Bioinspired Solutions for Mucus Airway Obstruction
Overview
The lungs are a delicate, yet, vital organ for which serious disease can be extremely dangerous. According the WHO, 3 of the top 10 leading causes of death are related to the lungs. Mucus is a natural substance produced by the body for lubrication, digestion, foreign object removal and other tasks. Too much mucus, however, can cause problems with breathing and obstruction of the airways – a feature of highly deadly diseases like COPD. At the Freeman Lab, our goal is to develop the safest and most effective ways to reverse the effects of mucus airway obstruction.
Join us in this Research!
We are currently open to new funders and research partners for our work with mucus airway obstruction
ConnectRelated Publications
M R Markovetz, IC Garbarine, CB Morrison, WJ Kissner, I Seim, M. G Forest, M J. Papanikolas, R Freeman, A Ghio, N E Alexis, SM Stick, C Ehre, RC Bouncher, CR Esther, MS Muhlebach, DB Hill
Journal of cystic Fibrosis, 2022
Modeling Insights into SARS CoV-2 Respiratory Tract Infections Prior to Immune Protections
A Chen, T Wessler, K Daftari, K Hinton, RC Boucher, R Pickles, R Freeman, SK Lai, MG Forest
Biophysical Journal, 2022
T Kato, G Radicioni, MJ Papanikolas, GV Stoychev, MR Markovetz, K Aoki, M Porterfield, K Okuda, SM B Cardenas, RC Gilmore, CB Morrison, C Ehre, KA Burns, KK White, TA Brennan, HP Goodell, H Thacker, HT Loznev, LJ Forsberg, T Nagase, M Rubinstein, SH Randell, M Tiemeyer, DB Hill, M Kesimer, WK O’Neal, ST Ballard, R Freeman, B Button, RC Bouche
Science Advances, 2022
Andrew G. Ford, Xue-Zheng Cao, Micah J. Papanikolas, Takafumi Kato,Richard C. Boucher, Matthew R. Markovetz, David B. Hill, Ronit Freeman, Mark Gregory Forest
Studies in Applied Mathematics, 2021