Mehmedalija Jahic Email & Phone Number

Georgia, United States

Boston, Massachusetts, Us

Cambridge, Ma, Us

Built fast, efficient, and effective process development organization and integrated industrial process requirements into research and development methods.• Designed, build, and lead exceptionally dedicated, innovative, and high-performance bioprocess team. Distinctive culture of winers. • Several product candidates in development. Developed scalable, robust, and cost-effective process for the candidate that showed positive results in phase 2 and is ready for phase 3 and commercialization. • Dream of common solution for “difficult to grow” obligate anaerobes achieved. 25 folds growth improvements demonstrated. • Collaborated across discovery, immunology, microbiology, CMC, and CDMO departments aand organizations.• Served as expert in charge for technical transfers and shaping of CDMOs.

Cambridge, Ma, Us

Evelo Biosciences is the leading immuno-microbiome company developing immunotherapies for cancer, autoimmune and inflammatory diseases.

Wilmington, De, Us

Technical leader for the cultivation and formulation on a "top 100" multi-year project with focus on probiotics and starter cultures in support of the DuPont Nutrition & Health business. The project employs high throughput screening technologies, cultivation and harvest operations, as well as genomic, transcriptomic, proteomic and metabolomic analyses.

Wilmington, De, Us

In my position as Technical Leader "Biobutanol" my team focused on developing solutions for biocatalyst, fermentation and downstream processing for the Butamax™ Advanced Biofuels, a joint venture between BP and DuPont, established to offer a low-cost, high-value drop-in biofuel for global transportation fuels supply.

Stockholm, Se

Project Leader for establishment and operation of a $1.5 million core facility for rapid development and pilot plant scale protein production. The facility employed a 1000L bioreactor, a small-scale automated bioreactor system, a high-throughput cultivation system, concentration and diafiltration technologies, disintegration, and expanded bed adsorption.