Gypsy1 transposon is active in the microspores when tapetal small RNAs are absent. (IMAGE)

John Innes Centre

Gypsy1 transposon is active in the microspores when tapetal small RNAs are absent.

Caption

Gypsy1 transposon is active (shown by yellow fluorescence) in the microspores (progenitors of sperm cells) when tapetal small RNAs are absent.

Credit

John Innes Centre

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