Kailash Chand Pandey

This study identifies PCBP as a key mediator of iron delivery to ferritin in Anopheles stephensi, revealing its role in mosquito iron homeostasis and potential as a target for antimalarial strategies.

This study evaluates a PROTAC molecule to degrade p38 MAPK in mosquitoes, disrupting Plasmodium falciparum development and enhancing immune gene expression, suggesting PROTACs as a novel strategy for malaria transmission control.

This study identifies mosquito ferritin as a critical iron-storage protein essential for egg development and highlights its potential as a target for malaria control through iron chelation.

This paper identifies prohibitins (PHBs) in Plasmodium falciparum as druggable targets, showing their mitochondrial localization and functional roles, and demonstrates that Rocaglamide inhibits parasite growth in multiple drug-resistant strains.

This paper characterizes a transferrin homolog in Anopheles culicifacies, showing its role in iron transport and reproductive physiology through expression analysis and RNAi experiments.

This paper shows that genetic changes in Plasmodium vivax help it survive in Anopheles stephensi by manipulating mosquito tissue-specific immune responses through RNAseq analysis.

This paper designs two multi-epitope vaccines against SARS-CoV-2 using in silico methods, validated for stability and immune response potential.

The paper investigates how Plasmodium vivax affects gut microbiota and immunity in Anopheles stephensi mosquitoes, finding that the parasite suppresses bacterial populations to evade immune responses.