KEGG   Mus musculus (house mouse): 102635496
Entry
102635496         CDS       T01002                                 
Symbol
Malrd1, Diet1, Gm13318, Gm13364
Name
(RefSeq) MAM and LDL receptor class A domain containing 1
Organism
mmu  Mus musculus (house mouse)
SSDB
Motif
Pfam: MAM Ldl_recept_a EGF hEGF
Other DBs
NCBI-GeneID: 102635496
NCBI-ProteinID: NP_001297384
MGI: 1928271
Ensembl: ENSMUSG00000075520
UniProt: A2AJX4
Position
2:15531290..16260368
AA seq 2123 aa
MFLPKAAVSAFSMHGSLCFLWTVCLSISPLSQQGVQAFQCSNGVSLPSDYVCDFTDHCGD
NSEEQQCWSYGRCNFEDRLCSMTEDQTLQPGWTRRSGIISNSPPFWDHNGNISAHFLALV
SRVDSISSNLRSRIFLPTNDQQVCQITFYNFSSNQNGKLIAGLQTLCGDPIEHLWQKTEI
LQSRWERNVITVQSSQQFQVIFQAQMLATHGQEEVIAIDDISFSSGCLPADVCQTCGFDL
DTCGLATEASAGRTSWMCTKVREIPSLDSVPWQDQRGHDEGSFVWMRAGHASVSRLVESS
AYLNSSVCHCMDGNCRLQFNYTMENSILRVRLYNDKEEKKTWTFNTSTYSTWMKADVLIP
EDLKAFKVVLEGTVLSQKSFIGIDQLLVYNFGQTHSQKLCSVNEYTPASRQCLTHSSVCD
SGMDHSNGIDEDSEACASLLTWDFESGFCGWEPFPTEDSHWEVVRGLSNGEHLFLEAGHT
VSRNQGSFIYFGPQKSTAVARLGSPILTKSLTTFTPCQVRFWYHLSEHSSLSVFTRTSVD
GSLLKQSEVTQFSDSQWSQAKVDLHAKAEESTLPFQLVLEATILSSNATVAVDDISISHE
CEISYKSLRSTSIQNKVADCDFEANSCGWFEASGGDHFDWVWSSQSNLSADLEQQAPPRD
HTHGTAQGHFMFILKTSNSLFQTAKLQSPTFSQTGPGCTMSFWFYNYGLSVGAAELQLHL
ENSRDTTALWRVLYNQGNQWSEATVQLGRLTQPFYLSLEKVSLAVYSGVSAVDDIHFENC
ALPPPVESCDEPDHFWCRQTKACIGRHQLCDLVDDCGDYTDETGCAPGLQCNFENGICNW
EQSTKDDFNWTRYQGPTSTMNTGPMKDHTLGTAKGHYLYIETSGPQGFQDKAVLLSPILN
ATEAKVCTFRLYYHMFGKHIYRLAIYQRIWSNTKGQLLWQIFGDQGNRWIRKDLSITSRK
PFQILIMASVGDGFTGDIAIDDLSFMDCTLYPDNLPMDIPSPPETSVPVTLPPNNCTDDQ
FVCRSNGHCVGNIQKCDFRYDCIDKSDESSCVLEVCTFEERKLCKWYQPIPANSLHDSNT
FRWGLGNGISIHHGEENHRPSVDHTKNTTDGWYLYADSSNGKFGDLADIVTPVISLMGPR
CTLVFWTYMNGATVGSLQVLIKMGNTISKVWAQSGQQGPQWKKAEVFLGIHSHVEIVFRA
KRGVSYIGDVAVDDVSFQNCSPLLSTNRKCTTDEFMCANKHCIEKDKLCDFVNDCADNSD
ETTFICGTSSGRCDFEFDLCTWEQDQDEDIDWNLKASNIPATSTEPAVDHTLGNSSGHYI
ILKSFFPQQPVKTGRISSPVISKRSKDCKIIFNYHMYGSGIAALLLLQVTVTNHTRVLLN
LTKEQGNFWQRKELSLSSDEDFRVKFEGRVGEGIRGNIALDDIVLTKSCLPSHHSTREEP
AFPLPTGFCPRGYEECQNGRCYSPEQRCNFVDDCGDNSDENECGGSCTFEKGWCGWKNSL
AENSDWVLGIGSYKSQRPPKDHTLGNEHGHFMYLEATPVGLHGDKAHFKSATWQESSAAC
TMSFWYFISAKATGSIQILIKTDKGLWEVWQQSKPDPGNHWRRATILLGKLRNFEVIFQG
IRTRDLGGGAAIDDIEFNNCTTVGETTDICSEETDFLCQDKKCIASHLVCDYKPDCSDTS
DEAHCGYYTSTAGSCNFETTSGDWTVECGLTQDPEDDLDWSIGSIIPTEGLSRDSDHTPG
SGRHFLYVNTSLAEEGSTARIITSHFFPASLGICTVRFWFYMVDPHIVGILKVYLIEKSG
LNILMWSMMRNKNTGWTYAHVPLSSNSPFKVAFEADLGGKEDIFIALDDITFTPTCASGG
