NB-IRON-07
FORTIFICATIONIron-dense protein bar
Heme-mimic fold that chelates Fe²⁺ from leafy inputs and matches animal-source bioavailability without an animal anywhere in the supply chain.
Null Bites is a biocomputation company building nutrition products. We write novel food-grade proteins from first principles, then turn them into things you can eat.
Nutrition is protein engineering. Meat texture comes from myosin and collagen. Eggs set because of ovalbumin. Cheese stretches because of casein. Every property you care about in food traces back to the shape and behaviour of a specific protein.
The tools that design drug molecules can design food molecules. ProteinMPNN and ESMFold, stitched into an autonomous loop that reads papers, generates sequences, scores them against real constraints, and iterates.
Each top candidate goes to the bench, into a fermenter, and out the other side as an ingredient in a real product: performance food, recovery, fortification, gut health, or plant-based whole foods.
Ignored for
5 years
Since AlphaFold 2, every computational biology dollar chased therapeutics.
Agriculture uses
70%
…of global freshwater. And still can’t scale to 10B people.
Field notes
Notes on the business model, the protein-design loop, and the parts of food science we are turning into product.
First we license designed proteins and sell ingredients. Own-brand food comes later, after the molecule has earned the risk.
Protein design left the lab faster than food noticed. This is the case for pointing the stack at meat, dairy, and everyday nutrition.
It runs experiments, scores its own results, and only the designs a human would trust make it to the bench.
An autonomous scientist reads every new paper, writes new amino-acid sequences, and never sleeps.
Every candidate is folded in silico and stress-tested, and a self-critic throws out 99% of them as too optimistic.
The survivors are ordered as DNA, expressed in bacteria, purified, and handed to a human food scientist.
Each ingredient is formulated, sensory-panelled, and shipped, because the only benchmark that counts is a person taking a bite.
1,400+ papers parsed into a living corpus of functional motifs, substrate bindings, and known dead-ends. The reader never sleeps and never forgets a result.
Novel amino-acid sequences are generated against a target fold with a bundle of functional constraints: heat stability, water solubility, fibre alignment, binding pocket geometry.
Every sequence is folded in silico, then scored on stability, manufacturability, and nutritional fit. The pipeline throws out anything without a clear physical basis.
The pipeline runs 146 cycles of self-correction, where the system re-reads its own output and drops candidates that look too confident. Designs that survive cycle 140+ get to the bench.
Top candidates are ordered as DNA from a synthesis vendor, expressed in bacteria, purified, and handed to the formulation team.
The ingredient becomes food and goes through sensory panels with real people. A pass means it ships, and a fail sends the result back to the top of the loop.
Each candidate is a novel sequence, folded in silico, synthesized at the bench, and formulated into a product with a specific job.
Iron-dense protein bar
Heme-mimic fold that chelates Fe²⁺ from leafy inputs and matches animal-source bioavailability without an animal anywhere in the supply chain.
Fibrous whole-muscle analogue
Long coiled-coil engineered to self-assemble into aligned fibres under shear, so the bite resists the way real muscle does.
Heat-set bake gel
Ovalbumin-inspired scaffold tuned for lower set temps. Gels like egg, without touching a hen.
+ 2 more products in queue · Performance · recovery · gut-health · plant-based whole food