Johannes G. Khinast
khinast@tugraz.at
Johannes G. Khinast is an associate professor at the Department of Chemical and Biochemical Engineering, Rutgers University.
|
|
Printable Medicines: A Microdosing Device For Producing Personalized Medicines
January 7, 2011
By:
Johannes G. Khinast
,
Andreas Zimmer
,
Guenter Brenn
,
Wolfgang Bauer
,
Bernhard Eitzinger
,
Daniela Strohmeier
,
Nina Schroedl
,
Michael M. Gruber
,
Christine Voura
The authors describe a new method for the production of personalised medicines utilising ultra-precise microdrop printing technology.
|
Effect of Droplet-Wake Phenomena on Mixing-Sensitive Pharmaceutical Reactions
November 2, 2006
By:
Jodi Raffensberger
,
Benjamin Glasser
,
Johannes G. Khinast
Understanding the impact of reactive mass transfer and local flow in multiphase systems is crucial for maximizing reaction selectivity and minimizing the formation of byproducts. The authors study the influence of mixing on fast liquid–liquid reactions. The iodination of L-tyrosine was used to demonstrate the relationship of droplet size and shape on reaction selectivity and to verify computational predictions. By understanding that droplet dynamics affect the yield and selectivity of fast reactions, the formation of byproducts can be minimized by optimizing operating parameters.
|
|