method development
Oksana Olkhovyk, Ph.D., Senior Scientist
Dr. Oksana Olkhovyk plays an important role supporting analytical testing services within Gateway Analytical cGMP and ISO-based quality assurance laboratories for the pharmaceutical, materials science and forensics industries. She has over 10 years experience in Raman spectroscopy, imaging and material characterization and serves as a scientific liaison between Gateway Analytical and their customers, as well as academic and industrial collaborators.
White Paper: Analysis of Multi-Component Engineered Particles for Inhalation by Raman Chemical Imaging
White Paper Preview: One of the most promising trends in inhaled therapies over the past few years is the creation of particles that contain multiple active ingredients. Some studies have suggested that two, or even three, APIs deposited in the same location in the lung may have a synergistic effect. Combination of the active ingredients [...]
New Webinar Series for Scientist on Chemical Imaging June – Sept.
Gateway Analytical will be offering a new webinar series for scientists, focused on chemical imaging, June though September of this year. This webinar series is designed for scientists developing and manufacturing various types of pharmaceutical products; including nasal, inhalation, semi-solid, solid, and controlled release drug delivery. To find out more details about any of the [...]
Chemical Imaging Webinar Series
This webinar series is designed for scientists developing and manufacturing various types of pharmaceutical products; including nasal, inhalation, semi-solid, solid, and controlled release for distribution into the marketplace.
Validation of Ingredient-Specific Particle Sizing for Nasal Suspension Products
Last week at PITTCON, Gateway Analytical scientists, Dr. Ryan J. Priore and Dr. Oksana Olkhovyk, presented in the Pharmaceutical – LC, GC and Raman session on the validation of Ingredient-Specific Particle Sizing (ISPS) for nasal suspension products using Raman Chemical Imaging (RCI). RCI combines the chemical identity and selectivity of Raman spectroscopy with digital imaging. [...]
