Our research aims to understand the concepts and mechanisms of complex bioscience challenges lying at the interface of biology, physics, and engineering. We investigate biological processes at the micro- and nanoscale.
Our mission is to advance the field of molecular nanoscale biosystems engineering through cutting-edge research and innovation. We strive to discover and develop new nanotechnologies and bioengineering methods that improve human health and the sustainability of biological processes.
By applying our expertise across catalysis, synthetic biology, and nanoscale design, we aim to make a positive impact on medicine and society through the development of next-generation therapeutics and diagnostic platforms.
Learn moreSamples containing RNA and DNA lie at the heart of all biopsy techniques. We are determined to develop biosensors that can enhance the concentration of RNA and DNA in these samples, improving the detection sensitivity.
Caenorhabditis elegans (C. elegans) worms are extensively used as model organisms in medicinal and genetic research. We use biomechanical techniques to model neuromuscular diseases like diabetes, alzheimer, etc using C. elegans.
Being bioinspired from amazing design strategies of Nature at micro and nano level, we are determined to solve incumbent problems in bioengineering using micro and nano fabrication techniques.
Selected highlights from our ongoing research — updated regularly.
N. Baban*, C. Stubbs, Y.-A. Song
Lab on a ChipH. Aljayyousi*, J. Kim*, S. Kirmizialtin, Y.-A. Song
Advanced Materials InterfacesJ. Kim*, A. Orozaliev*, S. Sahloul*, A.-D. Van*, V.-T. Dang, V.-S. Pham, Y. Oh, I. Chehade, M. Al-Sayegh, Y.-A. Song
Analytical ChemistryH. Aljayyousi*, S. Sahloul*, A. Orozaliev*, N. Baban*, A.-D. Van*, A. Al Nuairi*, P. John, A. Zam, P. Percipalle, Y.-A. Song
APL BioengineeringRecent highlights, awards, and announcements from the MNBE Lab.
We welcome inquiries from prospective PhD students, postdoctoral researchers, and industry partners.