PALPQPPLCEEGQFACIYALQCVSASEKCDGQEDCIDGSDEMNCSLGPSPQPCSDTEFQC
FESQCIPSLLLCDGVADCQFNEDESSCVNQSCPSGALACNSSGLCIPAHQRCDGTAHCKD
IQVDESSCSECPIHYCRNGGTCVIENIGPTCRCVQGWTGNRCHIRSNLSTEGSVHTQNYI
WTLLGIGLGFLLTHIAVAILCSLGIRRRPMRKSEGVGNHSFINPVYRNCINQEKTQSSIY
SFPNPFYGAASGSLETVSHHLKS
NT seq 6372 nt   +upstreamnt  +downstreamnt
atgtttctccccaaggctgctgtgtcagccttctcaatgcatggatctctttgtttcctt
tggactgtctgtctttctatttctccattgagtcagcaaggagtccaagcctttcagtgc
agtaatggagtctctttgccttctgactatgtgtgtgactttacagaccactgtggggac
aacagtgaagagcagcaatgctggagttatgggagatgcaactttgaggacaggctctgt
agcatgacagaggaccagaccctgcaacctggttggacaagaagaagtgggataattagt
aattcacctccattttgggaccacaatggaaacatatctgcccattttcttgcactggtc
tccagggtcgattccatctcctcaaacttaagaagcagaattttcctaccaactaatgat
cagcaagtttgtcagattaccttttataacttctccagtaaccagaatggcaaattgata
gcaggccttcaaaccctgtgtggggatcctattgagcatttatggcagaaaacagagata
ctccagagtcggtgggaaagaaatgtcattacagtccaaagctcacagcagtttcaggtc
atttttcaagctcaaatgcttgcaactcatggacaggaggaagttatagctatcgatgat
atttctttcagttctggttgcttgcctgcagatgtgtgccagacttgtggatttgacctt
gacacctgtggattggcaactgaggcatctgctgggagaacttcttggatgtgtacaaaa
gtaagagagatcccttcactggactctgtaccttggcaggatcaacgtggccatgatgaa
ggttcctttgtatggatgagggccggtcacgcatctgtttctagactcgttgagagcagt
gcatatttaaacagctctgtatgtcactgcatggatgggaactgccgtcttcagttcaat
tacacgatggaaaatagcatcctgagagtaagactgtacaatgacaaggaagaaaaaaag
acttggacattcaatacatcaacttacagcacatggatgaaagcagatgtgttaatacca
gaagatctgaaggcatttaaggttgttttggaaggcacagttttgagtcagaaaagtttt
attgggattgatcagctgttagtctacaactttggacagactcactcccagaagctttgt
tctgtaaatgaatacactcctgccagtaggcagtgccttactcactcttctgtctgcgac
tctggaatggaccactccaatgggattgatgaagactcagaggcttgtgcaagtctcctt
acctgggacttcgagtctggtttctgtggctgggaaccatttcccaccgaagactcccac
tgggaggtagtgagaggactgagcaatggagaacatctgtttcttgaggctggtcacaca
gtgagcagaaaccaaggatcatttatttattttggaccacagaagtccactgcagtggcc
aggcttggcagtcctatccttaccaaatcactcactacctttactccttgccaggtgcgg
ttttggtatcatttatcagagcattccagtctctctgttttcacaagaacatcagtagat
ggcagtttgctaaagcagagtgaagtgacccaattctctgactctcagtggagccaagca
aaagttgatctccacgcaaaagctgaagagtctactcttcctttccagttagttttagaa
gctaccattttgtcatcaaatgctacggttgctgtagatgacatcagtatatcccatgaa
tgtgaaatttcctataagtcacttcgaagtaccagcatacaaaataaagttgctgattgt
gactttgaagcaaacagctgtgggtggtttgaagccagtggtggtgaccattttgactgg
gtgtggagctcccaaagtaatctttctgctgatttagaacaacaagctccacctagagat
