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  • Chemical Propulsion of Hemozoin Crystal Motion in Malaria Parasites
Molecular & Cell Biology

Chemical Propulsion of Hemozoin Crystal Motion in Malaria Parasites

Angie Faith Apr 10, 2026 0

A groundbreaking discovery by researchers at the University of Utah has unveiled the astonishing mechanism behind the ceaseless, enigmatic motion…

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Molecular & Cell Biology

International Researchers Uncover Crucial Protein in Malaria Parasite Life Cycle, Offering New Hope for Drug Development

Angie Faith Apr 7, 2026 0

Researchers from a consortium of international institutions have made a significant breakthrough in understanding the complex life cycle of the…

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Molecular & Cell Biology

Spinning Crystals Inside Malaria Parasites

Angie Faith Apr 3, 2026 0

A groundbreaking discovery by researchers at the University of Utah has unveiled the intricate mechanism powering the restless movement of…

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Molecular & Cell Biology

Unraveling the Malaria Parasite’s Molecular Choreography: A Specialized Protein Emerges as a Potent Drug Target

Angie Faith Mar 30, 2026 0

Researchers from a consortium of leading international institutions have unveiled groundbreaking insights into the intricate mechanisms governing the growth and…

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Molecular & Cell Biology

Chemical propulsion of hemozoin crystal motion in malaria parasites

Angie Faith Mar 27, 2026 0

A groundbreaking discovery by researchers at the University of Utah has unveiled the astonishing mechanism behind the ceaseless, enigmatic movement…

Read More
Molecular & Cell Biology

Unlocking Malaria’s Secrets: Novel Protein ARK1 Emerges as a Crucial Target for Future Antimalarial Therapies

Angie Faith Mar 23, 2026 0

Researchers from a consortium of leading international institutions have unveiled groundbreaking insights into the intricate life cycle of the malaria…

Read More
Molecular & Cell Biology

Chemical propulsion of hemozoin crystal motion in malaria parasites

Angie Faith Mar 19, 2026 0

A groundbreaking discovery by researchers at the University of Utah has unveiled the enigmatic mechanism behind the constant, erratic movement…

Read More
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Breakthrough in Male Contraception: Cornell Scientists Identify Nonhormonal Pathway to Reversible Infertility via Meiotic Interruption
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