Chelonoidis abingdonii (Abingdon island giant tortoise): 116820835
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Entry
116820835 CDS
T07367
Symbol
MATN2
Name
(RefSeq) matrilin-2 isoform X1
KO
K19467
matrilin
Organism
cabi
Chelonoidis abingdonii (Abingdon island giant tortoise)
Brite
KEGG Orthology (KO) [BR:
cabi00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04990 Domain-containing proteins not elsewhere classified [BR:
cabi04990
]
116820835 (MATN2)
Domain-containing proteins not elsewhere classified [BR:
cabi04990
]
Von Willebrand domain-containing proteins
VWA domain-containing proteins
116820835 (MATN2)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
FXa_inhibition
VWA
cEGF
EGF_CA
EGF
EGF_3
VWA_2
EGF_LRP2
hEGF
Plasmod_Pvs28
Matrilin_ccoil
Motif
Other DBs
NCBI-GeneID:
116820835
NCBI-ProteinID:
XP_032629422
LinkDB
All DBs
Position
Unknown
AA seq
1109 aa
AA seq
DB search
MKKMITCFLLLFGQTLLFSDSARERHLPPAFSSQRNGANPQGTLHENACNRKRLDLVFII
DSSRSVRPYDFEKVKEFILTILQFLDISPDITRVGLIQYGSTVKHEFSLKTFRRKHDVER
AVKRMMHLATGTMTGLAIQYALNIAFSESEGARPLSQNVPRIIMIVTDGRPQDPVAEVSA
KARNSGILIFAIGVGRVDMNTLKSIGSEPHEEHVFLVANFSQIETLTSAFQTKLCVPHVC
SITEHGCDHFCINTPGSYTCKCKQGYILNADQKTCSTQDLCAVEKHACEQICVNTPGSYV
CQCYEGYGLDEDGKKCIIVDLCALDNQRCQHECVSMDDSYYCRCHQGFILNPDRRTCRRP
DYCALQTHGCQQECVNTNDSYFCQCRHGFTLNPDKRTCKKINFCALGKHGCEQECVNTED
SFVCRCHSGYTLNHDGKTCRRVDHCAENNHGCEQLCLNTGDSYVCQCSEGFIINEDLKTC
TRVDYCALTDPGCEHLCVNSEKSYTCQCFEGYELRDDGKTCKRKNVCKSVNHGCEHICVN
SDNSYICKCHEGFALREDGKTCRNKDFCKSVDHGCEHVCVNMDNSYICKCHKGFALREDG
KTCRNKDVCKSFDHGCEHICVNNDNSYICKCQEGFVLREDGKTCRSKNVCKSVNHGCEHV
CVNNDNSYTCQCHEGFLLREDGKTCRNKDLCKTIDHGCEHVCVNDDISYTCQCHEGFILR
KDGKTCKSKDVCKSVDPGCEHICVNTDHSYVCKCHEGFVLREDGKTCRNKDLCKTVDHGC
EHICVNNDHSYVCKCHEGFVLQEDGKMCRRCTEGPVDLVFVIDGSKSLGEDNFEVVKEFV
SGILDSLEISPKAARVGLLQYSSEVRTEFTLRQFSTAKDMKKAVSQMKYMGKGSMTGLAL
KQMFERSFTEAEGARPFSAEVPRVSIVFTDGRAQDEVSEWASKAKQNGITIYAVGIGKAI
EEELLEIASEPPDKHLFYAEDFSTMGEISEKLKKRICEALEESDPHQDPLTGRPHKAGPH
SSGSERGSIAITDHLACSNFAVRHKYLFEEESVSQSTARSANPSKDMEQCNCENLITFQN
HANAEVKKLTQRLEEIIKRMEALENRLRY
NT seq
3330 nt
NT seq
+upstream
nt +downstream
nt
atgaagaaaatgattacatgcttcctactgctgtttggacaaactctacttttcagtgac
tccgccagggagagacatcttccaccagcattttcaagccaaagaaatggtgctaaccca
caaggtactttacatgagaatgcttgcaaccgcaaacgtcttgatcttgtcttcatcatc
gacagctctcgcagtgtacgtccttacgactttgaaaaagtgaaggaattcattttaacc
atcttgcagttcctagacatcagtcctgacatcaccagagtaggcctcattcagtatggc
agcacagtcaaacatgagttttcactgaagacgttcaggaggaaacatgatgtggaacga
gcagtgaaaagaatgatgcacctggccactggcaccatgactgggctggctattcagtat
gcactgaacattgcattttctgaatcggaaggggcacggccactgagccagaatgtgccc
agaattatcatgatagtgacagatgggagaccacaggatcctgtggcagaggtttcagct
aaagcccggaactcaggcatcctgatttttgccattggtgtggggagagtggatatgaac
accttgaagtccattggaagtgaacctcatgaagagcatgtctttttggtggctaatttc
