Austrofundulus limnaeus (annual killifish): 106515641
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Entry
106515641 CDS
T06063
Symbol
pamr1
Name
(RefSeq) inactive serine protease PAMR1
KO
K24362
inactive serine protease PAMR1
Organism
alim
Austrofundulus limnaeus (annual killifish)
Brite
KEGG Orthology (KO) [BR:
alim00001
]
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04990 Domain-containing proteins not elsewhere classified [BR:
alim04990
]
106515641 (pamr1)
Domain-containing proteins not elsewhere classified [BR:
alim04990
]
Other domain-containing proteins
CUB domain-containing proteins
106515641 (pamr1)
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Trypsin
Sushi
CUB
EGF
hEGF
DUF1986
Motif
Other DBs
NCBI-GeneID:
106515641
NCBI-ProteinID:
XP_013860996
UniProt:
A0A2I4AZS5
LinkDB
All DBs
Position
Unknown
AA seq
1170 aa
AA seq
DB search
MLSAGRGAHLGKTYGGIRAIPASSTFISGKEGWLLSLSLFIFISLPLGAAWPHDYRYLYN
HCPGPEWSVMCRGCCEYDVIRCKCPLQGTKVGYAVPCCRNAINECDPCIIHPGCSIFENC
KRCNNGTWGPQDDFFINGKYCAECRPGWSGGDCMKCGGVIRKQQGHLVLESYPNNARCEW
TIQVDRTFTIELRFMMLSLEFHPSCRYDYVEVRDGDSINSRVIGRFCGNNRPAALQSSSN
SLHILFVSDGYKNFDGFFATFQENSACSSSPCLHDGTCILDSSYSYHCACLAGYTGKRCE
NVLGCRRPPVPTHGSTEGLFHHSGARIKYRCDPGFELQGFRTAICLSDGTWSAPAPECVP
VERVCTLPSKPRNGDHFLVYGPNDVLIALQYLCHQPYELIGGSQRTCLPNNTWSGTPPVC
AKVNNTLXKAEKKREKGKNTDTDKEFTKAQGRQQNTTEIENVGGKDVNSGLESTTPVYVE
DKYTTPENAVDKGRDGGDLEEKSTGSKEPREDRKNEVDPDHNLNTVEEKEPEATKPPEEK
GGSSDSNLEKGTTNTTVTVVRKDKGQEDKERKEEQINGKRDPDKFGPNETKLKTAVPDGG
NTVEIVELDMTKNNTVTQDSKDTNKENNTIESPTSGRKVFPTRVNVTQYTLYRAEEETGK
SKEKTFIKKFETGGESWEKTTEMETKKEEKEKEKEREINQSFIERQCPPLPRLFNGYQQV
VPGMESETVEFMCNHSYALSGEKRRTCQPGGTWSGKQPICVRACREPKVSELVKHKVLPP
RAPSRKTPLHKLFSSTTGQQLWSSGPTRTPPELPELPQGFHHLYTHIEYECASQFYHHFG
SPRRTCLQTGKWSGRHVSCTPVCGKHLTFDPERPDETHWPWLAAIYRLTSKGTDMKVAKA
NGQVGSVKKNGRPRSDILNQASDWQLVCSGALVNQRSVVVAAHCVTELGKVYPVDTATIK
VVVGKQYRDDSKESKGLQHLRALSIAVHPNYDPNILDSDIAVIKLFDKARVGEKVLPLCL
PEGQEEQETSGHGLVTGWSPLPDFSLGPEEKARVGLVHLADIVPCEQQYARNGVSISVTD
NMLCASQKPDYKPSNICPSDTGGILVLPALSENQANSNSKPSQIHGNDKGLWRLLGLVSF
GYDQGECDPELYTVYTHVANFKDWIQTNMK
NT seq
3513 nt
NT seq
+upstream
nt +downstream
nt
atgctgtctgcgggacggggagcacatctggggaaaacctatgggggcatccgtgcaatt
ccagcgagcagcacctttatctcagggaaagagggctggctcctctcactctccctcttt
atttttatctctttgcccttgggtgcagcctggcctcatgattacaggtacctgtataac
cactgtccaggtccggagtggagcgttatgtgcagaggctgctgtgagtacgacgtgatc
cgctgtaaatgtcctctccaggggaccaaagtgggctatgctgtaccctgctgccgcaac
gccatcaatgagtgcgacccctgcatcatccatccaggttgcagtatttttgagaactgc
aagcgctgtaataatgggacatggggaccccaggatgatttctttattaatggaaaatac
tgtgctgagtgtcgtcccggctggtctggtggagactgcatgaaatgtggtggggtgatc
cgtaaacaacagggccacttggttcttgagagctaccccaacaatgccaggtgtgagtgg
accatacaggtggaccgaacatttactattgaactcaggtttatgatgctaagtctggaa
tttcatccttcctgtcgctatgactacgtcgaagtccgagatggagacagcatcaactct
cgtgtgattggtcgattctgtgggaacaaccgacccgctgcacttcagagctctagcaac
