D'Auja Nelson

D'Auja Nelson is a qualified professional with extensive experience in quality control and laboratory operations. Currently serving as QC Supervisor and Chemist at LTS - Lohmann Therapy Systems since May 2018, D'Auja performs testing on raw materials and finished products, conducts validation/verification of drug products and APIs, and has a key role in authoring and reviewing control specifications and test methods. Previous roles include Quality Control Technician, Manufacturing Lead, and Senior Manufacturing Technician at Collagen Matrix, Inc., where D'Auja effectively collaborated with engineers, maintained compliance with regulatory standards, and successfully led product line validations. Additionally, as a Clinical Laboratory Technologist at Suretox Laboratory, D'Auja prepared specimens for drug detection and reported results, further demonstrating a strong foundation in laboratory practices. D'Auja holds a degree from William Paterson University of New Jersey and another from Ramapo College of New Jersey.

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New York, United States

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LTS - Lohmann Therapy Systems

LTS Corp is the US-based subsidiary of Lohmann Therapie Systeme whose headquarters are in Andernach, Germany. LTS’s research and development focuses on two new technologies to complement and expand the potential of alternative drug delivery systems. In addition to the development of LTS Transdermal and LTS Oral Thin Film technologies, the company also develops innovative microneedle and the ‘active LTS Transdermal’ technology. LTS Microneedles that are long enough to penetrate the outer layer of skin but too short to irritate nerves and blood vessels. They can be used to inject active substances with larger molecules into the skin, an application that is largely pain-free. Microneedles create tiny holes in the outermost layer of skin, which significantly increases the rate at which the active substance is absorbed. LTS is currently researching a number of different microneedles made from different materials and with different gauges, designs and sizes for a wide range of applications.