQSKTDCATQSDSSAMLLKGK
DCSSSLASHPAENEESHTQNLRTRSPEHYSSSAQKHNSVIASQQSVQLSNLMSNTLSQTY
ITPHTQSQTCHSPAEKLPPLYSTLPSLSSHSDNVAPVSQAFVYSSTPGLSQEQGVQYGAE
VHSLCQETFSESYTTSHSQGASNLTFTSQSQEQDSVTLSQSYNTGQQSLNSLYSSDCVQS
LPSNSTVDYSHMQDSLAGKTHHSLSHQQTQIQNVLSVSLPTFSSPAQSLQNAIRSSVQDT
KPIYAKQKLEELHLQDIEALRQVSMITVADNSVASQNNIIYVVSKMDDHKPQSVIRSNSR
SDEQFMGHSHIGSAQVKNEQMGPVSQQQICLNSGSGHEVDNTKSANSSIVSSHGPLCSEQ
LKQPAVQLRSPESXQQNQQTISQSPSQIPAAHSQFISLPNSQVLLEPNQMILVQQPLVHS
SENTTKLXSLQGIQPACLGSVHGQYLQIDRDLLGSSVNETQTQQATIMSEPNSECSSKHH
YTQAAGQQPIDTKNQFTLNSICFPDSMLLADDRNILSNVDDILAATVAACGVAPQDFVKA
ASSSEAEMAGITTSVDSKGHLQTIDIRQVSPSFSSGQHPIINNTNSHTISMTLNQVQMAT
DCQGPPVHHNSTTNFGTNGNGRNPENDYHSVRQAFDPSGVQNRIEGSTKCTETQDVPMKC
PVAEGSPKKKVRSKSSTKPGASEDDVGVARSAKRSAQPKRQNSRGSDVSSPSAPQSTSDS
CPQQERIRQKIREVEEKQPEVKTGFIGSFLDFIKSGPKQQNSQSPARAVNRPRKPSTSSK
QCPLPALPALPPKVQTLPAPLLPQESLGASSQQKRLDEELQKNLETLPSFSSDEEENTGK
NQALRNSISSALSALDENSDRRTRTENQIHSLMIKPDRPPTSAPTVVLVCLPQVSTPAPT
VTPVSGVTTFVTKEEVKVAPSGKVAVQLMSVAMEGLTDEELSDSGGEGMYRERDEFVVRK
EDIEDLKETMRAGVEPPAIWKVQKALLQKFVPELRDGRRVFFATNSYLGYFGNAQNMYQR
VYVKFLDTVNKREYVRVCSRKPRCKPMNSLSGAQVKTLLGLTALPSSVFQNQKARLKQVK
PRAEPPPKKRRKWKEEFSPAASRSSPEEELNPSFASRPPNTRTMKETFRSFVELLVRVAL
DEGALTALEKANDELLLPHMKRVDGMIIDNKKRLLNKLHIGQVLKSALDGFPEISVVTEL
KKDKETPAFKVRLSGKAYNKKTMKPYKMQNKVPQEYTVDQQKTQWFSLYHSLHHYKYHTY
LMCKDEIASLQGRAGDLGQQETVQKCLQDGAWVEGLFDRFGELISQVQQVCR
NT seq 5019 nt   +upstreamnt  +downstreamnt
atgatggacaggaactacccgagctccagcttcgcggaggcgctggctgcaccagcacag
accgcggcttcgtgggcctatgtccgcggctcagctgctatcaaaccaagtcccagttat
ggtgcagcacaccttgatggagagctcctccagcagcaaagctacacgtccactcaccag
ccttccacctacacgacaacacacatctcagcagctgcacgaacacttgagtcaagcagc
agtactcctgtaacctcaatcatgagcttcctgtcagccatggagtcgagaaatcttcag
gctggtcctgtcagtgcctcattgcttcctccttttagacctcagtcatggcctactgga
accaactcctccaccacagagctgtatttgactggtgccctgccttccacagccactttc
ccctctcctgcttctctgtcatcctttcagcacactggtgcctacccttccaggagttay
gcctcttctaactcttccctgactttctcagaccccaccttcaccacgtccaccaayggc
ctgttctctcaccatgactcgctgctacatctcaaaccaagccaggctgtgcttcccgtt
gccctggccttcagtcatctctctgggccgtctgtgggctcagctctccctgtccagtct
tccacttaccgctcagcccaggagtctgccccccacctcctacaacctcaatataacctt
cttccctctactctacctgcctctcatggtgccccacagccctatgggactaccattttt
