| Information | |
| Gene name: | heatr1 |
| Databases ID: | DEG :DEG20040070 OrthoDB:EOG093700QM UniProt:- |
| Organism: | Danio rerio |
| Function: | HEAT repeat containing 1, mRNA (cDNA clone MGC:63510 IMAGE:2642926) |
| Nucleotide sequence: | Length=6884bp |
| BlastN NCBI nr
BlastX NCBI nr
BlastN NCBI Human
GGCACACTTGCACACACGTGGATACTGGTGCGGTAATAACTACAACCAAAGATGACATCGTTAGCGCATCAGCTGAAGCGGCTGGCCTTGCCGCAGAATGACTCGAGTCTGCTCGGCCGGAAAGAGGTGGTCTCTGTGCTCTTTGACCCTAAAGATGCAGCCAGTATGGACCGCAGCACCTTCCATGCACTTGGCTGCACGGGACTGGAGGAGCTGATGGGTATTGATGCAGCGTTCAGTGAGTTTCAGGAGACTCTGTTCAGTCAAGGATCTTTGACTTTAGAGCGCAGCGTTCAGTCCAAAGAGGTCAACAAGAAACTGGACAAGAGCATTTCTCTCTTCCTCACTCGACTGTCACCTTACTTTCTGCTCAAGCCTGCTCTGAAATGCATTGAATGGCTTTTACACAGATTTCACATTCATCTGTACAACCAGGACAGTCTGATTGCTTGTGTTTTACCGTATCATGAGACTAAAGTGTTTGTACGAGTGATCCAGCTGTTCAAGATTGAAGATCCAACCCACAAATGGCACTGGCTCCATGGAATCCAGAAACCTGGTGTTCCCCTGGCCCGAGGAACCCTGCTCACACACTGCTATAAGGATTTAGGCTTCATGGATTTCGTTTGCTCTATGGTCACAAATTCAGTAAAGGCGTACTCTGAACTGACCCGGGATGGGAACTGTCCGCAGCTGCGTGTGATTTTCTCTTTCTATGCATCGACTATTGTTTCAGCACTTGATGCAGTGGAGAAGATCACTAACTCTATTATTGCCAAACTGCTTCCCTTTGTACAACTGGGGCTGAAATCTAATCTTTCGGACTACACGGCTGCCACTTACATGATCGTGTGTCAGATGGCAGTGAAGGTGGTAATGGAGGCCCAGCTGGTGGACTCTCTGAGCGTTCAATTGAGCAGGTCTCTAGGCCGAACACCACAGCTCATCAGAGAAGGCTTGAGCTGCATTATCATCCTGCTCCAAAACCAGAAAAAAGGAGTGATTGGTCAAAAGACATATGGTTACCTGTGTGCTGTCCCTACCCTGGTGTCTACCCTTCAGAGCATATCAACTGTGCATGACATCAGTCCTCTACTGAGTTACCTGCTGCCTCATCTCATACACTCTGTGATGACCCAGAATGATGAGCAACAGAATGAAGGTTTGTCAGACAGTACTGGACTATTGCAGTCAGTATTTCAAAACCTTCAACTTTCCAGCAACCTGGAGAACACTGCAGCTAAGCTGCTGCTTGAAGAGTATGTTGTCTGCGGCAATGAGCTTCCCTCAGATGGGATTTCAGCTCTTAATCAGAGAATTCAGCCTACAGTACGACTGTTTGAATCCAGGTATCCATGTGCACTGGATATGGCATTGGAAAATCATGTCAAAAATGTGTCATCCGATAATGAAAAAAACCTGCTTCATCAGTTCATCTCTCTCACTCTGAGCTGTGGGAAATATCAGATTCTGCCGGAGTCCGAGACCTCTCTGATGCTCAGCCTCAATCACCCTCTTCCCTCTGTGAGAAACATGGCCGTAGACTACCTGAAAGAGATCCTCAACTCAGAACATAATAGCTTTGATGAGGCGTTTCTCAAAGATGCTTTGCTGGAAAGAATAAAAGACGATTCTCCAGAAGTTGTGCTGTCTGCGCTTAAAGCCTTGCAGCATCACATGGGCCTAATGGATGTAGAGGACACCGTTTCCAGTTTGATTTCACTTCTTCATCGCATCAAACCATCAGCCGATTGGTGTCCAGTGCTAAAAGAGGCTGTGCGCGTTCTTGATGACCCACGCATTATTGAGGGTAACCCAGATCTTAAGGCTTACATTAGTTGGGAGCTTTTACCCTTCCTGGTGATGACGAGAGCTGCACCTGAATGTGTGGAGCTGCAGATGACGTCTGCCATTACTGAAACCACTCTGATCTCCCAGCATCCTCTGACCCAGGGCTGGGCCAAAGTGCTGAAGGCTGTTCTGGCTAAAACCTCTGAGTCGGATCTGCTTGGTGTGGCGAACGAAATGCTCACAACAACTCTGATCAAGAACTTGGCTAACATGGATCACGCAACCAAACGCAACACTCTGGAGAACGTGTGTGATATCCTGAGCCGTCAGGGCAGTAGTGTGCGGGACAGAGCAGCGTTTGTGGTGTTTAGTTCTGCTCTGCTTCAGAGTCTGCAGTCCATGACGGAGAGCCAGCACCTCCACACCGCACAGAGTGTGTATAAACTACTGGAGCCTTTACTGCTGCAGGCATACACCATCCAGCCTGAACAGGTGTCTGATCAGCCCGCAGATGAGTGTCTGCCAGTCTGTGTAGCTTTGGGTGAGTTTCTGCAGAAAATCAGCTGTGGTTTGAGTGCAGAGCAAGAACAAGGCCTTCTTCTGCTTTCTCTTCTGCGGCTTTTCATCACGACCCTCAAATGTCCAGATTCTACATTTAAAGGTGAGCCATGGTGGAACCCAGAGAAAATGGAGACTACTACATGCTGTTACCTGCGTCTCCTCTGTCGTCTGTTTGATGTGGTGATATCAGGGGCCAGTCAGGGGCCCTTGGCTCCCTGCTTCAGGAGCCTAATGCAGCCTCTATTACAGGTGCACCTGAATGAGCCGATGGTCCTGTTTAAGTTTCTGTCTCTGTCATGGGGCTACAACAGCAATTTAGGCGATCAGTTGGATTGTCGAGTCAGTGCCATTCTTCAGACTCAGGCTCTTTATGTGGGAAAGGCTTTTCTGTCCAGCCAGCCTGTAAAAACCCTCAACCTGCTGGCGTCAGATTCCTCACCAGTGGTGCCGTCTCTGCTGGTGTGTGTATGTTCAGGCGTGTGTGAAGTTCGTAGAGCTGCCATCGCTGTGCTCCAGTGTCTCTCTGGGCTTGTTTCTTCACCGTATCATCCGCTTGTGGAGAAACTCCTCAAATCATCAGAGGAGATCATCGCTGACTCCTCATATCTTACCCAAGCATTGTCCAAGTTCTACGAGGAGGCCGTTTCACGGAAAGATAAGAATAAAAAGTTGGCATCAGTTGAGCAGCTCCTTCAGTGTTTACAGTCTCCCTTCTGTCCTTCCTACACCTCCAAAACACTTCTGCGGGCTCTTCAGGATGTTCACGGAGAGCCTGTTTTGTCTGTTCTTCTTCCTGCTGTGGAGCGCCTTCTTGAACAGTGTGCTCCAGACTCTTGCACCTTCCTGCCAGACGAGGCTCTTCTTCTGCAGCTCTTGTTGAGCAAGTTCAGTGAGATGTCGGCACCTTTACTGGTCAAAGATCCTCGATGCCTTGAGGTCTTCATTAGAGCACTCCACACCTCAGCCAGGCCATACCCTACTATCCCCAGCTTCCAGATTACTGCCCTGGAGCAGATTACCAAGCCGTTCTTCACTGCTATTGGAGATGAAAAGATTCAACAGAAGATTCTTTCGATTTTGTTTGACCTGCTTGTTGGGAATAAAAGCCCTGCCTGCGCCCAAAGTATCAACAGTGTCTTTAAAACGATTGCAGTGGATTGCGAGCTTGTGGCCAATGAGCTGATTCCTGCCGATAAACAAAGAGTTACTGCAACAGTTCAACAAACGCGCAGAAGTAAAATGAGAAAAACACAAGACACATCTGGGGCAGTGCCAGAGGAGAGTGTTGTTTCTTGGCCAAGGGTGACGCTAATTTTAGAGCTGCTTCAACACAAGAAGAAACTTAAGAGGGCTCAGTATCTAGTGCCCGCTCTGTTTAATTTGCTCTCAAGGTGTCTGGAACCTGCTGCTGCTGAACAGGAGAATATAGAGTACACAAAACAGCTCATCCTCATCTGCCTGTTGAATGTCTGTCAGAAACTGTCTCCAGAGGGAGGGCCAATCAGCAAAGATGTGCTGGAGGAGGATAAGTTTAATATGGAGCTGGTCGTTCAGTGTGTCAGGGTGTCAGAAATGCCCCAAACTCACCATCATGCTCTGCTTCTGCTCGGGGCTCTGGCCGGCATCTTCCCTGAGAAGGTTCTTCACAACATCATGCCCATCTTCACTTTCATGGGAGCCAACATCATGCGCTTGGATGATACTTACAGCTTCCAGGTCATCAACAAGACTGTTCAGGCTGTCATCCCTGCTCTGATAAAGGCCCATGAGGGAGGAAGTTCTCAGTCTGAGGGTCATATGGAGACTGTGGTAGCCCAGATCATACATGTGTTTGTTGATGCTCTTCCTCATGTGCCCGAGCACAGACGGTTACCCATCCTCAGCCAGCTGATGAGCACACTGGGCCCGTCCCGCTTCCTCTGGGTGCTGATGCTGCTCCTGTTCAAGCAGCATGTCACACAAACATCTGCTGGTGCGACGGGGGCTGAAAAGGAGGCTGTTGTGGAGAGAGATCAAGACTTCTGGATTTTGGTGTGTTGTGAGTTTGAGGTGAAGGAGCAGCTGACTTCCCTTATCAAAATCCTGCAGTATCTCATGACTCTACCACAAGATAGAGAAGAAGCACCAGAGAAAAAGAAACCCCGTGGAAGAAGTGCCGTGAAGAAAGATGAAACAGTCTCTGATCTGATATTCAGTGTGGAAACTCACAGTGGCAAAGACCTCCGCCATTTTAAATTCATCTCCATCTCCTTCATGGCTCAGCTGCTGGCCTCTGACGGATTCGTTGGGAAGGTGGCTGACTGTGAAGACATTACAGAGAGTACCTTACAGGCTCTTCAGCAAGATTTGTTGGTGGAGGTTCTGCGCTACATTCAGGCAGTTGCTCGATGTGTCGAGGATAATGCAGATAAGCCAACAGCTAAGTTCTGGAGAGCCCTCCTAAGCAAGTCCTATGACACCCTGGACAAGGTCAATGCCCTTCTACCAATGGATACGTTTATTACGGTAATGAGAGGCTTGGTGGGTAATCAGTTGGCATCAGTAAGAAGGAAGGCGATGGAGTTACTCAATAACAAACTACAACAGAGGACGAAGTGGCTGAAGGAACAGATCACTGCTCTTCTTGAGCTCATTGGCACTCTTCTGAGCATCGTGGGTCGCAGTCATCGTCAGGTCACGGCCCAGGAAGAAGAAGAGCTGGCCATCAATCGACAGACGGCCCTTTACAGCCTCAAGCTTCTGTGCCGAAATTTCGGCTCTGATCACAAGGAGGAGTTTGTACCAGTGCTGAATAAAGCGGTGGAGCTGGTTGCTGATAAAGACGAGGAGAAGAATGTCATGGGAAGTGCTCTGCTGTGTGTAGCGGAAGTTACCAGCACTCTGAAAGCGCTTGCTATACCACAGTTACACAGGCTGATGCCCGCTGTGCTGGACACTCTTAAGGAAAGGAAGGACCTGCTAAACAATGAAATCTACCTACTGAGCGCCGTCACAGCTCTACAGCGGGCATCTGAGACTCTGCCACACTTCATCAGCCCATACCTGCTGGACACCATCTTACAGGTCACCCGTTTAACTCTGCTGGCCAGGCGACTGACATCTTGCCCTCAGTTATCTGTACGCCTGGCCTCTCTCAGCTCCACTCTCGCCACAAAACTTCCTCCCAGGGTCCTCATTCCTACCATCACTAAATGCTACTGCAGCATGGTGGATGCTCAGCAGAATCGTCTCAGTCCTCTGATGAACATCCTGAAGGAACATATCAGCCACATGGACAAAGACCAACTCAATAACCACCAATCAGAGCTCACTTCCTTCTTCCTGTCTGCGCTTGATTTCCGTGCTCAGCATTGCCAGGGCGATCTGAAGAAGACTGCTGAGATCGAAGGCTGCGTGATCGACTGTCTGCTAGTGATGATTATGAAACTTTCAGAAGTCACTTTCAGGCCTCTTTTCTTCAAGTTGTTTGACTGGTCAAAGATTGACGGTGCTTCTAAAGATCGCCTGCTGACCTTCTACAGACTTGCAGATCGTATCGCAGACAAACTCAAAGGACTATTTGTGTTGTTTGCTGGCCAGCTGGTCAAACCCTTTTCCGATCTGCTGCATCAGCTCAACATTTCCCACACAGACAAAGCCTTCTTTGACTCCGAGGATGAGAGTGATGATGATTCAGATGAGGAGGCTGATGATAATGTGACAAAGAGCAGCCTTTTGCTACAGTATGTGTTGGACTGCCTTCACAAGATCTTCCTCTATGATACTCAGCACTTCCTCAGTAAGGAAAGAGCTGATGCCCTTTTGTGTCCTCTGGTGGATCAGTTGGAGAACATGCTAGGAGGAGAGGAGACCTACAAGAGCCGCATTACCACACACTTGGTGCCTTGCATTGCTCAGTTTGCTGTTGCCATGAGAGACGACTCGCAGTGGAAAGTTCTCAATTATCAGATTCTGCTCAAGACACGACACAGTTCACCAAAGGTTCGTTTCTCTGCGCTTGTCATGTTGCTGGAGTTGGCAGGCAAGCTGAGGGAGAACTACATGGTTCTTCTGCCAGAGACCATCCCATTCCTGGCCGAGCTCATGGAGGATGAATGCGAAGAAGTTGAGCACCAGGTTCAGAAGGTCATTCAAGAAATGGAGACTATCCTCGGTGAACCTCTGCAGAGCTACTTTTAATGCCACCTGATGCAACTACAGTGTATTTGTTATCCTTACATAACTGATGAGCTGTCATGCTGAAACATGCGTCAGTCTGTCCACCATCTTGTCCTGCACATCCGAACACTTGACTGATTGGCAGCTTGACCAGTCCTGCCTACCTATGTGTCTATGCATATGTATATGAAGAAAATGACTGGATGCCCCGCCCTTTATATGAAAGCAACGCATGGGATTAGTATATGTGTCAGATGTTTTTAAAAAATGTTTTATGGCATTGAATGATGTTTTGTAATGCACACTGATGTATTTCTGTGGAAACTGCATATCATAAAAAGAATAATCTGGGGGAAAAAAAAAAAAAAAAAAAA | |
| Amino acid sequence: | Length=2159bp |
| BlastP NCBI nr
