AT3G13170

Gene Details

Gene ID: AT3G13170
Gene Symbol: ATSPO11-1, SPO11-1
Gene Name: sporulation 11-1
Description: Spo11/DNA topoisomerase VI, subunit A protein;(source:Araport11)
TAIR Accession:
Genome: Araport11_genome_release
Species: Arabidopsis thaliana

Functional Descriptions

PO:0000037 — shoot axis apex — ápice del epiblasto (epiblastema) (Spanish, exact), シュート頂、茎頂 (Japanese, exact)
PO:0009009 — plant embryo — embrión (Spanish, exact), 植物胚 (Japanese, exact), germ (related), embryo (broad)
PO:0009046 — flower — flor (Spanish, exact), 花 (Japanese, exact), floret (related), Asteraceae floret (narrow), basal flower (narrow), double flower (narrow), hermaphrodite flower (narrow), monoclinous flower (narrow), perfect flower (narrow)
PO:0009052 — inflorescence flower pedicel — 小花柄 (Japanese, related), pedicelo (Spanish, broad)

atcom1-1 atspo11-1-1 — DNA fragmentation was undetectable in most cells.
atspo11-1-1 — 11% of mutant pollen grains germinated compared to 97% for wild type.
atspo11-1-1 — Mutant produced a large proportion of dead pollen grains compared to wild type.
atspo11-1-1 — Only 3% of the ovules in the mutant showed differentiated female gametophytes. 74% of the fully developed ovules had no embryo sac.
atspo11-1-1 — Overall morphology similar to that of wild type exception made of the seed production.
atspo11-1-1 — The mutant exhibits a substantial reduction in recombination such that the chiasma frequency at metaphase I was &
atspo11-1-2 — 11% of mutant pollen grains germinated compared to 97% for wild type.
atspo11-1-2 — Mutant produced a large proportion of dead pollen grains compared to wild type.
atspo11-1-2 — Only 3% of the ovules in the mutant showed differentiated female gametophytes. 74% of the fully developed ovules had no embryo sac.
atspo11-1-2 — Overall morphology similar to that of wild type exception made of the seed production.
atspo11-1-3 — A 2-h pulse of cisplatin at increasing concentrations was found to restore bivalent formation in Atspo11-1-3 meiocytes.
atspo11-1-3 — The reduction in seed-set in the Atspo11-1-3 allele is more severe than in Atspo11-1-1.
atspo11-1-3 — Total lack of chiasmata.
spo11-1-3 spo-2-3 — The first meiotic division of pollen mother cells because the homologs neither pair nor form SCs due to the lack of initial DSB formation

