KEGG   Mus musculus (house mouse): 18074
Entry
18074             CDS       T01002                                 
Symbol
Nid2, Ly111, NID-2, entactin-2, nidogen-2
Name
(RefSeq) nidogen 2
  KO
K06826  nidogen (entactin)
Organism
mmu  Mus musculus (house mouse)
Pathway
mmu04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:mmu00001]
 09140 Cellular Processes
  09142 Cell motility
   04820 Cytoskeleton in muscle cells
    18074 (Nid2)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04990 Domain-containing proteins not elsewhere classified [BR:mmu04990]
    18074 (Nid2)
Domain-containing proteins not elsewhere classified [BR:mmu04990]
 EGF-like domain-containing proteins
  cEGF domain-containing proteins
   18074 (Nid2)
SSDB
Motif
Pfam: G2F NIDO Thyroglobulin_1 Ldl_recept_b EGF_3 EGF_CA cEGF EGF hEGF SGL FXa_inhibition Plasmod_Pvs28 EGF_MSP1_1
Other DBs
NCBI-GeneID: 18074
NCBI-ProteinID: NP_032721
MGI: 1298229
Ensembl: ENSMUSG00000021806
UniProt: O88322 Q3TPN0 Q8R5G0 Q8C6Z2
Position
14:19801325..19861855
AA seq 1403 aa
MFRDPTAGWLTPPSPLSLLVMLLLLSRVGALRPDELFPYGESWGDQLLPEGDDESSAAVK
LAIPLRFYDAQFSSLYVGTNGIISTQDFPRETQYVDDDFPTDFPAIAPFLADIDTSHSRG
RILYREDTSGAVLSLAARYVRTGFPLSGSSFTPTHAFLATWEHVGAYEEVSRGAAPSGEL
NTFQAVLASDESDTYALFLYPANGLQFFGTRPKESYNVQLQLPARVGFCRGEADDLKREA
LYFSLTNTEQSVKNLYQLSNLGIPGVWAFHIGSRFALDNVRPATVGGDPSTARSSALEHP
FSHAAALESYTEDSFHYYDENEEDVEYPPVEPGEAPEGHSRIDVSFNSKADPGLVDVGTS
SPGSDRASPWPYPAPGNWPSYRETESASLDPQTKQGRPVGEGEVLDFRDPAELLDQMGTR
APAPPEADAALLTPVNEDLGGRNTQSYPEAGPVPSEPDVPVPPLEGEVLPHYPESGHVPP
LRGGKYVIGLEDHVGSNDQVFTYNGANLETCEHSHGRCSQHAFCTDYTTGFCCHCQSRFY
GNGKHCLPEGAPHRVNGKVSGRLRVGHIPVHFTDVDLHAYIVGNDGRAYTAISHVPQPAA
QALLPVLPIGGLFGWLFALEKPGSENGFSLTGATFVHDVEVTFHPGEERVRITQTAEGLD
PENYLSIKTNIEGQVPFIPANFTAHITPYKEFYHYRDSVVTSSSSRSFSLTSGSINQTWS
YHIDQNITYQACRHAPRHLAIPATQQLTVDRAFALYSEDEGVLRFAVTNQIGPVEVDSAP
VGVNPCYDGSHTCDTTARCHPGTGVDYTCECTPGFQGDGRSCVDVNECATGFHRCGPNSV
CVNLVGSYRCECRSGYEFADDQHTCILIAPPPNPCLDGSHTCAPEGQARCIHHGGSSFSC
ACLPGFIGTGHQCSDVDECAENRCHEAAICYNTPGSFSCRCQPGYRGDGFHCTSDTVPED
SISGLKPCEYQQRYAQTQHAYPGSRIHIPQCDDQGNFVPLQCHGSTGFCWCVDRNGHEVP
GTQTPPGSTPPHCGPPPEPTQRPRTVCERWRESLLEHYGGTPRDDQYVPQCDDLGHFIPL
QCHGKSDFCWCVDKDGRELQGTRSQPGTRPACIPTVAPPVVRPTPRPDVTPPSVGTFLLY
AQGQQIGHLPLNGSRLQKDAARTLLSLHGSIVVGIDYDCRERMVYWTDVAGRTISRASLE
AGAEPETIITSGLISPEGLAIDHFRRTMYWTDSGLDKIERAELDGSERKVLFHTDLVNPR
AITVDPIRGNLYWTDWNREAPKIETSSLDGENRRILINKDIGLPNGLTFDPFSKLLCWAD
