KEGG   Monodelphis domestica (gray short-tailed opossum): 100016361
Entry
100016361         CDS       T01031                                 
Symbol
PTPRZ1
Name
(RefSeq) protein tyrosine phosphatase, receptor type Z1
  KO
K08114  receptor-type tyrosine-protein phosphatase zeta [EC:3.1.3.48]
Organism
mdo  Monodelphis domestica (gray short-tailed opossum)
Brite
KEGG Orthology (KO) [BR:mdo00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mdo01009]
    100016361 (PTPRZ1)
  09183 Protein families: signaling and cellular processes
   00535 Proteoglycans [BR:mdo00535]
    100016361 (PTPRZ1)
Enzymes [BR:mdo01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.3  Phosphoric-monoester hydrolases
    3.1.3.48  protein-tyrosine-phosphatase
     100016361 (PTPRZ1)
Protein phosphatases and associated proteins [BR:mdo01009]
 Protein tyrosine phosphatases (PTPs)
  Class I PTPs (Classical)
   Receptor PTPs
    100016361 (PTPRZ1)
Proteoglycans [BR:mdo00535]
 Cell surface proteoglycans
  Others
   100016361 (PTPRZ1)
SSDB
Motif
Pfam: Y_phosphatase Carb_anhydrase fn3 DSPc Y_phosphatase3
Other DBs
NCBI-GeneID: 100016361
NCBI-ProteinID: XP_007504270
Ensembl: ENSMODG00000015471
Position
8:179468946..179715733
AA seq 2320 aa
MLAPKLFLACLQLFCVCRLDWAYGYYRQQRKLVEEIGWSYTGTLNQKNWGKKYPTCNGPK
QSPINIDEDLTQVNVNLKKLNFQGWDKTSLGDTFIHNTGKTVEINLTNDYRLSGGGIETM
FKASKITFHWGRCNMSSDGSEHSLEGQKFPLEMQIYCFDPDQFESFEEAVKGKGKLRALS
ILFEVGGEENMDYKAIVEGVDGVSRFGKQAALNPFVLLNLLPNSTDKYYTYNGSLTTPPC
TESVNWIVFKDTISISESQLAVFCEVLTMQQSGYVMLMDYLQNNFREQQYKFSRQVFSSY
TGEEEIHETVCSSEPENIQADPENFTSLLVTWERPRVVYDTMIEKFAVFYQQLEGEDQTK
HEFLTDGYQDLGAILNNLLPNTSYVLQIVAVCTNGLYGKYSDQLVIDMPSDDTELDLPEF
IETGELFKEEEKDSNRMKGKVVNPFTFRATSQIRKEPQVTTISNFKREQMKTKSSDAKTN
QYLTEESEFLEEGRAHNVIFYSTYQPVTELSAQEKDISWISQNITDVVEAVSTSPNDGSK
TTLHFSQISSGEDSDSSHIISGAESQETSTDSREEDSLLTSFQLESGGEDSSGSVPATSI
TPFVSENVSHGYIISSESTAAVIYDVLLPGYAKNTSKDSNTSDSEESLKSPPVDGKLWFH
NMTGSTTDPDATSDNEKFSQTSSTDRVNKVAAATTGPSSMSPLVPQETSIADLEMPHYST
FAYFPTQVTPHSFSPTSGHLESTSAASDILSQTTQPGYNGEILLQPSYSSEVFPLVTPLL
SDNQMLDTTLPAASGSDLTLHATPVFPSVGVSFESTLSSYGDVLLPYSSASFSSEVFHHL
YTVSQIFPQVTPAVASDKVSPHAFLPVAEVDSLLQPSLAQYSDVMPHQTAQATSETFALA
NELGALNKTHALSQVEMSSRDLNVHVPSTVPELAYALSDRGSLQTFPVSYDATISMHDPV
QQGSLFSTHSKVLMHKPSVIAQTESFQEPTKALSSDTDWSGTYSGSEFLLPDTDGLIALN
ISSPVSVDEFTYTTSVFSDVNKLLHKSDGEETVQQISSFNEMAYHSESTAMSELPTSTDN
IIKPNVSLQETSVPVSSTNGVLPGSLALPTPKVWGPEISQVSENHVSVQPLHATSPAFGD
TLLKPIFSAISEQAFSAAASSEMSPTQPLFFETSSSLSNEALLQTSFQSSGVGTLLKTVS
AVPSDPILVETSTVDKNCSSILHPMASESASSKTLQHSTSVPIADVLSPTSSLPTASLQG
LTISYANEEYVTAILLKSEISHQVEPSLYSNGDWFPSTSVGIISAFPPTVPPAVATPDFS
GDSQPDAHRSQHIYSDEFPNYNTIRSLSDDISAHVTLVASDTHKYIDQIVLPLPNEHILV
TAISPTLEDTKTLTGFVVPSQTTPGLTLSTRSNARSVVAAGGGSDDEDDSEEIDDYEDDG
LSVKNCISCISYRESQEKIDDSDAQVNNFVDQSNLIPHLPLEKSEEEIKTTGSVSDSQLS