Functional Keywords

Literature and News

Gene Resources

Homologs

Sequences

cDNA Sequence

>AT3G13170.3
ATGGAGGGAAAATTCGCTATTTCAGAATCGACTAATTTGCTTCAAAGGATCAAAGATTTTACTCAATCGGTCGTTGTAGATCTGGCTGAAGGAAGATCTCCAAAAATTTCCATCAATCAATTCAGGAACTATTGCATGAATCCAGAAGCTGATTGCTTATGCAGCTCTGATAAACCAAAGGGTCAGGAAATTTTCACTCTTAAGAAGGAACCACAAACCTACAGAATCGATATGTTGCTAAGAGTATTGTTGATAGTCCAACAACTTCTGCAAGAAAATAGACATGCTTCGAAAAGAGATATCTACTACATGCATCCATCAGCTTTCAAAGCACAATCCATTGTGGACCGTGCAATTGGTGATATATGCATTCTTTTTCAGTGTAGTCGGTACAACTTGAATGTGGTTTCTGTTGGAAACGGGTTGGTGATGGGTTGGTTAAAATTTAGGGAAGCTGGAAGGAAATTTGATTGTTTAAACAGCTTGAACACTGCATATCCCGTTCCTGTTCTTGTAGAGGAAGTCGAAGATATTGTTAGCTTAGCTGAGTACATACTGGTTGTGGAAAAAGAAACAGTATTCCAGCGTTTAGCAAATGACATGTTTTGCAAGACGAACCGCTGCATTGTTATCACAGGAAGAGGATATCCAGATGTCTCAACAAGAAGGTTCTTGCGACTCCTGATGGAGAAGTTGCATCTACCTGTGCATTGTCTAGTCGACTGTGATCCATATGGCTTTGAGATCCTAGCCACATACCGTTTTGGCTCCATGGTTAGATTCTGTTACAAAATATAGATGACTGAACTCGGAAAATTTCACCGCTTGCATTGTTTTTGTTGATAGTGATAATGTGATATGGCAC
>AT3G13170.2
ATGGAGGGAAAATTCGCTATTTCAGAATCGACTAATTTGCTTCAAAGGATCAAAGATTTTACTCAATCGGTCGTTGTAGATCTGGCTGAAGGAAGATCTCCAAAAATTTCCATCAATCAATTCAGGAACTATTGCATGAATCCAGAAGCTGATTGCTTATGCAGCTCTGATAAACCAAAGGGTCAGGAAATTTTCACTCTTAAGAAGGAACCACAAACCTACAGAATCGATATGTTGCTAAGAGTATTGTTGATAGTCCAACAACTTCTGCAAGAAAATAGACATGCTTCGAAAAGAGATATCTACTACATGCATCCATCAGCTTTCAAAGCACAATCCATTGTGGACCGTGCAATTGGTGATATATGCATTCTTTTTCAGTGTAGTCGGTACAACTTGAATGTGGTTTCTGTTGGAAACGGGTTGGTGATGGGTTGGTTAAAATTTAGGGAAGCTGGAAGGAAATTTGATTGTTTAAACAGCTTGAACACTGCATATCCCGTTCCTGTTCTTGTAGAGGAAGTCGAAGATATTGTTAGCTTAGCTGAGTACATACTGGTTGTGGAAAAAGAAACAGTATTCCAGCGTTTAGCAAATGACATGTTTTGCAAGACGAACCGCTGCATTGTTATCACAGGAAGAGGATATCCAGATGTCTCAACAAGAAGGTTCTTGCGACTCCTGATGGAGAAGTTGCATCTACCTGTGCATTGTCTAGTCGACTGTGATCCATATGGCTTTGAGATCCTAGCCACATACCGTTTTGGCTCCATGGTTAGATTCTGTTACAAAATATAGATGACTGAACTCGGAAAATTTCACCGCTTGCATTGTTTTTGTTGATAGTGATAATGTGATATGGCAC
>AT3G13170.1
ATGGAGGGAAAATTCGCTATTTCAGAATCGACTAATTTGCTTCAAAGGATCAAAGATTTTACTCAATCGGTCGTTGTAGATCTGGCTGAAGGAAGATCTCCAAAAATTTCCATCAATCAATTCAGGAACTATTGCATGAATCCAGAAGCTGATTGCTTATGCAGCTCTGATAAACCAAAGGGTCAGGAAATTTTCACTCTTAAGAAGGAACCACAAACCTACAGAATCGATATGTTGCTAAGAGTATTGTTGATAGTCCAACAACTTCTGCAAGAAAATAGACATGCTTCGAAAAGAGATATCTACTACATGCATCCATCAGCTTTCAAAGCACAATCCATTGTGGACCGTGCAATTGGTGATATATGCATTCTTTTTCAGTGTAGTCGGTACAACTTGAATGTGGTTTCTGTTGGAAACGGGTTGGTGATGGGTTGGTTAAAATTTAGGGAAGCTGGAAGGAAATTTGATTGTTTAAACAGCTTGAACACTGCATATCCCGTTCCTGTTCTTGTAGAGGAAGTCGAAGATATTGTTAGCTTAGCTGAGTACATACTGGTTGTGGAAAAAGAAACAGTATTCCAGCGTTTAGCAAATGACATGTTTTGCAAGACGAACCGCTGCATTGTTATCACAGGAAGAGGATATCCAGATGTCTCAACAAGAAGGTTCTTGCGACTCCTGATGGAGAAGTTGCATCTACCTGTGCATTGTCTAGTCGACTGTGATCCATATGGCTTTGAGATCCTAGCCACATACCGTTTTGGCTCCATGGTTAGATTCTGTTACAAAATATAGATGACTGAACTCGGAAAATTTCACCGCTTGCATTGTTTTTGTTGATAGTGATAATGTGATATGGCAC