AGTKKLECTLPDGTGRRVIQNHLNYPFSIVSYADHFYHTDWRRDGVISVNKDSGQFTDEF
LPEQRSHLYGITAVYPYCPTGRK
NT seq 4212 nt   +upstreamnt  +downstreamnt
atgtttcgggacccgacagccgggtggctaacaccgccatcaccgctatcgctgctggtg
atgctgttgctgctgtcgcgagtcggggctctgcgtcccgacgagctctttccttacggg
gagtcgtggggagaccagctgctgccggagggcgacgacgaaagctcagcagctgtgaag
ctggcaatacccctgcgtttctacgatgcccagttcagcagcctctacgtgggcaccaac
ggcatcatctccacccaggacttccccagggagactcaatatgtagatgatgattttcct
actgacttcccagccatcgcccctttcctggctgacatcgacactagtcacagcaggggc
cggatcctgtaccgcgaggacacctccggagctgtgctgagcctggctgcccgctacgtg
cgcactggcttcccgctgtcggggtccagcttcacccccacccacgccttcctggccacc
tgggagcacgtgggcgcctacgaggaggtcagtcgcggggctgcgccgtcaggagagctg
aacactttccaggctgttctggcatccgatgaatctgatacctacgccctctttctctac
cctgccaatggccttcagttctttggaacccgccccaaagagtcctacaatgtccagctg
cagcttcccgctagggtgggcttctgccgaggggaagcggacgacctgaagagagaagca
ctgtatttcagcctgactaacaccgagcagtctgtgaagaatctctaccagctaagcaac
ctggggattcctggagtgtgggcttttcacatcggcagcaggtttgccctggacaatgtc
cgtccagccacagttggaggtgacccttccacagcccgttcctcagcactggagcacccc
ttcagccatgctgcagccctggagagctacaccgaggacagtttccattactacgatgag
aatgaagaggatgttgagtacccaccagttgaaccgggggaggccccggaaggccacagc
agaattgatgtgtctttcaattcaaaggctgatccaggccttgtggacgtcggcacctca
tctccaggttccgaccgcgcttctccttggccatatccagcacctggtaactggccatcc
taccgggaaacagaatcggcttctttggaccctcaaaccaaacaggggcggccggtggga
gagggagaggttctggatttcagggacccagcggagcttttggaccagatgggtaccaga
gccccagctcctccagaggcagatgcagctctcctaactccagtcaacgaagaccttggg
ggcagaaacacccagtcctatccagaggcagggccagtgccttcagagccagatgttcct
gtccctcctctggaaggagaagtccttcctcattaccccgagtctggtcacgttccgccc
ctgagaggagggaagtatgtgataggactggaggaccacgtgggatctaatgatcaagtc
ttcacgtataatggcgccaacctggaaacctgcgaacacagccacggccggtgctcccag
catgccttctgcaccgactacaccactggcttttgctgccactgccagtcgaggttttac
ggaaacgggaagcactgcctgccagaaggggcacctcaccgagtgaatgggaaagtgagt
ggtcgcctccgagtgggtcacattcctgtgcacttcactgacgtggatctacacgcttac
atcgtgggcaatgatggcagagcctacactgccatcagccatgtcccacagccggcagcc
caggccctgctccctgtcctgcccattggaggtctgtttggctggctctttgctttggag
aagccaggctctgagaatggcttcagcctcacaggtgctacctttgtccatgacgtggaa
gtcacttttcaccctggagaggagagggttcgtatcactcaaactgccgaggggcttgac
ccagaaaactatctgagcattaagaccaacattgaaggccaggtgcccttcatcccagcg
aatttcacagcccacattactccgtacaaagagttttatcattacagggactcagtcgtg
acgtcctccagttcccgaagtttctctctcacttctggttctattaaccaaacgtggtcc
taccacattgaccagaacatcacttaccaggcgtgcaggcacgcccccagacacctggcc