cacactcatggtacagctcaagggcatttcatgttcattttgaagacgagcaacagcttg
tttcaaactgctaaacttcagagcccaactttcagccagactgggcctgggtgcacaatg
tcattctggttttataactatggactgtcagtgggggcagctgagttgcagctacatcta
gaaaattccagggacaccactgccctctggagagtgctatataaccaaggcaaccagtgg
tcagaggcaactgtccagcttggacgcctcactcaacccttctatctgtcactagagaaa
gtcagtctggcagtttatagtggggtctctgcggttgatgacatccattttgaaaactgt
gctcttcctcctcctgtggagagctgtgatgaaccagaccacttctggtgtagacagacg
aaggcttgcatcggaaggcatcagctctgtgatctggttgatgattgtggagattataca
gatgagactggctgtgcaccaggactacagtgtaactttgaaaatggaatttgtaactgg
gagcaaagtacaaaggatgacttcaactggaccagataccagggtcctacttcaacgatg
aacacaggcccaatgaaggaccatacactgggcacagccaaaggacactacctttacatt
gaaacctcagggccacagggatttcaagacaaagctgttttacttagccccattcttaat
gccactgaagcaaaagtctgcaccttccgcctgtactatcacatgtttggaaagcatatt
tatcggctggctatctaccagagaatttggagcaataccaagggacagctgctgtggcag
atatttggggatcaaggcaacagatggataagaaaagacctcagtattaccagcaggaag
ccctttcagatcttgataatggcctcagtgggagatggatttactggagatattgcaatt
gatgatctgtcattcatggattgtaccctctacccagataatttgccaatggacattcca
agtccaccagaaacttcagttccagtgaccttgcctccaaacaactgcaccgatgatcaa
tttgtctgcaggtctaatggtcactgtgttggaaacattcagaaatgtgacttcagatat
gactgcattgacaaatcggatgagtcatcttgtgtactggaggtttgtacatttgaagag
agaaaactatgtaaatggtaccaaccaatcccagcaaattcactccatgattcaaataca
ttcaggtggggactcggtaatgggatcagtattcatcatggggaagaaaaccacagacca
tcagtagatcacacaaaaaatactacagatggttggtacctgtatgctgacagttcaaat
gggaagtttggagaccttgccgatattgttactcctgtcatctcactcatgggaccgagg
tgtacattggtgttctggacttatatgaacggtgctacagtgggctctctccaggtactc
ataaagatgggcaatacgatttccaaagtgtgggctcagagtggacagcaagggccacag
tggaagaaagccgaagtgtttttaggcattcattcgcacgtggagatcgtctttagggca
aaacgtggtgtgagttacataggagatgtggcagtagatgatgtttcctttcaaaactgc
tctccgttgcttagcacaaacagaaagtgcaccactgatgaattcatgtgtgctaacaag
cattgcattgaaaaggacaaactatgtgactttgtgaatgactgtgcagataattcagat
gagaccacgttcatctgtggtacctctagtgggcgctgtgacttcgagtttgacctttgt
acctgggagcaagatcaggatgaggacattgactggaacctgaaagctagcaacatccca
gctacaagcactgagccagcagtcgaccacaccctgggaaactcctctggtcattacatc
attctcaaaagctttttcccacagcagcccgtgaaaacaggcagaatatcaagcccagtt
ataagcaagagaagcaaagactgcaagattatttttaattatcacatgtatggaagtggc
attgcggccctcctcttgctccaggtgacagtcacaaatcacacaagggtgctcctgaat
ctcactaaagaacaaggcaatttctggcagaggaaagaattgtcattgtctagtgatgaa
gactttcgagtcaaatttgaaggcagagttggggaaggcatccgtggtaacattgcactt
