larson.html Fundamentals: Applications · Larson Lab: Soft Matter Science and Engineering • Drug...
2
Larson Lab: Soft Matter Science and Engineering • Drug Release Formulations • Coatings • Dispersal of oil spills • Polymer processing • Personal care products [email protected] http://www.engin.umich.edu/dept/cheme/people/larson.html • Polymer dynamics • Rheology • Fluid Mechanics • Biophysics • Colloidal Dynamics • Surfactant solutions • Multiscale modeling and simulations Fundamentals: Applications: Recent Grant: Dow University Partnership Initiative Grant: 3 years, $900,000 on Modeling rheology and crystallization in mixtures of linear and long chain branched polyethylene, 2017-2020 Recent Award: Polymer Physics Prize of the American Physical Society, 2019
Transcript of larson.html Fundamentals: Applications · Larson Lab: Soft Matter Science and Engineering • Drug...
Larson Lab: Soft Matter Science and Engineering
• Drug Release Formulations• Coatings• Dispersal of oil spills• Polymer processing• Personal care products
[email protected] http://www.engin.umich.edu/dept/cheme/people/larson.html
• Polymer dynamics • Rheology • Fluid Mechanics• Biophysics• Colloidal Dynamics• Surfactant solutions• Multiscale modeling and simulations
Fundamentals: Applications:
Recent Grant: Dow University Partnership Initiative Grant: 3 years, $900,000 on Modeling rheology and crystallization in mixtures of linear and long chain branched polyethylene, 2017-2020
Recent Award: Polymer Physics Prize of the American Physical Society, 2019
, 0.017 wt% , 0.17 wt%
Formation of Ring-Like structures in cellulosic excipient polymer used to suppress drug crystallization
Drug CrystallizationAdapted from Sachdeva et al., Int J. Pharm (2013) 441
Cellulosic polymer methylcellulose gel micrograph,from Lodge, et al. (ACS Macro Lett. 2015, 4, 538–542.)
