Kerriann Greenhalgh

Areas Kerriann Greenhalgh is Knowledgeable in:

Techniques Kerriann Greenhalgh Uses:

Kerriann Greenhalgh's Problem Solving Skills:

1. Developed nanoparticles for drug discovery, work with CNTs
2. Ran a micro lab at USF and MiMedx, fluent in antimicrobial analyses, mode of action analysis for drugs, environmental monitorin
3. Project Engineer for medical device company for 3 years
4. Developed multiple polymers for biomaterials R&D, vast knowledge of testing material properties
5. Studied marine biology privately, utilize marine life for biomedical device development
6. Research in green methods of synthesis, biofuel research
7. PhD in organic chemistry, vast experience with analytical methods of analysis, synthesis background, focus on antimicrobials an
8. Design, developed and manufactured biomedical products
9. Cellular and cancer biology research experience
10. Knowledge of chemical structure, synthesis, mode of action analysis, in vivo testing

Kerriann Greenhalgh's Problem Solving Experience:

1. I investigated the physiology of an LD50 using guinea pigs and lethal microbes.
2. Designed the manufacturing process for a new biomaterial for large scale production.
3. I designed sanitization practices for cleanroom environment for safe manufacturing and oversaw the implementation and monitoring.
4. I determined the mode of action of drug conjugated nanoarticles as antimicrobials using various biochemical and imaging methods.
5. I established a new method for adhering bio molecules to the surface of CNTs for sensing applications.
6. I troubleshot issues with regulatory affairs and oversaw pipeline products to market, including FDA submission
7. I developed a new method for creating solid sheets of collagen for biomedical applications
8. I developed a unique nanoparticle-based topical product for wound care using multiple antimicrobials and established the effectiveness both in vitro and in vivo
9. I developed a patented biomaterial which combines polyacrylate nanoparticles and both mammalian and echinoderm collagen
10. I validated government protocols for detection of deadly toxins and bacterial using PCR and ELISA.
11. I determined the most suitable biomaterial for different medical applications based on chemistry and material properties analysis.