Meet the founders—
Get to know the visionaries behind Zya
Where science meets innovation to transform nutrition.
Dr. Joshua Sauer
Co-Founder, Bio-Scientist, and Biotechnology Innovator
"At Zya, I strive to turn advanced science into practical solutions, pushing the boundaries of what biotechnology can achieve."
Dr. Joshua Sauer is a seasoned bio-scientist with a specialization in biochemistry and organic chemistry, bringing unparalleled expertise to Zya.
His DPhil research at Oxford, under Professors Phillip Stansfeld and Dame Carol Robinson, explored the structural dynamics of bacterial membranes, offering groundbreaking insights into protein dynamics and cellular transport.
His work has been published in top-tier journals like Nature Chemical Biology and Nature Chemistry, significantly advancing our understanding of therapeutic efficacy and cellular interactions. Recognized for his academic rigor and innovative thinking, Joshua has been honored with awards, including the Said Business School Award and ‘St. Hilda’s College Prize’.
Key achievements include:
Materials Chemistry:
Exploring aromatic polymers to create materials capable of data storage as well as responsive hydrogels for soft micro-robotics.
Structural Biology:
Shedding light on the protein and lipid interactions of the BAM complex and lipopolysaccharide (LPS) transport system, through molecular dynamic simulations and native Mass Spectrometry.
Dr. Niels Wicke
Co-Founder, Bio-Scientist, and Biotechnology Innovator
"My mission is to leverage bioscience to create meaningful change—transforming challenges into opportunities through innovation."
Dr. Niels Wicke, a bioscientist with a DPhil in Biochemistry from Oxford, leads Zya’s research in enzyme engineering, strain development, and bioprocess innovation.
His work is instrumental in advancing Zya’s IP portfolio and R&D programs.
Niels’ publications have demonstrated innovative approaches to protein-based treatments and synthetic biology methodologies, earning recognition for their scientific and commercial impact. His work reflects a dedication to bridging advanced research with practical, impactful solutions.
Key achievements include:
The “Gastrobody”:
A stable antibody mimetic for GI tract treatments.
Enzyme Engineering:
Developing solutions that transform biotechnological concepts into real-world applications.