Chrysoperla carnea: 123302077 Help Entry 123302077         CDS       T09255                                  Name (RefSeq) insulin-like receptor isoform X1   KO K04527   insulin receptor [EC:2.7.10.1] Organism ccrn  Chrysoperla carnea Pathway ccrn04068   FoxO signaling pathway ccrn04081   Hormone signaling ccrn04150   mTOR signaling pathway ccrn04213   Longevity regulating pathway - multiple species Brite KEGG Orthology (KO) [BR:ccrn00001]  09130 Environmental Information Processing   09132 Signal transduction    04068 FoxO signaling pathway     123302077    04150 mTOR signaling pathway     123302077   09133 Signaling molecules and interaction    04081 Hormone signaling     123302077  09150 Organismal Systems   09149 Aging    04213 Longevity regulating pathway - multiple species     123302077  09180 Brite Hierarchies   09181 Protein families: metabolism    01001 Protein kinases [BR:ccrn01001]     123302077   09183 Protein families: signaling and cellular processes    04090 CD molecules [BR:ccrn04090]     123302077 Enzymes [BR:ccrn01000]  2. Transferases   2.7  Transferring phosphorus-containing groups    2.7.10  Protein-tyrosine kinases     2.7.10.1  receptor protein-tyrosine kinase      123302077 Protein kinases [BR:ccrn01001]  Receptor tyrosine kinases (RTK)   INSR family [OT]    123302077 CD molecules [BR:ccrn04090]  Proteins   123302077 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  PK_Tyr_Ser-Thr Recep_L_domain Pkinase Furin-like fn3 Insulin_TMD DUF4476 Motif Other DBs NCBI-GeneID:  123302077 NCBI-ProteinID:  XP_044740792 LinkDB All DBs Position X:38512108..38522623 Genome browser AA seq 1447 aa AA seqDB search MFFSCKNAILCCCQIFQQLRIFLIVFGILSILIEADNYSSNSDNNGICRSVDIRSTTANF KKLEGCRVVEGNVHILLLDHYTPKDFLNVTFPELTEITGFLLLYRVEGLETLGKMFPNLT VIRGRELLYNHAFIIFELSSIQEIGLYSLTNIERGAVYISKNPNLCFSSTIDWGLIVKQG SANNVITFNKIENECGLCRGDEKNGYDVEKDSHVKTCPVAFHHEYSGKYSPQPGRHLCWN RDNCQKVCPKECGNNTCNSKGQCCKNDQCLGDCYGANLDRCKVCKNLSIWKDGESLCMQK CPVTHNYVYLNRRCVSADQCRNITKPKGDLVRRNKPHKPFNGSCLLDCPLGYEEDEINGQ LSCKKCEGKCVKRCGGASVNSIHTAQSLKDCTIINGSLDIQLRDGNIVHELNENLGQITE ITGYLKVTRSYPLMSLGFLKNLRIIRGYHVDAQNGYSLIVKDNQNLQELWDFSNHTNHKL QILNGRVQFHHNPKLCIDKIDALVAMIGLKNVREDEIQRKTNGDKIACNLVELPVNCTLN MYGATLEWRPFKMTMNDERHLLGYVVFWMKTDRKNISIYESRDACGGDGWNVDDVLKPTG DDFIYHPLTKLESYTNYAVYVETYTIASEPFGAQSKILYFRTLPGVPTSVTNLSAVSNDS SYLLISWNPPLKPNGEITHYKIKLEVEKPTSPDQRNYCEDGPKETTNVGIDEPPDRTSEN GEDDSEKNATNKKTKSELKDKEPEAEAAASFEDALQNWVFVKRPEYAADKLHERNKREIT NGILNYANSSRVEGGHSSGDKNNKSEENGTIFYETSKTMLVISNLKHYREYTVKVKACRQ LYGANDNESRACSVEAFKTQRTLAKPGADNVTNIQLEIRTTNKSLGVVKLTWNEPSDPNG