Gene Details:
- Gene ID: Solyc05g010660.3
- Suggest Gene Name: MALE GAMETOPHYTE DEFECTIVE 3, RPOTM
- Description: putative flowering gene
- Species: Solanum lycopersicum
- Source: Putative flowering gene from PlantCFG
Protein Features:
Functional Descriptions:
- MGP3 (male gametophyte-defective 3) belongs to a small family of nuclear-encoded Phage type RNA polymerases (RPOTs) involved in the transcription of mitochondrial genes in Arabidopsis thaliana. Mutation in MGP 3 significantly retarded pollen tube growth and caused defective embryo development.
Homologous
- Arabidopsis thaliana — AT1G68990
Sequences:
CDS Sequence
- >Solyc05g010660.3
ATGGCCCCTGTAGTAAGCAGGAGTTTGACTTCTTCACCTATGGCTTCAGTGCCTTACAGTCCATCTTTTGTATTGGGGAGTGGTAGTACCAATAGGGTCTGTCTTAAAACTACTTTCTTGCCTAGGAATAATATCAAGAATGGATTTTTACAATCTGGGTTGAGGTGGAAACAGGATAAAAGAGATGTTGGAGTAGTGGTTAGGTGTGAGGCTTCTGCTGTAGCTGAAAAAGAAGCTTCTGAGACATCTGGGGAGACCCATGAATATCAGGCTGAGGTCAGTCGCCTAATGGACTTGATTGTTCACAGTCTATACAGTCACAAGGAGGTTTTCTTGCGAGAGCTTGTGAGGGTTAATTTTTTCCCAAATGCACTTGTTGAAGTCTTCATGATGCTTGGTAATTGTCTTATAGAATATCCTCTTTCCCTTTATGTTGTATTGCTAACTTCAGATTCTTCTTTGGACAGTAATGCTAGTGATGCCCTTGATAAGTTGAGATTTCTGAGTTTGACGGAGCCCTCTTTACTTGGAGATTCTAGTGAGCTAGAGATTCGCATCAAACCTGATCCAGACAATGGGACTGTTACTATAACGGATACTGGTATTGGAATGACAAAAGAAGAGCTCATAGACTGTCTTGGGACTATTGCCCAAAGTGGTACCTCAAAATTCTTGAAGGCACTTAAGGAAAACAAAGACCTGGGAGCTGACAATGGATTGATTGGTCAATTTGGTGTTGGTTTCTATTCTGCATTTCTTGTTGCGCAAAAGGTTGTAGTTTCCACGAAGAGCCCAAGGTCAGATAAACAGTTTGTTTGGGAGGCGGAGGCTGACAGTAGCTCATATGTCATCAGAGAGGAAACTAATCCTGAAAATCTTCTAACTCGAGGAACACAAATTACACTTTATTTGAGGGATGATGACAAATACGAGTATTGTGAGCCGAAGAAGATCCAAGATTTGGTGAAGAATTATTCACAGTTTGTATCTTTTCCAATTTACACGTGGCAGGAGAAATCAAGAACAATTGAGGAAGAGAAGAAAATGACAAAGAAGACCAAAACTGAGAAGTACTTTGATTGGGAGTTGACAAATGAGACAAAACCTATCTGGGGTGAGGTGGAGTTTAGAAGTGTCTTGTATATACCTGGAATGGCTCCTCTTAACAATGAAGATGTCGTAAATCCCAAGACAAAGAACATACGTTTGTATGTGAAACGTGTCTTTATTTCTGATGATTTTGATGGGGAGTTGAATAAAGTAATGAGATTTGTGTTAAGTGGTAGACAAAGAGAATGCATAGTTTTACATCCCAGCTTTAAGCAATACAAATTTAAATTGATGCCCAAGTGGCTTTGGGTGCCAGTTAAAGTGCAGTGCCCTTTTTTCCCAAATCAGCTGATGCTAGTTCTATGCATTTCAGTTTCCGAGGTTCGGATAATGAGAAAGAGACTAGTGAGAAAAACATTCGACATGATTCAGGATCTCTCTGAGAGTGAGAACAAGGAGGATTACAAAAAATTCTGGGAGAACTTCGGAAAATTTGTTAAGTTGGGATGTATTGAAGACACTGGTAATCACAAGCGGATAACCCCATTACTGAGATTCTTTTCTTCCAAAAGTGAAGAAGAATTGATAAGCTTAGATGACTATGTTGAGAACATGGGCGAAAATCAGAAAGCCATTTACTATTTGGCCACTGATAGCTTACAGAGTGCCAGGACTGCTCCTTTCTTGGAGAAGTTGGTCCAGAAGGGTATTGAGGTGTTGTACCTCGTTGAACCAATAGATGAGGTGGCTATCCAGAATTTACAAACATACAAGGAAAAGAAGTTTGTTGACATTAGCAAAGAGGACCTGGAGCTTGATGATGATGATGAGGTGAAAGACAGGGAAGCCAAGCAAGAGTACAATCTTCTATGTGATTGGATAAAACAACAGTTGGGTGATAAGGTGGCAAAAGTACAAGTTTCAAAGCGTTTAAGCTCATCACCATGTGTGCTTGTATCTGGAAAGTTCGGTTGGTCAGCCAACATGGAAAGATTGATGAGAGCACAAACCTTGGGAGACACTTCAACCCTGGAATTTATGAGAGGGAGAAGAATATTGGAGGTTAATCCCGATCATCCAATCATCAAAGACCTAAATGCTGCATGCAGAAAATCACCCGATAGTTCTGACGCCAAGCGGGCTGTGGAACTGTTGTTTGACACCGCATTGATCTCCAGTGGATTTACTCCTGATAGTCCCGCTGAGTTGGGTGGCAAGATCTACGAGATGATGGCAATGGCTCTTGGAGGAAGATGGGGACGATTCGAGGAAGAAGAGACAGAGGCATCAGAAGAAACATCAATTGAGTCAGATGCAAGCTCTGCTGAAGTGGTAGAGCCACAAGTCGTCGAGCCATCTGATTTTCCAACAAAAGATCCACTGAATATGTGGAGATACATATCAAAACAAGTTTATTCAAGAAAATTGAGGAATACCCATGATTCAGATTTTCTTGGTTTTGCTCAGTCTTTTAGAAAGACCAGACCTTTACAAGGTTTGTGTGAAGAAGGTTATAGAAATCCCAACTTGGGTGTGTCTCAAAGTTCAATCTTTTCTAGAGTTAATGGTAAAAGTAGGTGTTTAGATGGGATGTGTGAAGATAGTTGTAGGAATCACTACTTGGGTTTTTCTGAGAGTTCAATATTTTCTAGAGTTAAAGGAGATTTTCGAGTTTGTGGATCTTTAGGAGTTTTGAGGAGTTATGGTAGTGCTGCAGAGGCTATTGCTTCTACATCTGAAGAAGATATTGATGAAATTCAAGAATTAATTGAGGAAATGAACAAAGAAAATGAGGCTTTGAAGACCAATTTGCAGCCAAAGCAGCCGAAAACTGTAGGTGGGATGGGGATTGGGAAGTATAATTTGCTTAGGAGAAGACAGATTAAGGTAGAAACTGAAGCATGGGAAGATGCGGCTAAGGAGTATCAGGAGTTGCTGATGGATATGTGTGAGCAAAAGCTGGCACCAAACTTGCCGTATATTAAATCTTTGTTCTTGGGTTGGTTTGAGCCATTGAAGGATGCCATAGCTGCTGAACAGAAGTTGTGCGATGAAGGTAAGAACCGCGGGGCTTATGCACCCTTCTTTGATCAGTTGCCTGCTGAAATGATGGCTGTGATTACAATGCACAAGTTGATGGGGTTGCTAATGACGGGTGGAGGAAGTGGTAGTGCTAGAGTGGTGCAAGCTGCTTCCCACATTGGTGAAGCAATTGAGCACGAGGCCAGAATACATAGATTTTTGGAGAAGACCAAGAAAAATGCATTGGATGGGTCCTTGGAAGAAACAGCTGGTGATATTATGAAAGAAAGAGAGAGGCTGAGGAAAAAAGTAAAAATCTTGATGAAGAAACAGAAGCTGCAGCAGGTTAGAAAAATTGTGAAGCAGCAAGATGATGAAAAACCTTGGGGCCAGGACAACCTTGTCAAGGTTGGCTGCAGATTGATTCAGATATTAATAGAAACCGCCTATATACAGCCTCCAAATGACCAGTTAGAGGATTGTCCCCCAGATATTCGCCCAGCATTTATGCACACCCTCAAAACTGTAGATACAGTGAAAGGTAGCAGAAGATATGGTGTGATTCAATGTGATCCACTTGTTCGTAAAGGCTTGGATAAAACTGCTAGACATATGGTGATTCCATATATGCCGATGCTGGTTCCTCCACAGAATTGGTCAGGGTTAGTATGCAGATCTTCTCTTGTATTCCAGTATGACAGAGGTGCATACTTATTTTTACCATCATACATTATGCGGACACATGGAGCAAAACAGCAGCGTGAAGCAGTTAAAAGAGTTCCAAAGAAGCAGTTGGAACCTGTATTCCAGGCACTTGACACTCTTGGTAATACCAAATGGAGGGTGAATAAAAGGGTACTTGGCATATTAGACAGAATATGGGCTAGTGGAGGCCGTCTTGCTGATTTAGTCGACAGGGAAGATGTACCTTTACCAGAAGAGCCAGACACCGAAAATGAAGAAGAAATCAAGAAATGGAAGTGGAAAGTTAAAGCTGCAAAAAAAGAGAACTGCGAGAGGCATTCTCAGCGGTGTGATATTGAACTCAAATTAGCTGTTGCGCGGAAAATGAAGGATGAAGAGGGTTTTTATTATCCACATAACCTTGATTTTCGTGGTCGTGCATACCCCATGCACCCGTATTTGAACCATCTTGGTTCTGATTTATGCCGTGGCATCCTCGAATTCTCTGAGGGGCGCCCACTTGGAAAGTCTGGTTTACGCTGGCTGAAGATACATCTAGCAAATGTATATGGTGGTGGTGTTGATAAGTTATCATGTGAAGGTCGTGCAGCATTCAGTGAAAACCATGTGGAGGATATTTTTGACTCTGCAGACAGGCCACTGGAAGGAAGGCGTTGGTGGTTGGGGGCGGAAGATCCCTTTCAATGCTTAGCAACATGTATTAGTATATCTGAAGCATTGAGAAGCCCTTCTCCAGAGACCTCTATATCTCATATGCCCATTCACCAGGATGGGTCGTGCAATGGGCTACAACATTATGCTGCCCTTGGAAGGGATAAGTTAGGAGCAGCTGCAGTCAATCTTGTTGCTGGAGACAAGCCTGCTGATGTATACTCTGGAATTGCTGCTCGAGTTCTTGATATTATGAAGAGAGATGCAGATAAAGATCCTGCAACTGATCCAAATGTGATGCGTGCCAGGCTGTTAATCAACCAGGTGGACAGAAAGTTGGTCAAGCAAACAGTGATGACATCAGTGTACGGTGTCACGTATATTGGTGCTCGTGACCAAATTAAGAGAAGATTGAAGGAGCGTGGTGCCATTGAAGATGATAATGAGTTGTTTGCAGCAGCGTGTTATGCGGCAAAAACCACCTTGACTGCCTTAGGAGAGATGTTTGAAGCAGCCAGAAGTATCATGAGTTGGCTTGGAGATTGTGCAAAGATTATAGCCATGGAAAACCAGCCTGTACGATGGACTACTCCACTTGGACTTCCTGTTGTGCAACCTTACCGCAAATTAGGAAGGCATCTTGTAATGGTTAAGCGACAGAGAACAGCATTTCCTCCAAATTTTGTTCACTCTCTTGATGGTTCCCACATGATGATGACTGCCATTGCCTGCAAAGAAGCTGGCTTAAGTTTTGCAGGAGTGCATGATTCATACTGGACACATGCATCTGATGTTGACCAAATGAACAAGATTTTGAGAGAAAAATTTGTTGAACTCTACGACGCACCCATACTGGAAAATTTATTGGAGAGTTTTCAGCAGTCGTTCCCTGACTTGCAGTTCCCCCCGTTACCGGAGCGGGGTGATTTCGATCTAAGAGAAGTTCTTGAATCTCCCTATTTTTTCAACTAG
