Andreea Iorgu

Andreea Iorgu serves as a Research Associate at the Manchester Institute of Biotechnology, University of Manchester, with expertise spanning oxidoreductase biochemistry and flavoprotein dynamics. Her research directly contributes to UN Sustainable Development Goals through biocatalysis and sustainable chemistry applications.

Her doctoral work completed in January 2019 focused on Molecular basis of ene-reductases reactivity and selectivity towards nicotinamide coenzymes, supervised by Professors Scrutton, Hay, and Waltho. This foundational research established her specialization in NAD(P)H-dependent enzyme systems.

Research interests center on flavoenzyme catalysis mechanisms, with fingerprint analysis confirming 100% specialization in oxidoreductases and 97% in reductases. Her work integrates biophysical techniques to study electron transfer processes, coenzyme interactions, and protein dynamics in metalloenzymes like nitrite reductases. Recent publications demonstrate growing emphasis on photochemical approaches and pressure-temperature perturbation studies to probe enzymatic intermediates.

Analysis of her publication timeline reveals consistent contributions to ACS Catalysis and Nature Chemical Biology, with emerging work on cryptic enzymatic pathways (2024) and photoinduced electron transfer (2023). Her research bridges fundamental enzymology with applications in biocatalysis and sustainable chemistry.

Collaborative networks span international research groups, with significant co-authorship patterns indicating strong ties to the Scrutton and Hay laboratories. Her work has been referenced in Wikipedia, blogged by 3 platforms, and picked up by 8 news outlets, demonstrating broader scientific impact beyond traditional citations.

Current research activities center at the Manchester Institute of Biotechnology, where she utilizes advanced spectroscopic techniques including pulsed electron-electron double resonance to investigate metalloenzyme dynamics. Her recent 2025 publication indicates ongoing productivity in fundamental enzymology despite the absence of documented independent grant funding or student supervision.