Model mimics nutrient exchange between mother and fetus

Researchers at FAU developed a model to help treat placental malaria

BOCA RATON, Fla. – Researchers at Florida Atlantic University are learning more about the exchange of nutrients between a mother infected with malaria and her fetus.

Dr. Sarah Du with F.A.U.’s College of Engineering and Computer Science, along with the Schmidt College of Medicine and Dr. Andrew Oleinikov with the Schmidt College of Medicine collaborated on the project.

They developed a model using a piece of placenta on a chip to study ways to treat placental malaria.

“Because placental malaria causes underdevelopment of the fetus and fetal death as well because of this nutrient transport between the mother and the fetus,” Du said.

The F.A.U device could also serve as a model for other placenta-related diseases.

And the updated Moderna covid-19 vaccine booster, used in the U.S., generates significantly higher protection against the two omicron sub-variants compared to its earlier booster.

The company said that conclusion comes from a study of more than 500 people across all age ranges.

The group was vaccinated with an original series of shots, boosted with Moderna’s original vaccine, then boosted months later with the Bivalent version.

According to Moderna, all people had a 15-fold increase in omicron b-a-four and b-a-five antibody levels compared to pre-booster levels.

About the Authors:

Veteran journalist Kathleen Corso is the special projects producer for Local 10 News.

Kristi Krueger has built a solid reputation as an award-winning medical reporter and effervescent anchor. She joined Local 10 in August 1993. After many years co-anchoring the 6 p.m. and 11 p.m., Kristi now co-anchors the noon newscasts, giving her more time in the evening with her family.