gatgacattgtacttacaaagagctgtctgccatctcaccactccacaagggaagagcca
gcctttccccttccaacaggcttttgcccacggggctatgaggagtgtcagaatggcaga
tgctacagtccagagcagaggtgtaattttgtagatgactgtggagataacagtgatgag
aatgagtgtggtggctcctgcacttttgagaaaggttggtgtggctggaagaactcccta
gctgaaaactccgattgggttttaggaattgggtcttataaaagccaacgacctcccaaa
gaccacacacttggaaatgaacatggtcacttcatgtatctggaggctaccccagtgggt
cttcatggtgacaaagcccacttcaagagtgccacatggcaagaatccagcgctgcctgc
actatgagcttctggtatttcatatctgcaaaagccacaggatccattcagattctcatt
aagacagacaaaggactctgggaagtatggcaacaaagcaagccagatcctggtaatcac
tggcgaagggccaccatcctgttgggaaaattgaggaattttgaggtcatatttcaagga
atcagaacaagggacctagggggcggagctgcgattgatgatattgaattcaataattgc
acaactgttggagaaaccactgatatttgttcagaagaaacagattttttgtgccaagac
aagaagtgcatcgcatcccaccttgtttgtgactacaagccagactgctctgacacttct
gatgaagctcattgtgggtattacacaagcaccgcaggaagctgcaattttgaaacaact
tcaggagactggactgtggagtgtggactcacccaagatcctgaagatgacttggattgg
agcatcggtagcataattcctactgaaggcttgagcagagattcggaccacacaccaggt
agtggacggcatttcttgtatgtcaacacttctctagctgaagaaggatctactgcaaga
atcattacctctcacttttttccagcaagccttggaatatgtactgttcggttctggttc
tacatggtagatccccatattgtggggatattaaaggtatatctcatcgagaaatcagga
ctaaacatcctgatgtggtccatgatgcgaaacaaaaacactggttggacctatgcgcat
gtacctctttctagtaacagtcccttcaaggttgcattcgaggctgacttgggtggaaag
gaggacatctttattgctcttgatgacatcactttcacaccaacgtgtgcatctggagga
ccagccttaccacagccaccactttgtgaagaaggccagtttgcttgtatctacgcactc
cagtgtgtctctgcttcagagaagtgtgatgggcaagaagattgtatagatggatctgat
gaaatgaattgctctctcggaccctctcctcaaccatgcagtgatacagaattccagtgc
tttgaaagccagtgtatcccatctctcctgctatgtgatggagtggctgattgccaattt
aatgaagatgaatccagctgtgtcaatcagagctgccccagtggagctttggcatgcaac
tcatcgggcctctgtatcccagctcaccagcgctgtgatggtactgcccactgcaaggac
attcaagtagatgaatccagctgctcagagtgtccaatacattattgcagaaatggtggc
acttgtgtgatagagaatattggtcccacgtgtaggtgtgtacaaggatggacaggaaat
cgatgccacatcaggtctaacctttctactgagggttctgtgcatactcaaaattacata
tggactctgctgggtatcggacttgggttccttctgactcatattgcagtggccatcttg
tgttcccttggcatcagaagaagaccaatgaggaaatctgagggggttggcaaccattcc
tttatcaatccagtttataggaactgcatcaaccaagagaaaactcagagttccatctat
tctttcccaaatccattttatggcgcagcatctggaagcctggagacagtgtcgcatcat
ctcaaatcttaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (92)   
   KEGG GENES (1)   
   RefGene (87)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (103)   

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