VIQTYQIEYKQLDIENAKPTVVCITRKKFRDQMNSYPIKDLSPGNYSLRLRATSLGGEGS YSAYKYFYIPPASSSSTFQVALGVVISIVIVILTLAALFLYFRRYYLSNVPNMKLIASVN PEYVSTAYVPDDWEVPRKKIELLRELGQGSFGMVYEGVAHDVVKGVSQMRCAIKTVNEHA TDRERIEFLNEASVMKAFDTAHVVRLLGVVSQGQPTLVIMELMSNGDLKSYLRSHRPEEQ DANGGNPRRENPPSLKRVLQMAIEIADGMAYLTAKKFVHRDLAARNCMVADNLTVKIGDF GMTRDIYETDYYRKGSKGLLPVRWMAPESLKDGVFQSSSDVWSYGVVLWEMATLASQPYQ GLSNEQVLRYVIDGGVMERPENCPDKLYELMRLCWQHKSSARPTFLELASILLADASNEF REVAFYFTKAGQEALAAQTLQIQDEAEATTPLRPVNTADEDEFSLDSCSDREDGDVEDGS VDMHEHEGRVSFPGSSFLTAAYHDKSEPNSVVNGFISIQEPPMQQQQAPHATNTPTPTSN LNTTTQC NT seq 4344 nt NT seq  +upstreamnt  +downstreamnt atgtttttttcatgcaagaatgcgattttgtgctgttgtcaaatttttcaacagttacga atttttttaattgtttttggaattttatcaattctaatagaagccgacaactactcatca aattcagacaataatggaatttgcaggagtgttgacatacgaagtacaacagcaaatttt aagaaattagaaggatgtcgagtggttgaaggcaacgtgcatattttactactggaccat tatacgccaaaggattttttaaatgttacatttccagaattaactgaaataactggcttc ttactcttataccgtgttgaaggtttggaaacattgggtaaaatgtttccaaacttaact gtaatacggggccgagaactgctttacaaccatgccttcattatttttgaattaagttca atacaggaaattggactttattcgctgacaaatattgaaaggggcgccgtttatatttcc aaaaatccaaacttatgtttttcatcaacgatcgattggggtttaatcgttaaacaagga tctgcaaataatgttataacttttaacaaaatcgaaaatgaatgtggactatgccgaggc gatgaaaaaaatggttacgatgttgaaaaagattctcatgtaaaaacatgtcctgtagct ttccatcatgaatacagtgggaaatacagtccgcaaccaggccgacatttgtgttggaat cgagataactgtcaaaaagtatgtccgaaagagtgcggcaacaacacatgcaatagcaaa ggacagtgctgtaagaatgatcaatgtttgggcgattgttatggtgcaaatttggatcgt tgtaaagtatgcaaaaatttaagcatttggaaggatggcgaaagtttatgtatgcaaaaa tgtccggttactcataattatgtgtacttaaatcgacgatgtgttagtgctgatcaatgt cgtaacatcactaaaccaaaaggtgacttagttcgacgcaataaaccgcataaaccgttc aatggttcatgtctgttagattgtccacttggttatgaagaagacgaaatcaatggccag ttatcttgtaaaaaatgtgaagggaagtgcgtaaaacgttgtggtggcgctagtgtgaac agtattcatactgcacaaagtttaaaagattgcaccataataaacggatcgttagatatc cagctacgagatggcaatattgtacacgagttaaatgagaatttgggccaaattacggaa atcactggatatttgaaagtcacacgatcgtatccgttaatgtcacttggattcttgaaa aatttacggatcattcgtggttatcatgttgatgcacagaacggatattcgttgattgta aaagataaccaaaatttacaagagctctgggatttttcgaaccacaccaatcacaaatta caaattttaaacggtcgcgtacaatttcatcacaatccaaagttatgtatcgacaaaatc gatgcgttggtggcgatgattggcttaaaaaatgtacgtgaagatgaaatacaacgcaaa acaaacggtgataaaattgcatgcaacttagtcgaattacccgtgaattgtaccctaaac atgtacggcgccactttagaatggcgtccctttaaaatgaccatgaacgatgaacgtcat ctgttgggctacgtagtcttttggatgaagactgatcgtaagaacatatctatttacgag tcccgtgatgcttgtggaggggatggatggaatgtggacgatgtattgaaaccgacgggc gatgattttatttaccatccgcttaccaaattagaatcgtatacgaattatgcggtttat gtggaaacctatacaattgcatccgaaccatttggtgctcaaagtaaaattctttatttt