CDS Sequence

>AT3G13170.3
ATGGAGGGAAAATTCGCTATTTCAGAATCGACTAATTTGCTTCAAAGGATCAAAGATTTTACTCAATCGGTCGTTGTAGATCTGGCTGAAGGAAGATCTCCAAAAATTTCCATCAATCAATTCAGGAACTATTGCATGAATCCAGAAGCTGATTGCTTATGCAGCTCTGATAAACCAAAGGGTCAGGAAATTTTCACTCTTAAGAAGGAACCACAAACCTACAGAATCGATATGTTGCTAAGAGTATTGTTGATAGTCCAACAACTTCTGCAAGAAAATAGACATGCTTCGAAAAGAGATATCTACTACATGCATCCATCAGCTTTCAAAGCACAATCCATTGTGGACCGTGCAATTGGTGATATATGCATTCTTTTTCAGTGTAGTCGGTACAACTTGAATGTGGTTTCTGTTGGAAACGGGTTGGTGATGGGTTGGTTAAAATTTAGGGAAGCTGGAAGGAAATTTGATTGTTTAAACAGCTTGAACACTGCATATCCCGTTCCTGTTCTTGTAGAGGAAGTCGAAGATATTGTTAGCTTAGCTGAGTACATACTGGTTGTGGAAAAAGAAACAGTATTCCAGCGTTTAGCAAATGACATGTTTTGCAAGACGAACCGCTGCATTGTTATCACAGGAAGAGGATATCCAGATGTCTCAACAAGAAGGTTCTTGCGACTCCTGATGGAGAAGTTGCATCTACCTGTGCATTGTCTAGTCGACTGTGATCCATATGGCTTTGAGATCCTAGCCACATACCGTTTTGGCTCCATGGTTAGATTCTGTTACAAAATATAG
>AT3G13170.2
ATGGAGGGAAAATTCGCTATTTCAGAATCGACTAATTTGCTTCAAAGGATCAAAGATTTTACTCAATCGGTCGTTGTAGATCTGGCTGAAGGAAGATCTCCAAAAATTTCCATCAATCAATTCAGGAACTATTGCATGAATCCAGAAGCTGATTGCTTATGCAGCTCTGATAAACCAAAGGGTCAGGAAATTTTCACTCTTAAGAAGGAACCACAAACCTACAGAATCGATATGTTGCTAAGAGTATTGTTGATAGTCCAACAACTTCTGCAAGAAAATAGACATGCTTCGAAAAGAGATATCTACTACATGCATCCATCAGCTTTCAAAGCACAATCCATTGTGGACCGTGCAATTGGTGATATATGCATTCTTTTTCAGTGTAGTCGGTACAACTTGAATGTGGTTTCTGTTGGAAACGGGTTGGTGATGGGTTGGTTAAAATTTAGGGAAGCTGGAAGGAAATTTGATTGTTTAAACAGCTTGAACACTGCATATCCCGTTCCTGTTCTTGTAGAGGAAGTCGAAGATATTGTTAGCTTAGCTGAGTACATACTGGTTGTGGAAAAAGAAACAGTATTCCAGCGTTTAGCAAATGACATGTTTTGCAAGACGAACCGCTGCATTGTTATCACAGGAAGAGGATATCCAGATGTCTCAACAAGAAGGTTCTTGCGACTCCTGATGGAGAAGTTGCATCTACCTGTGCATTGTCTAGTCGACTGTGATCCATATGGCTTTGAGATCCTAGCCACATACCGTTTTGGCTCCATGGTTAGATTCTGTTACAAAATATAG
>AT3G13170.1
ATGGAGGGAAAATTCGCTATTTCAGAATCGACTAATTTGCTTCAAAGGATCAAAGATTTTACTCAATCGGTCGTTGTAGATCTGGCTGAAGGAAGATCTCCAAAAATTTCCATCAATCAATTCAGGAACTATTGCATGAATCCAGAAGCTGATTGCTTATGCAGCTCTGATAAACCAAAGGGTCAGGAAATTTTCACTCTTAAGAAGGAACCACAAACCTACAGAATCGATATGTTGCTAAGAGTATTGTTGATAGTCCAACAACTTCTGCAAGAAAATAGACATGCTTCGAAAAGAGATATCTACTACATGCATCCATCAGCTTTCAAAGCACAATCCATTGTGGACCGTGCAATTGGTGATATATGCATTCTTTTTCAGTGTAGTCGGTACAACTTGAATGTGGTTTCTGTTGGAAACGGGTTGGTGATGGGTTGGTTAAAATTTAGGGAAGCTGGAAGGAAATTTGATTGTTTAAACAGCTTGAACACTGCATATCCCGTTCCTGTTCTTGTAGAGGAAGTCGAAGATATTGTTAGCTTAGCTGAGTACATACTGGTTGTGGAAAAAGAAACAGTATTCCAGCGTTTAGCAAATGACATGTTTTGCAAGACGAACCGCTGCATTGTTATCACAGGAAGAGGATATCCAGATGTCTCAACAAGAAGGTTCTTGCGACTCCTGATGGAGAAGTTGCATCTACCTGTGCATTGTCTAGTCGACTGTGATCCATATGGCTTTGAGATCCTAGCCACATACCGTTTTGGCTCCATGGTTAGATTCTGTTACAAAATATAG

