About the Presenters
Join us for this Webinar series in June on the use of near-infrared (NIR) at critical points in the pharmaceutical manufacturing process. Attend all three topics OR only the topics that interest you the most.
TIMES ARE LISTED IN EASTERN DAYLIGHT TIME AND GREENWICH MEAN TIME. REMEMBER TO CHECK YOUR LOCAL TIME ZONE.
Webinar 1:
NIR Analysis of Batch and Continuous Blending
Webinar 2:
NIR Analysis of Moisture and Solvent in Drying
Webinar 3:
NIR Analysis of Hot Melt Extrusion
Dr. Todd Strother received his Analytical Chemistry Ph.D. in 2001 while working in Lloyd Smith’s lab at the University of Wisconsin-Madison. Dr. Strother is the Near-Infrared Applications Scientist at Thermo Fisher Scientific in Madison, Wisconsin where he works on novel NIR applications across many industries. His current focus is on biological and biopharmaceutical processes and applications. Previously, Dr. Strother has worked in the biotech industry specializing in surface chemistries used in protein microarrays and multiplexed immunoassays. Additionally, he holds a graduate degree in Science Education and has taught in both secondary and post-secondary institutions.
Dr. Jeffrey Hirsch received his Masters' and Ph.D. in Biological Inorganic Chemistry from the University of Wisconsin in, respectively, 1996 and 2001. His doctoral work focused on making synthetic mimics of metal-based plant enzymes and using spectroscopy to understand form-function relationships. After receiving his doctorate, Jeff did post-doctoral study at MIT in Cambridge, MA. Currently, Jeff is the Near-Infrared Product Manager for Thermo Fisher Scientific in Madison, WI.
Free Webinar Series:
Near-Infrared Applications for the Pharmaceutical Manufacturing Process
The Webinar is 30 minutes followed with 15 minutes for questions and answers.
Expected Purchase Date - MonthYear
*Fields marked with an asterisk must be completed.
Near-infrared spectroscopy offers the ability to incorporate rapid, real-time analytics directly onto a moving blender to monitor solids homogeneity. This Webinar will focus on incorporating near-infrared spectroscopy into a PAT framework for online blend uniformity and concentration monitoring using a small form factor, battery-powered analyzer developed specifically for pharmaceutical powder blending.
Wednesday, June 3, 2009: 9:00 AM (EDT), 13:00 (GMT)
Wednesday, June 3, 2009: 4:00 PM (EDT), 20:00 (GMT)
Near-infrared analysis is a proven analytical technique that can deliver accurate and precise data on a range of components in seconds. The main analytes of interest in dryers, water and residual solvent, are readily quantified by near-infrared analyzers using fiber optics and probes to interface directly with any dryer system. This Webinar will focus on sampling and equipment interfacing, facets of data collection, handling and control system integration when going online in a dryer with a near-infrared analyzer.
Thursday, June 4, 2009: 9:00 AM (EDT), 13:00 (GMT)
Thursday, June 4, 2009: 4:00 PM (EDT), 20:00 (GMT)
Hot Melt Extrusion as a technology has been critical to the polymer industry for many years. Recently, the pharmaceutical industry has been using this methodology to solve critical problems in solid dosage form manufacture such as poor solubility or compaction as well as water sensitivity of APIs. This Webinar will discuss the integration of near-infrared spectroscopy with Hot Melt Extrusion for real-time feedback and control of pharmaceutical manufacturing processes.
Thursday, June 11, 2009: 9:00 AM (EDT), 13:00 (GMT)
Thursday, June 11, 2009: 4:00 PM (EDT), 20:00 (GMT)
*
I would like to receive email alerts about products, events and special offers that match my interests
YesNo
*
Would you like a Sales Representative to contact you?
YesNo
*
Would you like a product demo?
YesNo
*
Would you like a product quote?
YesNo
Month Expected Purchase
Year Expected Purchase
Title
*
First Name
*
Last Name
*
Company
*
Street Address
Building
*
City
*
State
*
Zip/Postal Code
Province or Region
*
Country
*
Phone
Fax
*
Email Address

 
Visit our corporate website | Privacy Statement | Terms and Conditions | Site Map

©2008 Thermo Fisher Scientific Inc. All rights reserved.