cgaacacttcctggagttcctacatcagttacgaatttgagtgcggtatcaaatgatagc agttatcttcttatatcctggaatcctcctttgaaaccaaacggcgaaatcacacattac aaaataaaattagaagtcgagaaaccgacatcacccgatcaacgaaactattgtgaagat ggtccaaaagaaacgacaaacgttggaatcgacgaaccacctgaccgaacatcagaaaat ggggaagatgatagtgaaaaaaacgcaacgaacaagaaaaccaaatccgagttaaaagat aaggaaccagaagcggaagcggctgcatcgtttgaagatgccctccaaaattgggttttt gtgaaacgaccagaatatgcggccgataaactgcatgagcgtaacaagcgagaaatcact aatgggattctcaattatgcgaatagttcaagagtagaggggggacatagcagtggtgat aaaaacaataaatcggaggagaatggtacgattttttatgagacatcgaaaacaatgtta gtgatctcgaatttaaagcattatcgtgagtacacggtgaaagtgaaagcgtgtcgtcag ttgtacggtgcgaatgataacgagtcgcgcgcatgcagcgtagaagcgtttaaaacacaa cgaactcttgctaaacctggtgctgacaatgtgaccaatattcaattagagattcggact acaaataaaagtttgggtgttgtgaaattgacatggaacgaaccatctgacccgaacgga gttatacaaacatatcaaatcgaatacaagcaacttgatattgaaaatgctaaaccaaca gtggtatgcataacacgtaaaaagtttcgtgatcaaatgaattcgtatccaatcaaagat ttaagtcctggcaactatagtttgcgattgcgtgcaacctctttgggtggagagggtagt tatagtgcatacaaatatttttatatacctccagcttccagttcgtcaacgtttcaagtc gctttgggagttgttatcagtatcgttattgtaatattaacattagctgcgttattttta tactttcgacgatattatttatcaaatgtaccaaatatgaaattaatcgcatccgtgaat cccgaatacgtgagtactgcatatgtaccggacgattgggaagtaccacgtaaaaaaata gaattattaagagaattgggtcaaggtagttttggtatggtttatgaaggggtcgcacat gatgtagtgaagggggtctctcagatgcgttgtgcgattaaaacagttaacgaacatgca actgatcgtgaacgaattgaattcctaaatgaggcgtcggttatgaaagcattcgatact gcgcatgttgtacgcttattgggtgttgtctcccaaggacaaccgactttagtcattatg gaactcatgtcgaatggtgatttgaagtcatatttgagatcccatcgacctgaagagcag gacgctaatggtggcaatccacgacgtgaaaatccgccatctttgaagcgtgtcctacaa atggcgattgaaatcgctgatggtatggcgtatctaacagcgaaaaaatttgttcataga gatttagctgccagaaattgcatggttgctgataatttaactgttaaaattggggatttt ggaatgacccgtgatatttacgaaacagattattatcgtaagggatctaaaggtctgcta ccggtacgatggatggcaccagaaagtcttaaagatggtgtctttcaaagtagtagtgac gtgtggagttatggtgttgtactttgggaaatggccacattggcatctcaaccataccaa ggcttatccaatgaacaggtccttcgatatgtaatcgatggcggtgtcatggaaagacct gaaaattgtccagataaattatacgagttgatgagactgtgttggcaacataaatcgtca gcacgacccacattcttagaattagcaagtattttattggctgatgcatctaatgaattt agagaggtagcattttattttacaaaggctggccaagaagcgttggccgcacaaacctta caaattcaagatgaggctgaagcaacaactccattacgtcctgtaaatactgccgatgaa gatgaattctcattggacagttgttcagatcgtgaggacggagatgttgaggacggttcc gtggatatgcatgaacatgaaggccgtgtcagttttcccggatcgagttttttaacagcg gcgtatcatgacaagtctgaaccaaacagtgtggtgaacggttttatatcaatacaagaa ccccctatgcaacagcaacaagcccctcatgcaaccaacacacccacacccacatctaat ttaaacaccaccactcaatgttag

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