APA

Sengupta P., Banerjee N., Roychowdhury T., Dutta A., Chattopadhyay S. & Chatterjee S. (20190731). Site-specific amino acid substitution in dodecameric peptides determines the stability and unfolding of c-MYC quadruplex promoting apoptosis in cancer cells. : Nucleic acids research.

Chicago

Sengupta Pallabi, Banerjee Nilanjan, Roychowdhury Tanaya, Dutta Anindya, Chattopadhyay Samit and Chatterjee Subhrangsu. 20190731. Site-specific amino acid substitution in dodecameric peptides determines the stability and unfolding of c-MYC quadruplex promoting apoptosis in cancer cells. : Nucleic acids research.

Harvard

Sengupta P., Banerjee N., Roychowdhury T., Dutta A., Chattopadhyay S. and Chatterjee S. (20190731). Site-specific amino acid substitution in dodecameric peptides determines the stability and unfolding of c-MYC quadruplex promoting apoptosis in cancer cells. : Nucleic acids research.

MLA

Sengupta Pallabi, Banerjee Nilanjan, Roychowdhury Tanaya, Dutta Anindya, Chattopadhyay Samit and Chatterjee Subhrangsu. Site-specific amino acid substitution in dodecameric peptides determines the stability and unfolding of c-MYC quadruplex promoting apoptosis in cancer cells. : Nucleic acids research. 20190731.