PITTSBURGH, June 12th, 2014 — Gateway Analytical announced today that they will be presenting a poster session that focused on using Raman Imaging for chemically specific characterization of Combination Dry Powder Inhalers at the Sixteenth International Workshop on Physical Characterization of Pharmaceutical Solids (IWPCPS®-16), June 16-19th in Prague, Czech Republic.
Gateway Analytical to Present on Spatially-resolved Raman Imaging for Ingredient-Specific Characterization of Combination Dry Powder Inhalers
[fa icon="calendar'] Jun 12, 2014 1:25:51 PM / by Admin posted in bioavailability, Blog, characterizing DPIs, News Releases, particle characterization, Raman chemical imaging
Chemically Specific Particle Sizing & Agglomerate Analysis Services
[fa icon="calendar'] May 15, 2014 1:56:56 PM / by Admin posted in aqueous suspension formulations, bioequivalence, Blog, chemically specific analysis, chemically specific particle sizing, Ingredient-Specific Particle Sizing, particle size distribution, particle sizing, pharmaceutical formulation, Raman chemical imaging, Videos
Gateway Analytical to Present with the FDA on Chemically Specific Analysis of Orally Inhaled Drug Products at the Respiratory Drug Delivery Conference in Puerto Rico
[fa icon="calendar'] Apr 24, 2014 6:00:13 AM / by Admin posted in Blog, chemically specific analysis, Drug Particle Agglomeration, FDA submission, Ingredient-Specific Particle Sizing, News Releases, OINDPs, Raman chemical imaging, RDD 2014
PITTSBURGH, April 24th, 2014 — Gateway Analytical announced today that they will be exhibiting and presenting at the upcoming Respiratory Drug Delivery (RDD) conference in Fajardo, Puerto Rico, May 4-8. RDD is an international conference that features in-depth presentations and discussions focused on the latest development in respiratory drug delivery science, in addition to industry networking. During the conference Gateway will be promoting their unique Raman chemical imaging services that provide drug developers with truly chemically specific particle characterization. This chemical specificity is the key to understanding the extend of agglomerations in orally inhaled drug products (OINDPs), which is critical for safety, stability and FDA submission.
Gateway Analytical Teams up with Researchers from the FDA/CDER/Division of Pharmaceutical Analysis to Present at RDD 2014
[fa icon="calendar'] Feb 13, 2014 3:57:56 PM / by Admin posted in agglomeration assessment, aqueous suspension formulations, Blog, chemically specific, FDA, Nasal Drug Products, Pharmaceutical, Raman chemical imaging
Gateway Analytical has teamed up with researchers from the Division of Pharmaceutical Analysis at FDA/CDER to present new findings on temperature-mediated agglomeration assessment in Orally Inhaled and Nasal Drug Products. This study was performed to address aqueous nasal spray suspensions stability during long-term shipping/storage. During the study, suspension formulations were subjected to temperatures that may possibly be reached inside shipping containers during hottest and coldest months in St. Louis, MO.
Identify Agglomerates by their Chemical Makeup using Raman Chemical Imaging
[fa icon="calendar'] Jun 13, 2013 9:13:44 AM / by Admin posted in Agglomerates, Blog, Dry Powder Inhalers, metered dosed inhalers, nasal spray suspensions, OINDPs, Orally Inhaled and Nasal Drug Products, Pharmaceutical, Pharmaceutical Webinars, Raman chemical imaging, Recorded Webinars
Original Event Date: Wednesday, July 10, 2013
Duration: 60 minutes
Presenters: Oksana Olkhovyk, Ph.D., Senior Scientist at Gateway Analytical
Host: Shawn Wilhelm, Marketing Coordinator at Gateway Analytical
Spectral Analysis of Materials using Raman Chemical Imaging
[fa icon="calendar'] Mar 30, 2013 12:39:39 PM / by Admin posted in adhesives, Blog, coatings, failure analysis, glass, Industrial Engineers, Material Science Replays, materials analysis, Materials Science, plastics, polymers, product development, quality control, Raman chemical imaging, Spectral analysis
Event Date: Wednesday, September 18, 2013
Time: 11 a.m. EST
Duration: 60 minutes
Presenters: David Exline, Senior Vice President & Rebekah Wagurak, Scientist I at Gateway Analytical
Host: Shawn Wilhelm, Marketing Coordinator at Gateway Analytical
David Exline, President
[fa icon="calendar'] Jan 29, 2013 9:50:34 AM / by David Exline posted in analytical instrumentation, analytical testing, Authors, Blog, chemical imaging, crime scene investigation, fluorescence microscopy, forensic expert, FTIR, GMP, hyperspectral imaging, light microscopy, pharmaceutical, pharmaceutical forensics, Raman chemical imaging, Raman spectroscopy, spectroscopy, trace evidence, USP testing methods
Working to Address the FDA Critical Path Opportunity for Generic Nasal Spray Suspensions
[fa icon="calendar'] Jan 22, 2013 3:27:15 PM / by Admin posted in bioequivalence, Blog, cGMP laboratory, Critical Path Opportunity, Generic nasal spray suspsension, Ingredient-Specific Particle Sizsing, Pharmaceutical, Pharmaceutical Webinars, Raman chemical imaging, Recorded Webinars
AAPS Poster Session: Investigating the Miscibility of an API in Soluplus Dispersions by RCI Technique
[fa icon="calendar'] Oct 11, 2012 2:32:21 PM / by Admin posted in Blog, Miscibility of Drugs, oral dosage, Pharmaceutical, Raman chemical imaging, solid dispersions
Poster Session: Investigating the Miscibility of an API in Soluplus® Dispersions by Raman Chemical Imaging Technique
Date: Tuesday, October 16, 2012
Time: 9:30 am - 12:30 pm
Location: Hall F
Webinar Recap: Ingredient-Specific Particle Sizing Using Raman Chemical Imaging
[fa icon="calendar'] Jun 20, 2012 10:30:35 AM / by Admin posted in aqueous suspension formulations, Blog, nasal spray suspensions, Nasal suspension PSD, Pharmaceutical, pharmaceutical formulation, Raman chemical imaging
During this recent webinar, Dr. Oksana Olkhovyk presented on the benefits of this novel method of particle sizing that automatically measures particle size distribution. She also discussed specific references to FDA bioequivalence guidance documentation, innovative product design and intellectual property benefits.