tcgaactctattgaaagagctctgcagcgtgaatgtagtgtgataaagcaccaccagagg
ccttcaagtagccaaatagcctcagaggagttgcccagttcggagcactccttgcagggg
tactatggcactggcagtgacacagatgtgtcctaccaggaggaaccatcccaaagcacc
ccagtacyttgcagttccccctctagagcagactccacccaagtagtcaatggttctttg
caatctaaaactgattgtgcaacacagtctgattcttctgctatgttgctaaaaggcaaa
gactgttcttctagtctagcttcacaccctgctgagaatgaagagagtcacactcagaac
ctaagaacaaggtctcctgagcattattcttcctcagctcagaagcacaactctgtaatt
gccagtcagcagtcagttcagctgtctaacctgatgtccaacactttgtctcaaacctat
atcacaccacacacacagtcccagacctgccattcccctgcagaaaaacttcctcccctt
tactctacactgccttctctctcaagccactctgacaatgtggctcccgttagccaagcc
tttgtttactcatccactccggggctgagccaggagcagggagtccagtatggagccgag
gtccacagcttgtgtcaagagactttctccgagagctacactacttcccactctcaaggt
gcttcaaatttaacttttacatctcagtcacaagagcaagattctgtaacattatctcaa
agctacaacacaggacaacagtccctcaattctctgtattcatctgattgtgtacagagc
cttccatcaaactctactgtagactatagccacatgcaggactcattggctggtaaaaca
caccacagtctgtcccatcagcagacacagatccagaatgttttgtctgtatcattacct
accttctcctcacctgctcagtctttacaaaatgccattaggtcctccgtacaggacaca
aagccaatataygccaaacagaaacttgaagagctccatttgcaggacattgaggckctt
agacaagtgtcaatgattactgttgctgataatagcgttgcttctcaaaacaacatcatc
tatgttgtttcaaaaatggacgatcacaaaccacaaagtgttattcgaagtaattctcgt
tctgatgaacagttcatgggtcayagtcatataggttcagcacaggtaaagaatgaacag
atgggtcctgtgagccagcagcagatttgtttgaacagtggcagtggtcatgaagttgat
aacacaaaaagcgcaaactcttctattgtttcctcacatggacccctttgctcagagcag
ctcaagcagcccgctgttcaacttagatctcctgagtcamatcaacaaaaccaacaaacc
atcagccagtccccgagccaaattccagcagcccactctcagtttatctcacttcccaat
tctcaagttctgcttgagcccaaccagatgattttggtccagcagcctcttgtccactcc
agtgagaacacaacaaagttgrtatctttgcaaggtattcaaccagcctgtttgggttca
gttcatgggcagtaccttcagatagatcgagacctgctgggttccagtgtcaatgaaacc
caaactcaacaggccacaatcatgtctgagccgaactcagaatgttcctctaaacatcac
tacacccaggcagcgggtcagcagccaatcgacaccaagaatcagtttactcttaactcc
atttgctttcccgactccatgctgctggcagatgacagaaatattctgtcaaatgtcgac
gacatcctggctgcaactgtggcagcctgtggtgttgcaccacaagattttgttaaagcg
gcatcctcctctgaggctgaaatggcagggatcacaacttctgttgattccaaagggcac
ctccagactattgatatcagacaagtgtcacctagtttctcctcaggacaacatccaata
ataaataacactaacagtcacaccatcagcatgacactaaaccaggtccagatggctaca
gactgtcagggtccacctgttcaccataacagtaccactaattttggcacaaatggaaat
