Nicole Bode Email & Phone Number

Works with cross-functional teams to develop and provide well-written scientific marketing content that establishes IDT as a credible resource for educational, informational, and technical material related to IDT products and their applications.Plays a crucial role in the global marketing team by bridging product management, R&D, marketing, and sales. Focuses on understanding customer needs and market trends to develop effective marketing strategies and campaigns that enhance IDT's synthetic biology product portfolio.

Performed scientific experiments to advance the fundamental understanding of nucleic acids and nucleic acid biochemistry, while also aiding in the development and characterization of new IDT genomics products in areas such as CRISPR, NGS, qPCR (including single-plex and multi-plex assays), and the design of primers and/or probes for Sybr and Taqman assays, as well as functional genomics.

Instructing undergraduate students in various biology courses, both online and in a classroom setting, including Nutrition, Basic Biological Concepts, Basic Anatomy and Physiology, and Human Biology.

Curates content and identifies open educational resources (OER) for online courses, ensuring compliance with accessibility and copyright guidelines.

Conducted neurology research on DYT1 dystonia to contribute to the medical advancement of the disease, utilizing various molecular biology techniques.

Contributed to writing and reviewing protocols for a contract clinical research lab focused on drug development services. Authored protocols and amendments ensuring compliance with SOPs, GLP, and regulatory guidelines. Managed costing, study scheduling, and in-life monitoring of toxicology studies.

Master Of Business Administration - Mba, Business, Management, Marketing, And Related Support Services, 3.9

Graduated with distinction with a certificate in Leadership.

Master'S Degree, Biology/Biological Sciences, General

Research Projects: Genetic screen of deletion collection in Saccharomyces cerevisiae to find negative regulators of the SLN1/SKN7 pathway..

Bachelor Of Arts - Ba, Biology/Biological Sciences, General, 3.4

Activities and Societies: Mortar Board Society, Honors Society, Alpha Omicron Pi sorority Graduated Cum Laude. Thesis Topic: The symbiotic.