01 / NM-mRNA
Platform architecture
The NM-mRNA approach brings payload, composition, process and transfer decisions together in an application-focused architecture. The long-term objective is to expand access to mRNA product systems.
Institutional profile / public informationApplied science
DK / INSTITUTIONAL
Applied science
to systems.
Driessen-Kerr connects molecular biology, formulation, process, characterization and transfer in product systems focused on real-world applications.
— 01Our focus areas
Two areas. One product discipline.
02 / EPITIDE™ DK-7.4
Nutrigenomic architecture
EPITIDE™ belongs to the precision-nutrition program, separate from NM-mRNA product systems. Its formulation and ingredient science are presented in a dedicated partner pathway.
— 02Development method
A common product discipline.
Biological hypothesis
Define the problem and separate published mechanisms from the proposed application.
Product system
Connect composition, critical attributes, process, stability and analytical method.
Evidence plan
Choose assays that can confirm or refute each product hypothesis.
Responsible transfer
Define partner, capacity, comparability, documentation and regulatory route for each program.
Our ambition is to make science-led product systems more accessible. Each opportunity starts with the partner's application and technical context.
— 03Institutional relationship
Institutional connections.
Driessen-Kerr engages with research, development, manufacturing and distribution organizations according to each partnership's application and scope.
Specific institutional information is addressed directly with qualified counterparts.
— 04Technical dialogue
Start with your objective.
Choose your area of interest and share your context. Technical scope and relevant materials are addressed through institutional dialogue.