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A hookworm infection caused primarily by the species <i>Ancylostoma duodenale </i> or <i>Necator americanus</i>, usually acquired through penetration of the skin, (often asymptomatic but that can also manifest with an allergic reaction at the site of skin penetration), followed by the migration of larva through the bloodstream to the lungs (causing asymptomatic pneumonitis, eosinophilia) and finally reaching and colonizing the small intestines where they cause blood extravasation leading to diar
Using hookworm P-glycoprotein expression levels (pgp-9, pgp-11 genes) as biomarkers to guide combination therapy with ivermectin plus verapamil or elacridar. P-glycoprotein inhibition restores ivermectin sensitivity in resistant hookworm populations by preventing drug efflux.
Standard albendazole combined with specific Lactobacillus strains (L. rhamnosus, L. acidophilus) disrupts hookworm-associated microbiome. Probiotics produce antimicrobial peptides and compete for nutrients, while modulating host immune responses via TLR4/MyD88 pathways to enhance hookworm clearance.
Metformin activates AMPK (AMP-activated protein kinase) in hookworm mitochondria, disrupting ATP synthesis and glucose metabolism. This leads to energy depletion in Necator americanus and Ancylostoma duodenale, particularly affecting their reproductive capacity and attachment mechanisms.
Embelin from Embelia ribes inhibits hookworm acetylcholinesterase (AChE) and GABA receptors, causing paralysis. Combination with traditional piperine enhances bioavailability and targets multidrug resistance proteins (P-glycoprotein homologs) in hookworm intestines.
Targeting hookworm autophagy machinery, specifically ATG8 (autophagy-related protein 8) orthologs, using chloroquine derivatives. Disruption of autophagosome formation impairs hookworm survival during nutrient stress and immune pressure, particularly affecting larval development and adult maintenance.
Modified Qi Zheng San (containing Quisqualis indica) combined with artemisinin targets hookworm heme metabolism. Artemisinin generates reactive oxygen species that damage hookworm hemoglobin digestion pathways, while Quisqualis compounds inhibit iron absorption in hookworm intestines.