Natalya Davidge

Directed strategic development and execution of US medical communication plans across multiple therapeutic areas, serving as the medical lead on high-value accounts. Led cross-functional teams to ensure timely delivery of high-quality, evidence-based, and on-budget tactics. Provided strategic input and guidance on scientific platform development, messaging hierarchy, and tactical planning.

Oversaw development and medical review of US-focused promotional materials for asset launches in psychiatry, neurology, and aesthetics. Collaborated closely with client MLR/MRC teams to ensure timely, compliant content approvals. Facilitated KOL engagement by serving as scientific lead for US-based advisory boards and congress activities.

Supported content development for speaker programs, national broadcasts, and congress presence for assets in psychiatry, pulmonology, and cardiology. Mentored and managed junior scientific staff, promoting professional development and ensuring consistent quality of scientific content. Contributed to agency growth by supporting business development efforts including pitch preparation and proposal d

Managed a team of 5 medical writers and two editors to support the delivery of scientifically accurate and compliant promotional materials for US, Global, and Canadian markets. Provided strategic and scientific support for client marketing goals, including data interpretation for campaign planning and message development. Supported new business development through POV, data mining, and competitive

Created a variety of scientific and promotional content in diverse therapeutic areas for HCPs, KOLs, salesforce, and patients across various media. Conducted scientific and strategic analyses of products and disease states to achieve maximum marketing advantage. Identified and managed KOLs, establishing scientific advisory boards for newly launched pharma companies.

Prepared and delivered 300-level neurophysiology lectures to a 1200-student audience. Developed knowledge assessment tests and assignments to evaluate student comprehension. This role involved significant public speaking and curriculum development.

Developed communication strategies for complex scientific concepts by redesigning and delivering physiology lectures and student training materials. Trained and coordinated 7 teaching assistants annually. Created exams and graded individual student achievements, contributing to academic assessment.

Identified novel pathophysiological mechanisms in Rett syndrome and tested antioxidant therapies on molecular and organismic levels. Successfully completed research projects, producing MSc and PhD theses, 6 publications, and a book chapter. Pioneered innovative laboratory research techniques and managed concurrent projects, including drug testing studies.

Organized and maintained documentation for laboratory operations, including purchasing orders, animal care, and biosafety. Managed independent research projects, creating study designs, conducting experiments, and analyzing data. Trained and supervised undergraduate students, ensuring adherence to protocols.

Undertook studies in the Doctor of Medicine Program, focusing on fundamental medical sciences. This provided a comprehensive understanding of human health and disease.

Activities and societies: Graduate research supported by competitive grants valued at ~$80K (NSERC, OGS). Pioneered innovative laboratory research techniques and protocols, and managed concurrent projects with a high level of success, including drug testing studies with over 60 research subjects.

Identified novel pathophysiological mechanisms in Rett syndrome and tested antioxidant therapies on molecular and organismic levels. Successfully completed research projects, producing theses, publications, and conference presentations.

Activities and societies: Graduate research supported by competitive grants valued at ~$80K (NSERC, OGS). Successfully completed research projects, producing theses, publications, and conference presentations.

Identified interplay between neuronal organelles to better understand the pathophysiology of neurodegenerative diseases. This research contributed to a deeper understanding of complex neurological conditions.

Completed an online training program focused on regulatory affairs in the medical field. This program provided comprehensive knowledge and skills essential for navigating the regulatory landscape.

Studied Physiology and Human Biology, gaining a foundational understanding of biological systems. This program provided a strong scientific basis for further advanced studies.