MTSLAHQLKRLALPQNDSSLLGRKEVVSVLFDPKDAASMDRSTFHALGCTGLEELMGIDAAFSEFQETLFSQGSLTLERSVQSKEVNKKLDKSISLFLTRLSPYFLLKPALKCIEWLLHRFHIHLYNQDSLIACVLPYHETKVFVRVIQLFKIEDPTHKWHWLHGIQKPGVPLARGTLLTHCYKDLGFMDFVCSMVTNSVKAYSELTRDGNCPQLRVIFSFYASTIVSALDAVEKITNSIIAKLLPFVQLGLKSNLSDYTAATYMIVCQMAVKVVMEAQLVDSLSVQLSRSLGRTPQLIREGLSCIIILLQNQKKGVIGQKTYGYLCAVPTLVSTLQSISTVHDISPLLSYLLPHLIHSVMTQNDEQQNEGLSDSTGLLQSVFQNLQLSSNLENTAAKLLLEEYVVCGNELPSDGISALNQRIQPTVRLFESRYPCALDMALENHVKNVSSDNEKNLLHQFISLTLSCGKYQILPESETSLMLSLNHPLPSVRNMAVDYLKEILNSEHNSFDEAFLKDALLERIKDDSPEVVLSALKALQHHMGLMDVEDTVSSLISLLHRIKPSADWCPVLKEAVRVLDDPRIIEGNPDLKAYISWELLPFLVMTRAAPECVELQMTSAITETTLISQHPLTQGWAKVLKAVLAKTSESDLLGVANEMLTTTLIKNLANMDHATKRNTLENVCDILSRQGSSVRDRAAFVVFSSALLQSLQSMTESQHLHTAQSVYKLLEPLLLQAYTIQPEQVSDQPADECLPVCVALGEFLQKISCGLSAEQEQGLLLLSLLRLFITTLKCPDSTFKGEPWWNPEKMETTTCCYLRLLCRLFDVVISGASQGPLAPCFRSLMQPLLQVHLNEPMVLFKFLSLSWGYNSNLGDQLDCRVSAILQTQALYVGKAFLSSQPVKTLNLLASDSSPVVPSLLVCVCSGVCEVRRAAIAVLQCLSGLVSSPYHPLVEKLLKSSEEIIADSSYLTQALSKFYEEAVSRKDKNKKLASVEQLLQCLQSPFCPSYTSKTLLRALQDVHGEPVLSVLLPAVERLLEQCAPDSCTFLPDEALLLQLLLSKFSEMSAPLLVKDPRCLEVFIRALHTSARPYPTIPSFQITALEQITKPFFTAIGDEKIQQKILSILFDLLVGNKSPACAQSINSVFKTIAVDCELVANELIPADKQRVTATVQQTRRSKMRKTQDTSGAVPEESVVSWPRVTLILELLQHKKKLKRAQYLVPALFNLLSRCLEPAAAEQENIEYTKQLILICLLNVCQKLSPEGGPISKDVLEEDKFNMELVVQCVRVSEMPQTHHHALLLLGALAGIFPEKVLHNIMPIFTFMGANIMRLDDTYSFQVINKTVQAVIPALIKAHEGGSSQSEGHMETVVAQIIHVFVDALPHVPEHRRLPILSQLMSTLGPSRFLWVLMLLLFKQHVTQTSAGATGAEKEAVVERDQDFWILVCCEFEVKEQLTSLIKILQYLMTLPQDREEAPEKKKPRGRSAVKKDETVSDLIFSVETHSGKDLRHFKFISISFMAQLLASDGFVGKVADCEDITESTLQALQQDLLVEVLRYIQAVARCVEDNADKPTAKFWRALLSKSYDTLDKVNALLPMDTFITVMRGLVGNQLASVRRKAMELLNNKLQQRTKWLKEQITALLELIGTLLSIVGRSHRQVTAQEEEELAINRQTALYSLKLLCRNFGSDHKEEFVPVLNKAVELVADKDEEKNVMGSALLCVAEVTSTLKALAIPQLHRLMPAVLDTLKERKDLLNNEIYLLSAVTALQRASETLPHFISPYLLDTILQVTRLTLLARRLTSCPQLSVRLASLSSTLATKLPPRVLIPTITKCYCSMVDAQQNRLSPLMNILKEHISHMDKDQLNNHQSELTSFFLSALDFRAQHCQGDLKKTAEIEGCVIDCLLVMIMKLSEVTFRPLFFKLFDWSKIDGASKDRLLTFYRLADRIADKLKGLFVLFAGQLVKPFSDLLHQLNISHTDKAFFDSEDESDDDSDEEADDNVTKSSLLLQYVLDCLHKIFLYDTQHFLSKERADALLCPLVDQLENMLGGEETYKSRITTHLVPCIAQFAVAMRDDSQWKVLNYQILLKTRHSSPKVRFSALVMLLELAGKLRENYMVLLPETIPFLAELMEDECEEVEHQVQKVIQEMETILGEPLQSYF | |