agtttgcacattttgtttgtgtctgatggttacaagaactttgatggattttttgccact
ttccaggaaaactcagcgtgcagttcctccccatgtctgcatgatgggacctgtatcctg
gacagttcttactcttatcactgtgcctgtctggctggttacacgggcaagagatgtgaa
aatgtgctgggatgccgcaggcctccagtgcccacacatggttctacagagggtctgttt
catcactccggtgcccgcatcaagtaccgttgcgacccagggtttgagctgcaggggttt
cgtactgccatctgcctgagtgacggcacctggagtgctcctgccccagagtgtgtgcca
gtggaaagagtttgtactctgccatccaaaccaagaaacggtgaccactttttagtttat
ggacccaacgatgttctcattgctcttcagtatttgtgccaccagccctatgaactcatt
ggcggctcccagagaacctgccttcctaacaatacctggagcgggacrcctcctgtttgc
gctaaagtaaacaacacactaamcaaagctgaaaaaaagagagagaagggcaaaaacaca
gatactgacaaagagttcaccaaagctcaagggagacagcaaaatacaacagaaatagaa
aatgttggtgggaaagatgtcaactctggtctggagagcacaacaccagtctacgtggaa
gacaaatataccactccagaaaatgctgtggataaaggcagggatggaggagacttagag
gagaaaagtacagggtcaaaagagccaagagaggacagaaaaaatgaagtggatccagac
cataatctgaacacagttgaagagaaagaaccagaagcaacaaagccacccgaggaaaaa
ggcggcagctcagactctaacttggagaaagggacgacaaacaccacagtgacagtggtg
agaaaagacaaaggacaggaggacaaggagagaaaagaggagcagatcaatgggaaaagg
gatccagacaagtttggtccaaatgaaaccaagctgaagacagccgtacctgacggtggc
aacactgtggaaatagttgaactggatatgacaaagaacaacacagttacacaggattca
aaggatacaaacaaagagaataataccattgaatctccaacttcagggagaaaagtcttt
cccactcgagttaatgtgacacagtacaccttgtatcgagcagaggaggaaactgggaaa
tcaaaggaaaagacatttattaaaaagttcgaaactggtggagaatcctgggaaaaaaca
acagagatggaaacaaagaaggaagaaaaagaaaaagaaaaggagagagaaattaatcaa
agtttcattgaaaggcagtgtcctcctctgcctcggctgttcaatggctaccagcaggtg
gtgccagggatggagtcagaaacagtggagttcatgtgcaaccactcttacgctctgagt
ggtgagaagaggcgtacctgtcagccaggtgggacatggagtggcaaacaacccatctgt
gtcagagcatgtcgagagccaaaagtatcagagctggtgaaacataaagtcctgcctcca
cgggcaccatccaggaagacgcctttgcacaaactcttctcttctacaactggccagcag
ctttggtcttctggtcccactagaacccccccagagcttcccgaattgccccagggtttc
caccatctttacacacatatagagtatgagtgtgcgtctcagttttaccaccactttggc
agtcctcggcgcacttgcttgcagacggggaaatggagtgggcgccatgtctcctgtaca
ccagtgtgtgggaagcatctaacctttgacccagagaggccggacgagactcactggccc
tggctggcagccatctaccgcctcaccagcaagggcacggatatgaaggtggccaaggca
aacggccaggtagggtctgtgaagaagaacggaagacccagaagtgacatcctaaatcag
gcttctgactggcagctggtctgcagtggggctctggttaaccaaagaagtgtggtggtt
gcggctcactgtgtaacagaactgggcaaggtgtatcctgtggatacagccacaataaag
gtggtggttgggaagcagtatcgcgatgacagcaaagaaagtaaaggtcttcagcacttg
agggcgttgtccattgctgtgcatccaaactacgaccctaatattctcgactcggacatt
gcggtgatcaagctgtttgacaaggcaagggttggagaaaaagtcctgccgctctgtttg
ccagagggccaagaagaacaggagacatctggtcacggacttgtgaccggctggtctcca
cttcctgatttcagtttaggtcctgaggagaaagcaagggttgggctrgttcaccttgct
gatatcgtcccgtgtgagcagcaatacgctcgtaatggtgtgtcaatcagtgttacagac
aatatgctttgcgccagccaaaagcctgactacaaaccgtccaacatttgtccctctgac
actgggggaatccttgtcctccccgccctctctgagaatcaggccaactctaactcaaag
ccctctcagattcacggaaacgacaaaggattgtggcgactcctgggtttagtgagcttt
ggctacgaccaaggggagtgtgatcctgaactctacaccgtttacacacatgttgctaac
ttcaaagactggattcagactaatatgaaataa
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