SGMEKSQEQPTSINILLPKHSHATRVGNSIQTVNTLFPETSESKSLAIFTSDEESGSGQS
ALDSFNDNETSTDFSFPDLNDKDTEGTLQAGDSELTTGSPQSSAPSVANGHSVFNVSEAE
ASNSSHESRIGLAEGLESEKKTVIPLVIVSALTFICLVVLVGILIYWRKCFQTAHFYLED
STSPRVISTPPTPIFPISDDVGAIPIKHFPKHVADLHASNGFTEEFETLKEFYQEVQSCT
VDLGITSDSSNHPDNKNKNRYINIVAYDHSRVKLAQLAEKDGRLTDYINANYVDGYNRPK
AYIAAQGPLKSTAEDFWRMIWEHNVEVIVMITNLVEKGRRKCDQYWPVDGSEEYGNFLVT
QKSVRVLAYYTVRNFTLRNTKIKKGSQKGRPSGRVVTQYHYTQWPDMGVPEYTLPVLTFV
RKASHAKRHAVGPVAVHCSAGVGRTGTYIVLDSMLQQIQHEGTVNIFGFLKHIRSQRNYL
VQTEEQYVFIHDALVEAILSKETEVLDSHMHAYVNSLLIPGPAGKTRLEKQFKLLSQSNI
QQCDYSTALKQCNREKNRTSSIIPVERSRVGISSLTGEGTDYINASYIMGYYQSNEFIIT
QHPLLHTIKDFWRMIWDHNAQLIVMLPESQNMAEDEFVYWPNKDEPINCESFKVTMIAEE
YKCLSNEEKLIIQDFILEATQDDYVLEVRHFQCPRWPNPDSSISKTFELISIIKEEASNR
DGPMIVHDEHGGVTAGTFCALTTLMHQLEKENSVDVYHVAKMINLMRPGVFTDIEQYQFL
YKAILSLVNTRQEENPSTSLDSNGTALPDGNVAESLESLV
NT seq 6963 nt   +upstreamnt  +downstreamnt
atgctcgctcccaagctctttctcgcttgcctccagctcttctgtgtctgccgattggat
tgggcatatggatactacagacaacaacgaaaactggttgaagagattggttggtcttat
acaggaacactgaaccaaaagaactggggaaagaaatatccaacatgcaatggtcccaaa
caatcccctatcaatattgatgaagatcttactcaagtcaatgtgaatcttaagaaactt
aactttcaaggctgggataaaacatctttgggagacacattcattcataacactggaaaa
acagtggaaataaatctgacaaatgactatcgtctcagtggaggtggtatagaaactatg
ttcaaagcaagcaagataacttttcactggggaagatgcaatatgtcatctgatggttca
gaacatagtttagaaggacaaaaatttcctcttgagatgcaaatctactgctttgacccg
gaccagtttgagagttttgaggaagcagttaaaggaaaaggaaaactaagagctttatcc
attttatttgaggttggtggagaagagaatatggattataaagcaattgttgaaggagta
gatggtgttagccgttttggaaaacaagctgcattaaatccatttgttttgctgaatctt
ctgccaaactcaacagacaagtattatacttacaatggatccttaaccactcctccctgc
acagaatcagttaactggattgtttttaaagataccattagcatttctgaaagccagttg
gctgttttttgtgaagttcttacaatgcagcagtctggttatgtcatgctaatggactac
ctgcaaaataatttccgagaacaacagtacaagttctccaggcaggtgttctcctcctat
actggagaagaagagatccacgaaacagtttgcagctcagaaccagaaaatattcaagct
gatccagagaactttaccagccttcttgtcacatgggagagaccacgagtggtttatgat
accatgattgaaaagtttgccgtcttctatcaacagttagagggagaagaccaaactaag
catgaatttctgacagatgggtatcaggacttgggtgctattctaaataatttgctgccc
aatacaagttacgttcttcagattgtagctgtgtgcactaatggtttatatggaaagtac
agtgaccaactggttattgacatgccttcggatgatacagagcttgatcttcctgaattc
attgaaacaggagaattattcaaggaagaagaaaaagattcaaataggatgaaaggaaag
gtagtaaatccttttacctttagggccacaagtcaaataagaaaggaacctcaagtcact
actatatcaaacttcaaaagagaacaaatgaagacaaaatccagtgatgccaaaaccaat
cagtatctaacagaagagagtgaattccttgaagaggggcgtgcccataatgtaatcttt
tacagtacttaccaaccagtgactgaattatcagcccaagagaaagatatttcttggatt
tctcaaaatattactgatgttgtagaagcagtttcaacttctccaaatgatggttctaaa
actactcttcatttctcacagattagttctggtgaagattcagattcatcacatataatt
tcaggggctgaatcccaagaaacatcaactgatagtcgtgaagaagatagtttattaacc
agttttcagcttgaatcaggtggtgaggattcttcaggctctgttcctgcaacctcaatt
