Phone : +97277-887-1546
Office: Emerson, 721
Mouna Rohana-Habib, PhD
Ximing Li, PhD
The goal of my study is to implement a neural network like system based on bacterial quorum sensing, to achieve pattern classification. The system weights can be “learned” using a computational algorithm.
Yana (Phyana) Litovco
Re-engineering bacterial promoters of stress-responsive genes to improve detection of toxins in cell-based biosensors. We use engineering principles adapted from a rapidly-growing field of synthetic biology.
Under the synthetic biology framework, my research focuses on using DNA assembly and bioengineering design methods to build microbial sensors.
Implementing logic gates in cytotoxic cells, creating a synthetic cancer-killing cell that reacts only to the presence multiple cancer markers.
Study and model the cellular behavior of biological systems using electronics. Design and fabricate subthreshold translinear electrical circuits to create fast and accurate models of biological processes.
Ragd Abu Sini
Implementation of genetic associative memory using Hopfield network.
Dr. Natalia Barger
Dr. Luna Rizik
Hanna Abo Hanna