Discover how Dihydrotestosterone (DHT), a human sex hormone, supercharges the growth and infectivity of Leishmania mexicana, a flesh-eating parasite.
Scientists discover how the Leishmania parasite adapts to temperature changes, revealing new clues for fighting cutaneous leishmaniasis.
Explore how in silico analysis of Leishmania donovani genome reveals unconventional gene regulation mechanisms and potential treatment approaches.
Learn about the high prevalence of Leishmania parasites in dogs from Central West Colombia and the science behind this silent health crisis.
Explore the fascinating fine structure of Leishmania donovani and discover how the unique kinetoplast organelle enables this parasite's deadly transformation between insect and human forms.
Discover how a new experimental culture medium revolutionizes Leishmania research by enabling continuous growth and differentiation of infective parasite forms.
Discover how Leishmania parasites transform their shape by regulating tubulin mRNA, and what this means for treating diseases.
Exploring how Structural Equation Models help solve the diagnostic cross-reactivity between Leishmania and T. cruzi infections
Discover how transgenic Leishmania parasites with bioluminescent properties are transforming disease research through in vivo imaging techniques.
Study of the histopathological effects when Leishmania major and Toxoplasma gondii co-infect albino mice, revealing altered immune responses and tissue damage patterns.