ABOUT NU-TEK BIOSCIENCES
Nu-Tek BioSciences was founded on the belief that breakthrough biotechnology could be developed in a sustainable, ethical way by leveraging plant- and yeast-based cell culture nutrients. Our peptones and protein hydrolysates, used by industry-leading biotechnology and pharmaceutical companies, support a variety of applications ranging from mammalian cell culture to industrial fermentation. Our products are also leveraged in clinical nutrition and medicinal foods, such as allergen-free probiotics and other high-value nutritional products. With decades of experience and global reach, Nu-Tek BioSciences is your partner for animal-free yeast extracts and peptones.
INDUSTRY INSIGHTS
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Variability reduction programs improve biomanufacturing by controlling raw‑material complexity, optimizing critical attributes, and boosting productivity through data‑driven partnerships.
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Uncover how Nu‑Tek’s plant-based peptones support E. coli growth, plasmid yield, and controlled induction, offering a sustainable, animal-free alternative for biopharmaceutical cell culture.
CONTACT INFORMATION
Nu-Tek Biosciences
5400 Opportunity Ct #120
Hopkins, MN 55343
UNITED STATES
Phone: (952) 936-3601
Contact: Courtney Jones
NU-TEK NEWS
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Nu-Tek BioSciences Reinforces Global Supply Leadership With Halal Certification Renewal2/25/2026
Nu-Tek BioSciences, the industry leader in 100% animal-origin-free (AOF) peptones and yeast extracts, announced today that it has successfully renewed its Halal certification from The Islamic Food and Nutrition Council of America (IFANCA).
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Nu-Tek BioSciences To Highlight Animal-Origin-Free Peptones, Supply Chain Strength At DCAT Week 20262/25/2026
Nu-Tek BioSciences, the market leader in 100% animal-origin-free (AOF) peptones and yeast extracts, announced today that it will participate in the upcoming Drug, Chemical and Associated Technologies (DCAT) Week 2026, hosted March 23–26 in New York City.
SOLUTIONS
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Yeast-derived extract rich in peptides, vitamins, and amino acids for fermentation and microbial media, offering good solubility, controlled microbes, and a stable three-year shelf life.
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A yeast‑derived extract rich in peptides, vitamins, and amino acids, offering full solubility, low microbial load, and reliable performance for mammalian cell culture and microbial vaccine production.
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Enzymatically hydrolyzed pea ingredient with full solubility, high peptide content, low microbial load, and strong clarity for fermentation and cell culture, with a three‑year shelf life.
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Organic wheat‑derived hydrolysate with high solubility, improved flow and filtration, controlled microbes, consistent quality for nutrition, and a 3‑year shelf life.
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An ultrafiltered wheat‑derived hydrolysate with high solubility, reduced endotoxins, and reliable biologics and pharma performance, backed by strict microbial controls and a 3‑year shelf life.
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A high‑nitrogen, enzymatically hydrolyzed soy ingredient with clear solubility, low bioburden, and consistent fermentation and cell‑culture performance under controlled quality and a 3‑year shelf life.
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A low‑carb, enzymatically hydrolyzed soy ingredient with high nitrogen, clear solubility, and enhanced fermentation and cell‑culture performance under strict microbial and quality controls.
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An enzymatically hydrolyzed soy ingredient with high solubility, clarity, and low‑molecular‑weight peptides for cell culture and fermentation, offering controlled specs and a 3‑year shelf life.
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An ultra-filtered, enzymatically hydrolyzed soy-based ingredient offering high solubility, low bioburden, and low endotoxin levels for advanced fermentation and cell culture media applications.
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See a shift toward animal‑free bioproduction, emphasizing plant‑based cell nutrients, sustainable manufacturing, supply‑chain security, and expert‑driven collaboration to support future therapeutic breakthroughs.
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The Variability Reduction Program delivers customized, animal‑free media components that cut variability, boost productivity, and ensure scalable, reliable supply.
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Animal‑free, high‑quality peptones, hydrolysates, and yeast extracts for industrial fermentation, delivering scalable, soluble, reliable media without supply delays.
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See plant-based peptones used for plasmid production in E. coli, demonstrating strong growth performance, consistent plasmid yields, and reduced contamination risk for biopharmaceutical manufacturing.