Protein Sequence
- >Solyc05g010660.3
MAPVVSRSLTSSPMASVPYSPSFVLGSGSTNRVCLKTTFLPRNNIKNGFLQSGLRWKQDKRDVGVVVRCEASAVAEKEASETSGETHEYQAEVSRLMDLIVHSLYSHKEVFLRELVRVNFFPNALVEVFMMLGNCLIEYPLSLYVVLLTSDSSLDSNASDALDKLRFLSLTEPSLLGDSSELEIRIKPDPDNGTVTITDTGIGMTKEELIDCLGTIAQSGTSKFLKALKENKDLGADNGLIGQFGVGFYSAFLVAQKVVVSTKSPRSDKQFVWEAEADSSSYVIREETNPENLLTRGTQITLYLRDDDKYEYCEPKKIQDLVKNYSQFVSFPIYTWQEKSRTIEEEKKMTKKTKTEKYFDWELTNETKPIWGEVEFRSVLYIPGMAPLNNEDVVNPKTKNIRLYVKRVFISDDFDGELNKVMRFVLSGRQRECIVLHPSFKQYKFKLMPKWLWVPVKVQCPFFPNQLMLVLCISVSEVRIMRKRLVRKTFDMIQDLSESENKEDYKKFWENFGKFVKLGCIEDTGNHKRITPLLRFFSSKSEEELISLDDYVENMGENQKAIYYLATDSLQSARTAPFLEKLVQKGIEVLYLVEPIDEVAIQNLQTYKEKKFVDISKEDLELDDDDEVKDREAKQEYNLLCDWIKQQLGDKVAKVQVSKRLSSSPCVLVSGKFGWSANMERLMRAQTLGDTSTLEFMRGRRILEVNPDHPIIKDLNAACRKSPDSSDAKRAVELLFDTALISSGFTPDSPAELGGKIYEMMAMALGGRWGRFEEEETEASEETSIESDASSAEVVEPQVVEPSDFPTKDPLNMWRYISKQVYSRKLRNTHDSDFLGFAQSFRKTRPLQGLCEEGYRNPNLGVSQSSIFSRVNGKSRCLDGMCEDSCRNHYLGFSESSIFSRVKGDFRVCGSLGVLRSYGSAAEAIASTSEEDIDEIQELIEEMNKENEALKTNLQPKQPKTVGGMGIGKYNLLRRRQIKVETEAWEDAAKEYQELLMDMCEQKLAPNLPYIKSLFLGWFEPLKDAIAAEQKLCDEGKNRGAYAPFFDQLPAEMMAVITMHKLMGLLMTGGGSGSARVVQAASHIGEAIEHEARIHRFLEKTKKNALDGSLEETAGDIMKERERLRKKVKILMKKQKLQQVRKIVKQQDDEKPWGQDNLVKVGCRLIQILIETAYIQPPNDQLEDCPPDIRPAFMHTLKTVDTVKGSRRYGVIQCDPLVRKGLDKTARHMVIPYMPMLVPPQNWSGLVCRSSLVFQYDRGAYLFLPSYIMRTHGAKQQREAVKRVPKKQLEPVFQALDTLGNTKWRVNKRVLGILDRIWASGGRLADLVDREDVPLPEEPDTENEEEIKKWKWKVKAAKKENCERHSQRCDIELKLAVARKMKDEEGFYYPHNLDFRGRAYPMHPYLNHLGSDLCRGILEFSEGRPLGKSGLRWLKIHLANVYGGGVDKLSCEGRAAFSENHVEDIFDSADRPLEGRRWWLGAEDPFQCLATCISISEALRSPSPETSISHMPIHQDGSCNGLQHYAALGRDKLGAAAVNLVAGDKPADVYSGIAARVLDIMKRDADKDPATDPNVMRARLLINQVDRKLVKQTVMTSVYGVTYIGARDQIKRRLKERGAIEDDNELFAAACYAAKTTLTALGEMFEAARSIMSWLGDCAKIIAMENQPVRWTTPLGLPVVQPYRKLGRHLVMVKRQRTAFPPNFVHSLDGSHMMMTAIACKEAGLSFAGVHDSYWTHASDVDQMNKILREKFVELYDAPILENLLESFQQSFPDLQFPPLPERGDFDLREVLESPYFFN