Benzimidazole resistance-associated mutations improve the in silico dimerization of hookworm tubulin: an additional resistance mechanism

HIGHLIGHTS

• What: This study aimed to assess the consequences of BZ resistance-associated mutations on the in silico dimerization of hookworm tubulin α and β subunits.
• Who: Jan Clyden B. Tenorio and colleagues from the Tropical Medicine Graduate Program, Department of Tropical Medicine, Faculty of Medicine, Khon Kaen University, Khon Thailand have published the paper: Benzimidazole resistance-associated mutations improve the in silico dimerization of hookworm tubulin: An additional resistance mechanism, in the Journal: (JOURNAL)

SUMMARY

Singlenucleotide mutations in these genes lead to amino_acid 2736 substitutions that potentially alter the structure of the expressed . . .

 



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