I lead B2B content marketing, SEO, digital marketing, and creative design services for biotech and pharmaceutical clients, creating scientifically accurate, strategic content across various formats, including social media posts, web and email copy, infographics, proposals, posters, presentations, and executive thought leadership. I manage a team of subcontractors and work closely with clients and stakeholders to align content with their goals.

We make imaginative, science-inspired wall art and apparel for scientists and science enthusiasts from all walks of life and career stages, from excited middle schoolers and college grads to grizzled PIs. We donate 10% of our profits to the Department of Biology at the University of Memphis through the Bill Simco Graduate Research Scholarship.

I developed targeted content, designed content strategies, conducted content audits, and integrated with PR, paid media, and creative teams to plan and execute cohesive marketing campaigns for clients in the life sciences.

I developed doctor- and customer-facing educational materials for oncology and CNS pharmaceutical companies, including scientific presentations, educational modules, newsletters, and video scripts, while adhering to medical, legal, and regulatory guidelines. I utilized strong presentation skills, data visualization, and evidence-based practices to communicate complex medical concepts effectively. I managed multiple projects, collaborating with writers, graphic artists, and project managers to… Show more I developed doctor- and customer-facing educational materials for oncology and CNS pharmaceutical companies, including scientific presentations, educational modules, newsletters, and video scripts, while adhering to medical, legal, and regulatory guidelines. I utilized strong presentation skills, data visualization, and evidence-based practices to communicate complex medical concepts effectively. I managed multiple projects, collaborating with writers, graphic artists, and project managers to meet quality and timeline goals. Show less

Demonstrated transcription of an unnatural base pair in a semi-synthetic, living organism. This discovery enables the creation of a new class of unnatural codons and anticodons, that when decoded by the ribosome can facilitate the incorporation of unnatural amino acids into proteins and has the potential to revolutionize the use of protein therapeutics for the treatment of numerous human diseases .

Discovered a novel innate immune signaling pathway in response to cytosolic DNA that utilizes a mixed linkage cyclic-dinucleotide with one 2ʹ-5ʹ and one 3ʹ-5ʹ phosphodiester linkage. This novel molecule may be used as a vaccine adjuvant and could facillitate the treatment of certain types of cancer.