Protein Sequence

>AT3G13170.3
MEGKFAISESTNLLQRIKDFTQSVVVDLAEGRSPKISINQFRNYCMNPEADCLCSSDKPKGQEIFTLKKEPQTYRIDMLLRVLLIVQQLLQENRHASKRDIYYMHPSAFKAQSIVDRAIGDICILFQCSRYNLNVVSVGNGLVMGWLKFREAGRKFDCLNSLNTAYPVPVLVEEVEDIVSLAEYILVVEKETVFQRLANDMFCKTNRCIVITGRGYPDVSTRRFLRLLMEKLHLPVHCLVDCDPYGFEILATYRFGSMVRFCYKI
>AT3G13170.2
MEGKFAISESTNLLQRIKDFTQSVVVDLAEGRSPKISINQFRNYCMNPEADCLCSSDKPKGQEIFTLKKEPQTYRIDMLLRVLLIVQQLLQENRHASKRDIYYMHPSAFKAQSIVDRAIGDICILFQCSRYNLNVVSVGNGLVMGWLKFREAGRKFDCLNSLNTAYPVPVLVEEVEDIVSLAEYILVVEKETVFQRLANDMFCKTNRCIVITGRGYPDVSTRRFLRLLMEKLHLPVHCLVDCDPYGFEILATYRFGSMVRFCYKI
>AT3G13170.1
MEGKFAISESTNLLQRIKDFTQSVVVDLAEGRSPKISINQFRNYCMNPEADCLCSSDKPKGQEIFTLKKEPQTYRIDMLLRVLLIVQQLLQENRHASKRDIYYMHPSAFKAQSIVDRAIGDICILFQCSRYNLNVVSVGNGLVMGWLKFREAGRKFDCLNSLNTAYPVPVLVEEVEDIVSLAEYILVVEKETVFQRLANDMFCKTNRCIVITGRGYPDVSTRRFLRLLMEKLHLPVHCLVDCDPYGFEILATYRFGSMVRFCYKI