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Heather Matheny
Scientist at Procter & Gamble
Professional Background
Heather Matheny is a distinguished scientist with a broad range of experience in the fields of biology and product development. Known for her collaborative spirit and inclusive approach, Heather excels at fostering connections both internally within her teams and externally with stakeholders to drive innovative work. Her creativity in problem-solving, attention to process improvement, and commitment to cost reduction are hallmarks of her professional style.
Currently, Heather is making substantial contributions as a scientist focused on hair and skin biology at Procter & Gamble. In her role, she is responsible for driving platform model development in the area of ex-vivo tissue culture. This platform is not only instrumental for technology identification but also plays a crucial role in providing claims support for consumer product launches and patent-related endeavors. Her extensive expertise positions her as a key player in developing cutting-edge cell-based screening assays and 3D epithelial skin models that incorporate biomarker and gene expression endpoints. This innovative work is vital in validating clinical measures in contemporary models, further establishing her as a leader in model development and technology advancement within the organization.
Over the years, Heather has amassed significant experience in primary cell culture and explant organ culture, along with assay development in various biological domains such as cell biology and immunology. She is well-versed in enzyme assays and protein expression, equipping her with a robust skill set that complements her research initiatives.
Education and Achievements
Heather holds a Bachelor of Science degree in Biology from the University of Cincinnati and another Bachelor of Science degree in Biology from Miami University. Her academic background laid the foundational knowledge that has propelled her career forward, enabling her to engage profoundly with her research and development roles.
Throughout her tenure at Procter & Gamble, Heather has progressed through various roles, beginning as a Research Associate II and advancing to her current position as Scientist. Her career trajectory reflects her dedication to scientific research and her unwavering commitment to driving innovative solutions within the beauty and consumer goods sectors. From researcher to principal researcher, Heather has demonstrated her capacity not only in executing complex projects but also in leading teams toward success in a multitude of initiatives.
Technical Expertise
Heather’s technical prowess encompasses a variety of specialized techniques. Her experience in endothelial cell culture, primary fibroblast, primary keratinocyte cell culture, and primary melanocyte cell culture highlights her deep knowledge of cellular biology. Furthermore, she is adept at high-throughput screening methods, utilizing both enzyme-based and cell-based assays. Her skillset includes familiarity with cutting-edge technologies in molecular biology, such as RT-PCR, PCR, and qRT-PCR, alongside techniques for cloning and expression.
In addition to her laboratory skills, Heather has successfully bridged the gap between science and application through effective lab and contractor management. This unique combination of technical and managerial capabilities positions her to lead projects that not only meet scientific objectives but also align with business goals.
Personal Attributes and Future Aspirations
Heather is characterized by her adaptability in dealing with shifting priorities and her capacity to manage multiple projects effectively, even within demanding workloads. Her commitment to scientific excellence, combined with her problem-solving creativity, ensures that she remains at the forefront of her field.
Looking ahead, Heather is poised to continue her journey as a leader in the development of scientific models that not only satisfy regulatory requirements but also contribute positively to consumer experiences. Her work in advancing technology that supports future model work will undeniably yield significant benefits in the beauty and personal care sectors.
Achievements