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National Institute of Allergy and Infectious Disease
NIH 3D
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NIH3D

Anopheles funestus glutathione-s-transferase epsilon 2 (GSTe2) protein structure from different alelles: A single amino acid change confers high level of DDT resistance and cross resistance to permethrin in a major malaria vector in Africa

https://doi.org/10.60705/3dpx/7905.3
NIH 3D Model Entry
3DPX-007905
How to Cite
NIH 3D. (2026). Anopheles funestus glutathione-s-transferase epsilon 2 (GSTe2) protein structure from different alelles: A single amino acid change confers high level of DDT resistance and cross resistance to permethrin in a major malaria vector in Africa (Version 3.x). NIH 3D. https://doi.org/10.60705/3DPX/7905.3
Summary Information

Title: Anopheles funestus glutathione-s-transferase epsilon 2 (GSTe2) protein structure from different alelles: A single amino acid change confers high level of DDT resistance and cross resistance to permethrin in a major malaria vector in Africa

Description:

Data extracted from PDB 3ZML in the Protein Data Bank was used by NIH 3D's workflows to automatically generate the 3D representations presented in this DOI.

Creator(s):

Contributor(s):

  • NIH 3D, Data Manager

Publisher: NIH 3D

Publication Year: 2026

Version: 3.x

"x" corresponds to any minor version