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KEGG   Sinocyclocheilus rhinocerous: 107707297
Entry
107707297         CDS       T04916                                 
Name
(RefSeq) solute carrier family 12 member 3-like
  KO
K14426  solute carrier family 12 (sodium/chloride transporter), member 3
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:srx02000]
    107707297
   04147 Exosome [BR:srx04147]
    107707297
Transporters [BR:srx02000]
 Solute carrier family (SLC)
  SLC12: Electroneutral cation-coupled Cl cotransporter
   107707297
Exosome [BR:srx04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   107707297
SSDB
Motif
Pfam: SLC12 AA_permease AA_permease_2 AA_permease_N MitoNEET_N
Other DBs
NCBI-GeneID: 107707297
NCBI-ProteinID: XP_016366771
Position
Unknown
AA seq 997 aa
MARCIARIRKCIPGVRHPDSNIPSQGVTVDMGEVAYGKEKDKGKMSFYNPMDPVPKYEFY
AKDTWSGRIKSTRPSLDVLRKPPDPDDLPPPPEDDGQPEVKLVRFGWVLGVMIRCMLNIW
GVIMYLRLPWITSQAGIILTCVIIFMSVIITTITATSVSAISTNGKVYSGGTYFMISRSL
GPELGAPIGLLFAFANALACSLNTVGFAETVRDVLKDNSAQMVDDVNDVRIIGTITLILL
LCITFAGMAWEAKAQVLFFIALLLSLVNYFVGTVIPPSIEKQAVGFFGYRADIFVDNLLP
SFRGKDGSFFRMFSIFFPSATGILSGVNICGDLKDPSGGIPKGTLLAIFWTTLSYLLISV
TVASTVVRDASGSLNDSLALNSSIPCSGLACKLGWNFDHCEQNSTCSFGLANHFQILAIV
SGSGHLITIGIFAATLSSALGFLVSAPKIFQCLCKDNIYPYISYFGKGYGKNNEPLRGYM
LMFIIALAFILIGDLNTIAPLISNFFLCSYGLINFSCFHASVTKSPGWRPQYRYFSPWTS
LFAAFLSFVLMFLFTWWAALVTFAIVLCLLGYVTYKKPHVNWGTSYQAGFYNMALSFSMS
LTAVEDHVKNFRPQCLVLTGPPNVRPALVDFVGTFTKNISLMICGNIIMEDEKSSFPQHS
TDMLVDWLNQRKVRSFYTSFTADSLKEGAHHLMQASGLGKLKPNTVVLGYKMNWQECKPE
SLQDYVNTISDAFDSSYGIAILRMMDGLDVMDDLHSAVRSSAIDNPAFDSDEVPQCEKDE
TDRNSDVSDDGSNEQVRSVFQTKQGRKSTDIYWISDDGGLTLLVPYLLTRRNRWKKSKLR
VFILGGRETIEDDRKDMKMLLKRFRLEIEDIVVITDVDKPPLAKNLQRYEESIAPFRLSE
EQAGGDVEELKTLSPWKVSDKDLEAIKPKVQRTVRLNEIIKKNSIHAALVLISLPVPDVT
CPSSLYMSWLDALSCGIHCPVLLMRGNQQNVMTFYCQ
NT seq 2994 nt   +upstreamnt  +downstreamnt
atggccagatgtattgctcgtatcagaaaatgcatcccaggagttcggcatccggacagc
aacatcccgtctcaaggtgttaccgtggatatgggggaggttgcttacgggaaagagaag
gacaagggaaaaatgtcattctacaatccgatggaccccgtgccaaaatatgaattttat
gccaaagacacttggtcaggacgtataaaaagcaccagaccgtcactggatgttctgcgc
aaaccaccggaccctgatgatcttcctccaccaccagaggacgacggacagcccgaagtc
aagcttgttcgctttggatgggttctgggagtcatgatccgctgtatgttgaacatctgg
ggagtcattatgtacctgcggctgccgtggatcacgtctcaagctggaatcattctgacc
tgcgtcattatcttcatgtctgtcatcatcacaacaattacagcaacgtcagtgtctgca
atctccaccaatgggaaggtctactctggtggcacatacttcatgatctctcggagtctg
ggtccggagctcggagcgcccatcggtttgctctttgcgttcgccaacgctctcgcctgt
tcgctcaacacagtggggttcgcagagaccgtcagagatgttcttaaagacaatagcgct
