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Industries

Food & Nutrition

With Yuri, you explore how cells, proteins and microbes behave in microgravity and radiation. You test future crops, ingredients and fertilizers for resilience, nutrition and circularity – and scale the most promising concepts back to Earth.

Redefining food & nutrition

Feed planet earth

Microgravity, radiation and closed-loop resources reveal stress responses, nutrient dynamics and textures you can’t see on Earth – letting you design more resilient crops, novel proteins and stable, nutrient-dense foods for space and terrestrial markets.

From single mission to scalable program: Yuri’s platforms and services reduce complexity while you build a space-enabled food & nutrition pipeline.

Next-gen protein production

Optimize microbial and cell-based proteins in compact, circular systems for sustainable nutrition in space and on Earth.

Resilient crops & bioinputs

Screen plants, microbes and biofertilizers under extreme space conditions to select for resilience, efficiency and yield.

Nutrition & functional ingredients

Use microgravity to study nutrient uptake, encapsulation and release, enabling highly targeted functional foods and supplements.

Why working with Yuri?

Food & nutrition companies need more sustainable, high-performance products while margins and resources stay tight. Microgravity lets you test future crops, ingredients and functional nutrition in ways Earth can’t.

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Resource intensive innovation

New crops and ingredients need seasons and large trials; Yuri’s microgravity and closed-loop studies compress learning and show performance under extreme stress.

"Why Space?" value

Budgets need a strong story; together we design experiments around concrete use cases like resilient crops, novel proteins or functional nutrition with measurable market impact.

Scalable programs

Single “space food” stunts don’t last; Yuri’s reusable platforms and services let every mission build towards a scalable, space-enabled food & nutrition portfolio.

USE CASES

Disrupting food & nutrition innovation with microgravity

See how space biology plugs directly into your innovation pipeline. Each use case targets a concrete question – with clear readouts, timelines, and a path from one mission to a scalable program.

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USE CASE 1

Alternative Proteins & Microbial Ingredients

  • Test microbial and cell-based protein production in compact, closed systems

  • Validate yield, robustness and quality in microgravity conditions

  • Translate results into resource-light, scalable protein processes for Earth and space

Use case 2

Resilient Crops & Biofertilisers

  • Expose seeds, plants and microbes to space stress to select for resilience

  • Study root growth, nutrient uptake and water use without normal gravity

  • Identify varieties and bioinputs that perform better in vertical and controlled farming

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USE Case 3

Functional Foods & Precision Nutrition

  • Grow microgreens, fungi and other “superfoods” to tune nutrient density

  • Analyse vitamin, mineral and bioactive profiles under microgravity

  • Turn unique nutritional signatures into high-value health and performance products

HARDWARE & SERVIVCE SOLUTIONS to advance your in-orbit R&D

Our hardware platforms and mission services cover the full lifecycle of your in-orbit food & nutrition R&D. Designed for food and nutrition innovators, these solutions provide automated, standardized incubator capacity to test alternative proteins, resilient crops and functional nutrition concepts in microgravity.

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Solutions

Lab-as-a-Service

Standardized labs in microgravity! Yuri’s Lab-as-a-Service gives you ready-to-use, automated lab & incubator capacity in orbit – so you can run biotech experiments in microgravity without building your own hardware.

Science-as-a-Service

Your microgravity CRO for drug & organoid programs. With Science-as-a-Service, Yuri acts as your end-to-end microgravity CRO – from hypothesis and study design to hardware, operations and data analysis – so you get decision-ready results for drug discovery, toxicity studies and organoid production, not just “a space mission”.

Microgravity Simulators

Our advanced systems recreate microgravity conditions on Earth, enabling scientists to run early-stage experiments and validate hypotheses before taking research to space.