Redox flow batteries have presented a means to bridge the gap between green energy sources and on-demand grid level energy storage. The Elgrishi research group is helping explore this potential by investigating the electrochemical properties of organometallic complexes and their interactions with commonly used support electrolyte salts.

Mitchell & Elgrishi

The Pojman research team investigated the effects of adding clay fillers to an epoxy-vinyl ether cationic frontal polymerization system. Learn how adding fillers can improve the properties of polymer composites generated by frontal polymerization and affect front kinetics. 

Groce et al.

Xuxian He (graduate student, Lee Group) and coworkers synthesized new molecular receptors that use nitrone C-H groups to bind anions. They recognized that nitrone C-H groups are greatly polarized and demonstrated their efficacy as hydrogen bond donors for binding anions.

He Et Al.

A comprehensive review of frontal polymerization co-authored by Professor John Pojman, LSU Chemistry graduate student Brecklyn Groce, and collaborators from Italy and Illinois. The review examines the physical and chemical phenomena that govern frontal polymerization and existing applications. 

SUSLICK ET AL. 

In the 2021 Emerging Investigators series, the Elgrishi research group reports how the choice of buffer impacts the electrochemical reduction of Cr(VI) for drinking water purification.

Stern et al.

In the special issue highlighting Emerging Leaders of Coordination Chemistry, the Elgrishi research group reports how to control the synthesis of nanocages made from titanium or steer the reaction toward forming new football-shaped molecular capsules.

Bujol et al.

The Pojman research group and collaborators generated 3D spheroids using encapsulated cells in thiol–acrylate (TA) hydrogel scaffold droplets to study the endocrine response in ER+ breast cancer. This study provides an alternative approach to generating 3D spheroids with an easy-to-use, inexpensive scaffold. 

Khan Et AL.

The Haber and Schneider research groups examined acetaminophen-induced changes in the adsorption and transport properties of malachite green isothiocyanate dye to the surface of unilamellar 1,2-dioleoyl-sn-glycero-3-phosphocholine (DOPC) liposomes in an aqueous colloidal suspension using time-resolved SHG spectroscopy. 

Dikkumbura Et Al.

The facile synthesis of a family of highly emissive and tunable BOPHY fluorescent dyes were developed by the Vicente and Smith research groups using tetrafluoroisoindole building block. Besides NIR bioimaging, these new dyes also exhibit great potential in acid-base reversible sensing and bioconjugation with thiols through regioselective fluorine substitution.

Zhang Et Al.

A team of eight graduate students in CHEM7750 published a mini-review article that was featured on the cover of ACS Omega in October 2021. The invited, open-access publication highlights the versatility for measurements which apply the scanning probe microscopy mode of force volume mapping (FVM) for characterizing chemical, mechanical, and electrical properties at the nanoscale.

Olubowale Et Al.