agtcagattgaaacactaacctctgcattccagactaaactttgcgtgccccatgtgtgc
agtataactgagcatggttgtgatcacttctgtattaacactcctggctcctacacgtgc
aaatgtaaacagggatacattctgaatgctgaccagaagacttgcagcacccaggaccta
tgtgctgtggagaaacatgcctgtgaacagatctgtgtgaacacacctgggtcctatgtc
tgtcagtgttatgagggctatgggctcgatgaagatggaaagaagtgtatcattgtagac
ctttgtgctttggataaccaacgttgtcaacatgagtgtgtaagtatggatgactcctac
tactgtagatgccatcaaggatttattctaaatccagacagaagaacttgcagaagacca
gattactgtgctttgcagacccatggctgtcaacaggaatgtgttaatacaaatgattcc
tatttttgtcagtgccgacacgggtttactcttaatccagataagagaacttgcaaaaaa
ataaacttctgtgctttgggtaaacatggctgtgaacaggaatgtgttaacacagaagac
tcttttgtgtgcagatgtcatagtggatacaccctaaaccatgatggcaaaacctgcaga
agagtggatcactgtgctgagaacaaccatggctgtgagcagctgtgcctaaacaccggc
gactcatatgtctgtcagtgttctgaaggattcatcattaatgaagacctaaaaacctgc
acacgagtggactattgtgcactgactgatcctggttgtgaacatttgtgtgtaaacagt
gaaaaatcttatacttgtcagtgctttgaaggatatgagcttcgtgatgatgggaaaact
tgtaaacgtaaaaatgtctgcaaatcagtcaaccatggttgtgaacatatttgtgttaat
agtgacaattcatacatctgcaagtgccatgagggatttgcactgcgggaagatgggaaa
acgtgcagaaataaagacttctgcaaatcagttgaccatggttgtgaacatgtttgtgtt
aatatggacaattcctacatctgcaagtgccataagggatttgcactgcgagaagatggg
aaaacgtgcagaaataaggatgtctgcaaatcatttgaccatggctgtgaacatatttgt
gttaataacgacaattcctacatctgtaagtgccaggagggatttgtactgagagaggat
gggaaaacatgcagaagtaagaacgtctgcaaatcagtcaaccatggttgtgaacatgtt
tgtgtaaacaatgataattcatacacctgtcagtgccatgagggatttttgctaagagag
gatgggaaaacatgcagaaataaagacctctgtaagaccattgaccatggctgtgaacat
gtttgtgttaatgatgacatttcatacacctgccagtgccatgagggattcatactaaga
aaagatgggaaaacatgcaaaagtaaggatgtctgcaaatcagttgaccctggctgtgaa
catatttgcgttaatactgaccattcgtacgtctgcaagtgccatgagggatttgtactg
agagaggatgggaaaacatgtagaaataaagacctatgcaaaacagttgatcatggctgt
gaacatatttgtgttaataatgaccattcctacgtgtgcaagtgccatgagggatttgta
ctacaagaagatgggaaaatgtgcagaagatgcactgaaggcccagttgatctggtgttc
gtgattgatggatcaaaaagtctcggagaggataattttgaagttgtaaaggaatttgtc
tctggaatcttggattctcttgagatttctcccaaagctgctcgagttggtttgctgcag
tattcctctgaagttcgcacagagttcacattaagacaattcagcacagctaaagacatg
aaaaaagcagtatcccaaatgaaatacatggggaaaggctccatgactggacttgccttg
aaacaaatgtttgagagaagctttactgaagcggaaggggcaaggccattttcagcagaa
gtgcccagggtgtctatagtgtttacagatggacgagcccaagatgaagtctctgagtgg
gccagcaaagcaaagcagaatggtataactatctatgctgttggaataggaaaagcaatt
gaggaagaattactggaaattgcttctgagccaccagacaaacatctcttctatgctgaa
gacttcagtaccatgggggagataagtgaaaaactaaaaaaacgaatctgtgaagctttg
gaagagtcagatccccatcaggatcccctgacagggaggcctcacaaggctggtcctcat
tcttcaggatctgaacgaggcagcatagccatcacagaccaccttgcctgttccaatttt
gcagtacgtcacaagtatctttttgaagaggagagtgtttcacagtcaacggcaagatca
gcaaacccttcaaaagatatggagcagtgcaactgtgaaaatctcataacattccagaac
catgccaatgctgaagtaaaaaaactaactcagcgattggaagaaataattaagagaatg
gaagccctggaaaacagactaagatactga
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