APA

Mohri K., Morimoto N., Maruyama M., Nakamoto N., Hayashi E., Nagata K., Miyata K., Ochiai K., Hiwatari K., Tsubaki K., Tobita E., Ishimaru Y., Maeda S. & Sakuma S. (20160609). Potential of D-Octaarginine-Linked Polymers as an in Vitro Transfection Tool for Biomolecules. : Bioconjugate chemistry.

Chicago

Mohri Kohta, Morimoto Naoki, Maruyama Megumi, Nakamoto Norimasa, Hayashi Emi, Nagata Kengo, Miyata Kohei, Ochiai Kyohei, Hiwatari Ken-ichiro, Tsubaki Kazufumi, Tobita Etsuo, Ishimaru Yuki, Maeda Sadaaki and Sakuma Shinji. 20160609. Potential of D-Octaarginine-Linked Polymers as an in Vitro Transfection Tool for Biomolecules. : Bioconjugate chemistry.

Harvard

Mohri K., Morimoto N., Maruyama M., Nakamoto N., Hayashi E., Nagata K., Miyata K., Ochiai K., Hiwatari K., Tsubaki K., Tobita E., Ishimaru Y., Maeda S. and Sakuma S. (20160609). Potential of D-Octaarginine-Linked Polymers as an in Vitro Transfection Tool for Biomolecules. : Bioconjugate chemistry.

MLA

Mohri Kohta, Morimoto Naoki, Maruyama Megumi, Nakamoto Norimasa, Hayashi Emi, Nagata Kengo, Miyata Kohei, Ochiai Kyohei, Hiwatari Ken-ichiro, Tsubaki Kazufumi, Tobita Etsuo, Ishimaru Yuki, Maeda Sadaaki and Sakuma Shinji. Potential of D-Octaarginine-Linked Polymers as an in Vitro Transfection Tool for Biomolecules. : Bioconjugate chemistry. 20160609.