ggaaggaaccctgagaatgactaccactcagtaagacaggcctttgacccttcgggtgtc
caaaaccgaatcgaagggagtacgaaatgtactgaaacacaagacgtcccaatgaaatgt
cctgttgctgagggctctccaaaaaagaaggtacgttctaaatcctcgacaaaaccagga
gcttccgaggatgatgtaggagtggcgagatcagccaagcgcagcgcgcaaccaaagcgt
caaaactccaggggcagtgacgtcagctcaccatctgctccacagagcacttctgacagt
tgtccacaacaagagagaatcaggcagaagatccgtgaagtggaagagaaacaaccagag
gtcaaaactggcttcattggttccttcctagattttatcaaatctggccccaaacagcaa
aactctcaaagtcctgcaagagcggtgaatcgcccaagaaaaccctccacctcgtcaaag
cagtgccctttgcctgctttgcccgctttgcctcccaaagtgcagactctgcccgcacct
ttgcttccacaggagagtctaggagcgagctctcagcagaaacgtctggatgaagagctg
cagaagaacctggagactctgccrtcattcagctcagacgaagaggagaacacggggaag
aaccaggctctgaggaacagcatcagctcagctctctcagctctggatgaaaactctgat
cggagaacaaggacagaaaaccaaatycacagtttgatgattaagccggaccgacctccc
acctcggctcccactgtcgtgctggtctgcttgccgcaggtatcgacgcctgcaccgaca
gtaaccccagtctcaggcgtgacaacgtttgtgaccaaagaggaggttaaagtggcccca
tcaggcaaggtggccgtgcagttgatgagcgtggccatggagggcctgactgacgaggag
ctgtctgacagcggaggagaaggaatgtaccgagagagagacgagtttgtcgtcagaaag
gaggacattgaagacttgaaggagacgatgagggcaggcgttgagcctcctgctatttgg
aaagtccagaaggctctgctgcagaaatttgtgccagaactgagagacggaaggagggtc
ttttttgccactaacagttacctaggatactttgggaatgcacagaacatgtaccagaga
gtatatgtgaaatttttggacactgttaacaaaagggagtaygtgcgagtctgtagtcgg
aagccacgctgcaagccgatgaactcgctgagtggtgctcaggtgaaaactctgctcggs
ttgacagctctaccttcctcagtcttccagaaccaaaaggcccgactcaaacaagtaaag
cccagagcggagccaccgcccaagaagaggaggaagtggaaggaggagttttcacccgca
gcctcgaggtcatcaccagaagaagagttaaacccttcgtttgcttcaaggcccccgaac
acacgaaccatgaaggagacgttcaggagcttcgtggagctgctcgtccgcgtcgcctta
gatgaaggtgcactgacggcactggagaaagcaaatgacgagttgctgctgccacatatg
aaaagagtagatgggatgatcatcgacaacaagaaacgcttgcttaacaaactgcacata
ggccaggtcctgaagtcggccttggacggttttccagagatctcagtggtgactgagctg
aagaaagacaaggaaactccggcctttaaagtacgcctcagcggaaaagcgtacaacaag
aaaactatgaagccctacaagatgcagaacaaagtgcctcaggagtacacagtggaccag
cagaaaactcagtggttctctctgtaccactctttgcatcattacaaataccacacatac
ctcatgtgtaaggacgagattgcctctctccagggtcgggcgggagacctgggccagcag
gaaaccgtgcagaagtgtctgcaggacggagcttgggtagaggggctctttgatcgcttt
ggggagctaatcagtcaagtgcagcaggtctgcagatga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (7)   

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