acgccatttgtttcagagaacgtatctcatggatacatcatttcctcagaaagcacagca
gccgtcatatatgatgtcctcctaccaggatatgccaaaaatacttctaaagactcaaat
acatcagattcagaagagtccttgaaaagtcctcctgtggatggaaagttgtggttccat
aatatgactggttcgacaactgatcctgatgctacatctgataatgagaaattctctcaa
actagttctactgatagagtcaacaaggtagcggcagcaactacagggccctcttccatg
agtccattggtgccccaggagacttccattgcggatctagaaatgccccattattctacc
tttgcttacttccctactcaagtaacaccgcattctttctctccaacctctggacacctt
gaatccacttctgctgccagtgatatactctctcagacaactcaaccgggatacaatggt
gagatccttctccaaccttcctacagtagtgaagtgtttcctctagtcacccctttgttg
tctgacaatcaaatgctcgacaccactctccctgctgcttcaggtagtgatctgaccttg
catgctacacctgtatttcccagtgttggtgtgtcgtttgaatccactctgtcttcctat
ggtgatgtactgcttccatattcctctgcttccttcagtagtgaagtgtttcaccatctg
tatacggtctctcaaatctttccacaagttactccagctgttgccagtgataaagtgtcc
ccgcatgcttttttgccagtggctgaggttgattcattattacagcccagtcttgctcaa
tattctgatgtgatgccacatcagactgctcaagctacttcagagacgtttgcacttgct
aatgagttgggtgcccttaataaaacacacgcgctttctcaagttgaaatgtccagccgt
gatttaaacgtgcatgtaccgtctacagtacccgaacttgcttatgctttgtctgataga
ggctccctccagacttttcctgtttcctatgatgctacaatatctatgcatgatcccgtc
cagcagggttccttatttagcacccatagcaaagtactgatgcataagccttccgtaata
gcccaaactgaatcattccaggagcctacaaaggctctttctagtgatacggattggtct
ggaacatactctggcagtgagttccttttgcctgacacagatggcttgatagcacttaac
atttcctcacctgtttctgtagatgaatttacatatacaacatctgtgtttagtgatgtt
aataagctgcttcataaaagtgatggcgaggagacagtacagcaaatttcctcttttaat
gaaatggcttaccattctgagagtacggcaatgtctgaactccccacatcaactgacaat
ataattaaaccaaatgtatctttacaggaaacctcagttcctgtttctagcacaaacggg
gtcctcccggggtctcttgctcttcccactcctaaggtttggggtcctgaaattagtcaa
gtttcagaaaatcacgtttcagttcaacctttgcatgctacatctccagcttttggcgac
actttgcttaaacctatatttagtgcaatctcagagcaagctttctctgctgccgcttct
agtgaaatgtctccgacacagccgttgtttttcgagacctcctcttccctaagcaatgaa
gccttgctgcaaacttcctttcagtcctctggtgttggcactctgcttaaaactgtctca
gctgtgcctagtgatccaatattggttgaaacgtccacggttgataaaaattgttcttca
atattgcatccaatggcatctgaatctgcttcgagcaaaactctgcagcattctacctct
gtaccgattgctgatgtgttatcacctacctctagcctacccactgcttcgcttcaaggt
ttaaccatttcttatgcaaacgaggaatatgtcacagccattttacttaaaagtgaaata
tcacatcaagtggagccttcattgtatagtaatggcgattggttcccatctaccagtgtg
gggattatcagtgcatttcctcccacagttccacctgcagttgcgactcctgatttctca
ggtgattcgcagccagatgctcatagaagccaacacatttattccgatgaatttcctaac
tataacacaattcgttctcttagtgatgatatttcagctcatgtaacactggtcgcttct
gatacacataaatatattgatcagattgttcttcctttaccaaatgaacatatcttggtt
acagctatctctcccacccttgaagacactaaaactttaactgggttcgtagttccctcc
caaacaactcctggattaaccctgagtaccaggtctaatgctaggtctgtagttgctgct
ggcggtggtagtgatgatgaggatgatagtgaggaaattgatgattatgaagatgatggt
ttatctgtaaaaaattgtatttcatgtatctcatatagagaatctcaggaaaagatagat
gattcagatgctcaagtaaataattttgtggatcagagtaacctaatcccacatttgcca
ttggagaaatctgaagaagaaataaaaacaacaggttcagtctcagatagtcagctaagc
