Chelonoidis abingdonii (Abingdon island giant tortoise): 116826023
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Entry
116826023 CDS
T07367
Symbol
ADAM28
Name
(RefSeq) disintegrin and metalloproteinase domain-containing protein 28 isoform X1
KO
K08614
disintegrin and metalloproteinase domain-containing protein 28 [EC:3.4.24.-]
Organism
cabi
Chelonoidis abingdonii (Abingdon island giant tortoise)
Brite
KEGG Orthology (KO) [BR:
cabi00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
cabi01002
]
116826023 (ADAM28)
Peptidases and inhibitors [BR:
cabi01002
]
Metallo peptidases
Family M12: astacin/adamalysin family
116826023 (ADAM28)
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Ortholog
Paralog
GFIT
Motif
Pfam:
Reprolysin
Reprolysin_5
Disintegrin
ADAM_CR
Pep_M12B_propep
Reprolysin_3
Reprolysin_2
Reprolysin_4
Protocadherin
ECSCR
Adeno_E3_CR2
Peptidase_M66
PsaL
Peptidase_M10
Metallopep
Motif
Other DBs
NCBI-GeneID:
116826023
NCBI-ProteinID:
XP_032638393
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All DBs
Position
Unknown
AA seq
828 aa
AA seq
DB search
MIKVLLISTVLLLSQHRGTARRELPGVKDYEVVYPHKLHMLHKRDVAGNQNPNNGARYDD
RMQYEIKVNGEKVILHLEKNKDLFAKDYSETHYSHEGQEVTTSPQIKDHCFYDGHIQNDN
DSEASISACSGLKGYFKTHGQRYLIQPLKLIDSEEHAVFKYENLEDVEGPKTCGVTNTTW
ESEDPIKKSSRSSTSLEKQEYLKAKKYVEIYIVVDNAAYRKYNRNMTSIRTRVFEIINYI
NMVYKAINIHVALIGLEIWSAGDPFTVNSSAGTTLDKFSTWRQTDLLKRKNNDNAQLLTA
IDFDGPTVGLAFVGTMCSSTHSSGIVQDHNSNPISIGATMAHEMGHNFGMNHDTSFCQCN
SGSCIMAAQLSYNIPKDFTACSLQDFQKYILDRTPVCITNMPALKDIVAPPVCGNNFVET
GEECDCGTPEECTNSCCDAATCKLKPNAKCAFGECCENCQLKRAGTLCRPIKHDCDLPEL
CTGQSHQCPVDRFRVNGYPCRDGQGYCYMGKCPTLLSQCIALWGSGATVAVDSCYKTNQN
GVYYGHCKKANGTFIPCAKKDIQCGKLFCTGGSRMPTAGNLLSFDSCKGSFPNDNNEDTG
MVAAGTKCGNGMVCSKGQCVDIERAYKSTNCSAKCNGHAVCDHELVCQCEEGWAPPNCDS
STTVQYFAIIAGVLAALAVIVIVAVLIIRYRNTKKKQAQSGQSRGVSGETNPGFSGQEQK
RRPNVAPIQEVHDTRFLLPTPPRQANNPQVSVNIPEERSNGRPAIHQNTKMPIVKPTNPP
PPVPTTKPAFSPVMGNSVAQTKSTPSPVPKGKPAPPPQALKPPVKPRV
NT seq
2487 nt
NT seq
+upstream
nt +downstream
nt
atgattaaagtacttctgatttctacagtattgctcctttctcaacaccgagggactgcg
cgaagggaattacctggggtgaaggactacgaagtggtatatccacacaaactacacatg
ttacataaaagagatgtagcaggaaatcaaaatcccaacaacggggcaagatatgatgac
aggatgcaatatgaaattaaagtcaacggcgagaaagtgatacttcatctagaaaaaaat
aaggatctatttgccaaggactactctgaaactcattactcacatgagggtcaagaagtg
acaacaagtcctcagatcaaggaccactgtttttacgacggtcacatccaaaatgataat
gactcagaagcaagcatcagtgcctgcagtggtttgaaaggatatttcaagacccatggt
cagcgataccttatccaacccctgaagctcatagacagtgaggaacatgcagtctttaaa
tatgaaaacctggaagatgttgaaggcccaaaaacttgtggcgtaaccaacactacctgg
gaatcagaagatcctatcaaaaagtcctctagatccagcaccagtctggaaaaacaggaa
tatctgaaagcaaagaagtatgttgaaatctacatagttgtagacaatgctgcgtatagg
aagtacaaccgcaacatgacgagtataagaacacgggtttttgaaataatcaattacatc
aacatggtttataaagccataaacattcacgtggctttgattggtctagaaatctggtca
gctggggatccattcactgtgaattcttcagccggtaccacgttggacaaattctcaaca
tggcgtcaaacggacctgctgaaacggaagaataatgacaatgctcagttactcacagcg
attgactttgatgggccaacagtaggactggcctttgtgggaaccatgtgcagttctact
cattcctcaggcattgttcaggaccataattccaatccaatttcaattggggccaccatg
gcacacgagatggggcataattttggtatgaatcatgacactagcttctgtcaatgcaat
tctggatcttgtatcatggcagcacaactcagctacaacatccccaaggattttactgca
tgcagcctccaggattttcagaaatatattttggaccgaacaccagtatgcatcaccaat
atgcctgccctgaaagacatagtagcaccccctgtttgtgggaacaactttgtagagaca
ggagaagaatgtgactgtggaactccagaggaatgcacaaatagctgctgtgacgctgca
acgtgcaagctgaagccgaatgctaaatgtgcatttggagagtgctgtgaaaactgccag
cttaaaagagcagggactctttgccgacctataaagcatgactgtgacctgcccgagcta
tgtactggccagtcccaccaatgcccagtggatcgattcagagtcaacggctacccttgc
agagatggccagggttactgttacatggggaaatgccccaccctgctgagccaatgcatt
gctctttggggatcaggtgctacagttgctgtagactcttgttataagactaaccagaac
ggagtttattatggacactgcaaaaaggcaaacggcacgttcatcccctgtgcaaaaaaa
gatatacagtgtgggaagttattttgtactggtggttcacgaatgcctacagctggaaac
ctactatcttttgactcatgcaaaggcagttttcctaatgacaataatgaagacacaggc
atggtcgctgctggaactaaatgtggcaatggaatggtgtgcagcaagggacaatgtgtt
gatatcgaacgagcctacaaatcaaccaactgttccgccaagtgcaatgggcatgctgtg
tgtgaccacgaactggtatgtcagtgtgaagaaggatgggcaccgcccaactgcgatagc
tccacaacagttcaatatttcgccatcattgccggtgtgctagctgcccttgctgtcatt
gtgatagtcgctgttttaatcatccgctaccgaaatactaagaagaagcaagctcagagt
ggccagagcagaggtgtatctggagagacaaatccaggcttctcagggcaagaacagaag
agaagaccgaacgttgcacccatccaggaggtccatgacacaagattcctccttcccact
cctccacgccaggcaaacaacccacaagtctctgttaatatcccagaggagagatccaat
ggcaggccagccatccaccaaaatacaaaaatgcctatcgtaaagccaaccaatccacca
cctccagttcctaccaccaaaccagccttttctcctgtcatgggtaattctgtagcacag
acaaagtccactccttcaccagtccctaagggcaaacctgcacccccaccacaggcttta
aaaccaccagtcaaacccagagtatga
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