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Pharmaceutical Development and Technology|April 2, 2008
Controlled flow-through dissolution methodology: a high-performance systemLarry E Stevens, Paul J Missel, Alan L WeinerPharmaceutical Development and Technology|November 15, 2006
Impact of density gradients on flow-through dissolution in a cylindrical flow cellLarry E Stevens, Paul J MisselPharmaceutical Research|January 15, 2005
Reexamination of convective diffusion/drug dissolution in a laminar flow channel: accurate prediction of dissolution ratePaul J Missel, Larry E Stevens, John W MaugerPharmaceutical Research|July 4, 2012
Simulating intravitreal injections in anatomically accurate models for rabbit, monkey, and human eyesPaul J MisselAnnals of Biomedical Engineering|December 28, 2002
Finite and infinitesimal representations of the vasculature: ocular drug clearance by vascular and hydraulic effectsPaul J MisselPharmaceutical Research|December 3, 2002
Hydraulic flow and vascular clearance influences on intravitreal drug deliveryPaul J MisselDrug Discovery Today|July 19, 2019
Physiologically based ocular pharmacokinetic modeling using computational methodsPaul J Missel, Ramesh SarangapaniPharmaceutical Research|May 15, 2010
Simulating dissolution of intravitreal triamcinolone acetonide suspensions in an anatomically accurate rabbit eye modelPaul J Missel, Marc Horner, R MuralikrishnanPharmaceutical Development and Technology|December 8, 2004
Dissolution of anecortave acetate in a cylindrical flow cell: re-evaluation of convective diffusion/drug dissolution for sparingly soluble drugsPaul J Missel, L E Stevens, J W MaugerVeterinary Ophthalmology|December 25, 2010
Advancements in ocular drug deliveryAlan L Weiner, Brian C GilgerPageof 2