Abilene Student Completed Molybdenum Research

A sophomore at Abilene Christian University studied reactive compounds during an eight-week summer program.

Updated on Oct. 2, 2026 in Chemistry

Laboratory glassware and a spherical reaction flask are clamped to a workbench in a sterile scientific research environment. — Biochemistry student Quentin Jabo successfully completed an eight-week research project at Abilene Christian University, isolating reactive molybdenum complexes for catalysis. AI Illustration. Upload story photo >

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Quentin Jabo, a biochemistry major at Abilene Christian University, has completed an eight-week summer research project focused on molybdenum complexes. His work involved isolating highly reactive compounds for potential use in catalysis.

Why it matters

Jabo transitioned from a plan to become a priest to a career in medicine, seeking to achieve a tangible social impact through scientific research. His work highlights the intensive laboratory training available to undergraduates in the field of chemistry.

Jabo conducted an eight-week project isolating highly reactive molybdenum complexes, requiring specialized laboratory conditions to prevent water in the air from interfering with the reactions.

The players

Quentin Jabo

He is a sophomore biochemistry major at Abilene Christian University who participated in the Isoma Academy leadership program in Rwanda.

Abilene Christian University

It is a private university located in Abilene, Texas, that supports undergraduate research programs in the sciences.

The details

The research necessitated strict environmental controls to protect water-sensitive chemical reactions. Jabo, who also works in IT and as a tutor, balances his academic responsibilities with his research and medical mission work.

Summer 2026: Jabo completed his eight-week chemistry research project.
Spring 2026: Jabo traveled to Guatemala for a medical mission trip.
Fall 2026: Jabo is continuing chemistry research during the semester.
Spring 2027: Jabo is expected to present his research at an undergraduate event.

Deeper Dive

This project follows the pattern set by the Abilene Christian University undergraduate research program, which encourages students to pursue specialized laboratory inquiry alongside their standard curriculum.

This work in catalysis could eventually contribute to more efficient chemical manufacturing processes. Advancements in molybdenum complex research often lead to improved methodologies for creating new materials and pharmaceutical components.

The takeaway

Jabo's path demonstrates how undergraduate students can bridge the gap between academic theory and practical, real-world scientific applications. His shift from religious studies to medical science emphasizes the growing role of data-driven research in humanitarian efforts.

What happens next

Jabo is expected to present his research findings at an undergraduate event scheduled for the spring of 2027 and plans to publish an article about the work by the end of the year.