atccctgccacccagcagctgactgtcgaccgggcctttgctttgtacagtgaggatgag
ggcgtgctgaggtttgctgtgaccaatcagattggccctgttgaagtggactcagcccct
gttggagtgaatccttgctacgacggaagccacacctgtgacacaacagcaaggtgccac
ccgggaacaggtgtagactacacctgcgagtgcacgcctgggttccagggtgacggacgg
agctgtgtggatgtcaatgagtgtgccactggcttccaccgctgtggccctaattctgtg
tgtgtcaacttggtgggaagctacaggtgtgaatgccgcagtggctatgaatttgcagat
gaccagcacacttgtatcttgatcgccccacctcccaacccttgcctcgatggcagtcac
acctgtgcccctgaggggcaagccaggtgcattcaccatggaggcagctcattcagttgt
gcctgcctgccaggcttcattggcactgggcatcagtgttctgatgttgatgaatgtgcg
gaaaaccgatgtcatgaggcagctatctgctacaatacccccgggtccttctcctgccgt
tgccagcctgggtatcgaggggacgggtttcactgcacctctgacacggttccggaagat
tccatctcaggactgaagccctgtgaataccagcagcgctatgctcagacacagcacgcc
taccctgggtcacggatccacatcccccagtgtgatgaccagggaaacttcgtgccactg
cagtgccacggcagcactggcttctgctggtgtgtggaccgaaatggccacgaagtccct
ggcacgcagactccacccggctccaccccgccccactgtggaccacctccagagcccacc
cagaggcctcggactgtctgtgagcgttggcgggaaagcctgctggaacactacggaggc
acacccagggatgaccagtatgtgccccagtgtgatgacctgggccacttcatccccctg
cagtgccatggaaagagtgatttctgttggtgtgtggacaaggatggcagagagctacag
ggcacgcgctcacagccaggcaccaggcctgcatgcatacccaccgtcgctccacccgtg
gtccggcccacaccccggcccgatgtgactcctccatctgtgggcaccttcctgctctat
gcccagggccaacagattggccacttgcccctcaatggcagcaggcttcagaaggacgca
gcccggaccctgctgtcactgcatggctccatagttgtggggattgactatgactgccgg
gagaggatggtctactggacagacgttgctggtcggaccatcagccgtgccagcttggag
gcaggagccgaacccgagaccatcattacctcaggtttgataagcccggaaggacttgcc
atcgaccacttccgtagaacaatgtactggacagatagtggcctggataagatagagcgg
gccgaactggatggttccgagcggaaagtcctcttccacacagatctggtgaatccacga
gccatcactgtggatccaatccgaggcaacttgtactggacagactggaatagagaagct
cctaaaattgaaacatcatctttagatggcgaaaacagaaggattctgatcaacaaagat
attggattacccaatggattgacctttgaccccttctccaaactgctctgctgggcagat
gcaggaaccaaaaaactggagtgtacactacccgatggaactggacgacgtgtcatccaa
aaccacctcaattaccccttcagcatcgtcagctatgcagatcacttctaccacacggac
tggcggagggatggtgttatatcagtgaataaggacagtggccagtttactgatgagttt
ctccctgagcagcggtctcatctctatgggatcactgcagtctacccgtactgtccaaca
ggaagaaaatga

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (56)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (2)   
   OC (1)   
Protein sequence (6)   
   UniProt (4)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (31)   
   RefSeq(nuc) (1)   
   GenBank (15)   
   EMBL (15)   
Protein domain (13)   
   Pfam (13)   
All databases (110)   

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