A method for analyzing the gene function of the Japanese rhinoceros beetles using electroporation

The Japanese rhinoceros beetle, Trypoxylus dichotomus, is a large insect native to Asia, characterized by the large horn of the male.

A research team led by Professor Teruyuki Niimi at the National Institute for Basic Biology is investigating the molecular mechanism of horn development and is developing various molecular techniques essential for this research.

To date, the team has successfully decoded the whole genome of the Japanese rhinoceros beetle and established a gene function analysis method using RNA interference.

This time, the team reports on the development of a gene function analysis method using electroporation in Trypoxylus dichotomus larvae. The study is published in the journal Scientific Reports.

Professor Niimi commented, “By establishing a method to analyze gene function in specific body regions using electroporation, we can now enhance or suppress gene activity in targeted areas. This advancement is expected to significantly deepen our understanding of how the rhinoceros beetle’s horn forms and evolves.”