Scholars@Duke publication: Rational engineering of HIV-1 Env to enhance recognition of fusion peptide in a glycan-dependent manner

Rational engineering of HIV-1 Env to enhance recognition of fusion peptide in a glycan-dependent manner

Publication , Conference

Thakur, B; Lella, M; Huang, X; Devkota, P; Ilevbare, V; Adhikari, RD; Janowska, K; Acharya, P

Published in: BIOPHYSICAL JOURNAL

2025

BIOPHYSICAL JOURNAL

1542-0086

0006-3495

2025

124

386A / 386A

APA

Chicago

ICMJE

MLA

NLM

Thakur, B., Lella, M., Huang, X., Devkota, P., Ilevbare, V., Adhikari, R. D., … Acharya, P. (2025). Rational engineering of HIV-1 Env to enhance recognition of fusion peptide in a glycan-dependent manner. In BIOPHYSICAL JOURNAL (Vol. 124, pp. 386A-386A).

Thakur, Bhishem, Muralikrishna Lella, Xiao Huang, Priyanka Devkota, Victor Ilevbare, Radha D. Adhikari, Katarzyna Janowska, and Priyamvada Acharya. “Rational engineering of HIV-1 Env to enhance recognition of fusion peptide in a glycan-dependent manner.” In BIOPHYSICAL JOURNAL, 124:386A-386A, 2025.

Thakur B, Lella M, Huang X, Devkota P, Ilevbare V, Adhikari RD, et al. Rational engineering of HIV-1 Env to enhance recognition of fusion peptide in a glycan-dependent manner. In: BIOPHYSICAL JOURNAL. 2025. p. 386A-386A.

Thakur B, Lella M, Huang X, Devkota P, Ilevbare V, Adhikari RD, Janowska K, Acharya P. Rational engineering of HIV-1 Env to enhance recognition of fusion peptide in a glycan-dependent manner. BIOPHYSICAL JOURNAL. 2025. p. 386A-386A.

BIOPHYSICAL JOURNAL

1542-0086

0006-3495

2025

124

386A / 386A