cagatggtggacgatgtcaatgatgtgaggatcattgggacgattactctcatcctcctc
ctctgcatcacatttgctggtatggcttgggaggcaaaggctcaggtcctgttcttcatc
gcactcttgctctccttagttaattattttgtggggacggtcattccccccagcatagag
aagcaggctgtgggatttttcggctaccgcgctgatattttcgtggataatctgctgcct
tccttccgaggcaaagatggatctttcttcaggatgttttccatcttcttcccttctgcc
acaggcattctgtctggagtcaacatctgtggagatctcaaggatccatcgggtgggatt
cctaaagggactctgctggccatattctggaccacattgagctatttattgatctcagtc
acagttgcttcaactgttgtaagagacgcttctggtagtctgaacgatagtttagcgctc
aattcttcaatcccctgcagtggtttggcctgtaaattaggctggaattttgaccactgt
gagcagaacagcacatgtagctttggactggcaaaccatttccagattcttgccatagtt
tcaggatctggccatttgatcaccatcgggatctttgccgccaccttgtcatcagcgctg
ggtttcttggtgtccgctccaaaaatattccagtgtttgtgtaaggataacatctacccc
tacatcagctatttcggaaaaggttacggtaaaaacaacgagcctctgcgaggctacatg
ctcatgttcatcatcgctttggctttcatcctcatcggtgacctgaacacaatcgctcct
ctgatctccaacttcttcctctgctcttacggcctcatcaacttcagctgcttccacgca
tcagtcaccaaatcacctggttggcggccacagtatcgttacttcagtccatggacgtct
ctgtttgctgcgttcttgtcattcgtcctcatgtttttgttcacgtggtgggccgctctc
gtcacttttgctatcgttctctgtctcttaggctacgtcacctataaaaaacctcatgtg
aactggggcacgtcttatcaggcgggtttctacaacatggctttgtccttctccatgtct
ctgactgctgttgaagaccacgtcaaaaacttcaggcctcagtgtcttgttctgaccggc
cctccgaacgttcgtcccgctctggtggactttgtgggaactttcaccaagaacatcagc
ctgatgatctgcgggaacattatcatggaggacgagaagtccagttttccgcagcatagc
accgatatgctggtggactggctcaatcagaggaaagttcgctctttctacacgtccttc
accgctgacagtctgaaagagggcgcacatcatctcatgcaggcttcaggtctcggtaaa
ctgaagcccaacactgtggttttgggatacaagatgaactggcaggaatgtaaaccggag
agcttacaggactacgtaaacaccatcagcgacgcattcgactccagctacggcatcgcg
attctgagaatgatggacggattggacgtaatggatgatttgcacagtgcagtcagatca
tctgcaattgacaacccggcatttgactcggacgaagtcccgcagtgtgaaaaggacgag
acggaccggaattcagatgtttctgacgatggctcaaatgagcaggtcagatcagtgttt
cagacgaaacagggcaggaaaagcaccgacatttactggatctctgacgatggaggtctg
actcttctagtcccatatttgctgaccagaagaaaccgctggaaaaagagcaaactcaga
gtgtttatcttaggaggccgagaaaccatagaggacgaccgtaaagacatgaagatgctg
ttaaagagattccggctggagattgaggacatcgttgtgataacagacgtggataaacct
cctctagctaaaaatttgcagcggtatgaggaatccatcgcccccttcaggctgagtgaa
gaacaggctggaggagacgtagaggagctcaagacactgagtccatggaaagtgtccgac
aaagacctggaggccataaaaccaaaggtacagaggacggtgagactaaacgagatcatc
aagaagaactcaattcacgctgctctggttctaatttctcttccagtccctgatgtcacc
tgtcccagttctctctatatgtcctggctggacgcgctgagctgcggcatccactgtccc
gtcctgctcatgcgaggaaaccagcagaacgtcatgaccttctactgccagtga

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (10)   

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