tctggcatggaaaaaagccaggaacagcccacgtcaataaacatcttactcccaaaacac
agccatgcaacaagagtgggaaattctattcagaccgttaataccctattccctgagacc
tcagaatcaaagtctttggctatttttacaagtgatgaagagagtggctctggtcagagt
gccttggatagctttaacgataatgagacttcaacagatttcagttttcctgatctgaat
gacaaagacactgaagggaccctgcaagcaggtgactcagaattaaccactggatcacca
cagtcatcagcaccatctgttgctaatggtcactcagtgttcaacgtttctgaggcagaa
gcaagtaatagtagccatgaatctcgtattggtctagctgagggtttggaatcagagaag
aagaccgttatacctcttgtgatcgtatcagccctgacttttatctgtctagtggttcta
gtgggtattctcatctattggaggaaatgttttcagactgcacatttttacttagaagat
agcacatcacctcgagtcatttcaaccccaccaactcccatctttcctatttcagatgat
gttggagcaattcccataaaacactttccaaagcatgttgctgatttacatgcaagtaat
ggatttacagaagaatttgagacactgaaagagttttaccaggaagtgcagagctgtact
gttgacctaggtatcacatcagacagctctaaccacccagacaataagaataagaatcgc
tatataaacatcgttgcttatgaccatagcagggtaaaactcgcacaacttgcagaaaaa
gatggccgattaactgattacatcaatgccaattatgtagatggctacaacagacccaaa
gcttacattgcagctcaaggcccattaaagtcaacagcagaagatttctggagaatgata
tgggaacataatgtggaagtgatcgtaatgataaccaatctagttgaaaagggaaggagg
aaatgtgatcagtactggcctgttgatggtagcgaagagtacggaaactttttagtcaca
cagaagagtgtccgtgtacttgcctattatactgtgaggaactttactcttagaaacact
aagataaaaaagggttcccaaaaaggaagaccaagtggccgtgtggttacacagtatcat
tatactcaatggcctgacatgggggtcccagagtacactttgccggtgcttacatttgta
cggaaggcatcacatgctaaacgtcatgcagtgggacctgttgctgtccactgtagtgct
ggggttggaagaacaggcacatacattgtgttagacagcatgttgcaacaaatccaacac
gaaggaaccgtcaacatatttggattcttaaaacacattcgctcccaaagaaactacttg
gtacagactgaggagcagtatgtcttcattcatgatgcactggttgaggccatacttagt
aaagaaacagaggttctggacagtcatatgcatgcctatgtcaactctctcctcattcct
ggaccagccgggaagacgagacttgagaaacaattcaagcttctgagtcaatctaatata
cagcagtgtgattattctacagccctgaaacaatgtaatagggagaagaacagaacttca
tccatcattcctgtggaaaggtcgagggttggcatctcctcactgacaggggaaggcaca
gattacatcaatgcctcttatatcatgggttattatcaaagtaacgaattcatcatcact
cagcatcccctgctgcacaccattaaggatttctggaggatgatatgggatcataacgcc
cagctcattgtaatgctgccagagagccagaacatggcagaagatgaatttgtttactgg
ccaaataaggatgagcctataaattgcgagagctttaaggttaccatgattgctgaagaa
tataaatgtctctctaatgaagaaaaactaataattcaagactttatcttagaagctaca
caggatgactatgtacttgaagtaagacactttcagtgccccagatggccaaatcctgat
agttccattagtaaaacctttgagcttataagtatcatcaaggaagaagcctccaataga
gatggacccatgattgttcatgatgagcatggaggagtgacagcaggaaccttctgtgca
ctgacaaccctcatgcaccaactagaaaaggagaattcagtggatgtttaccatgtagcc
aagatgataaatttgatgaggcctggtgtcttcacagacattgagcagtaccagtttttg
tacaaagctattctcagtctggttaacacaaggcaggaagaaaatccttccacatctctg
gacagcaacggcacagctttacctgatggaaatgtggcagagagcttggagtctttagtt
taa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (43)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (5)   
   Pfam (5)   
All databases (62)   

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