Scientists have successfully created artificial eggs from plant proteins that cook and digest like real eggs, showing 32% better fat digestion and 78% vitamin D availability. According to Gram Research analysis, these lab-made eggs matched real eggs in texture, heat-setting properties, and most cooking characteristics, suggesting plant-based egg alternatives could soon provide the same nutritional and functional benefits as chicken eggs.
Researchers have successfully created artificial eggs using plant-based proteins and other natural ingredients that perform almost identically to real eggs in cooking and nutrition. According to Gram Research analysis, these lab-made eggs showed similar heat-setting properties, texture, and digestibility to genuine eggs. The fake eggs were made by combining proteins from mung beans and a plant enzyme called RuBisCo, along with natural compounds. This breakthrough could offer a sustainable alternative to chicken eggs while maintaining the nutritional benefits people expect from eggs.
Key Statistics
A 2026 laboratory study found that plant-based artificial eggs showed 32% greater fat digestion and 28% higher protein breakdown compared to real chicken eggs during simulated stomach digestion.
Researchers discovered that artificial eggs made from mung bean and plant enzyme proteins achieved 78% vitamin D bio-accessibility, matching the nutritional value of real eggs in a 2026 analysis.
Plant-based artificial eggs demonstrated 40% greater hardness and 20% increased springiness when cooked compared to real eggs, while maintaining identical chewiness in a 2026 laboratory study.
A 2026 molecular analysis showed that plant-based egg components bonded together with binding energies of -5.1 to -3.55 kcal/mol, confirming structural stability equivalent to real eggs.
The Quick Take
- What they studied: Whether scientists could create fake eggs from plant proteins that cook and taste like real eggs
- Who participated: Laboratory testing of artificially created egg components compared to real chicken eggs (no human participants)
- Key finding: Plant-based artificial eggs matched real eggs in most cooking properties and showed 32% better fat digestion and 78% vitamin D availability
- What it means for you: In the future, you might be able to buy plant-based eggs that cook and perform exactly like real eggs, with potentially better nutritional absorption
The Research Details
Scientists created fake eggs in two parts: a yolk substitute and a white substitute. They used proteins from mung beans and a plant enzyme called RuBisCo, combined with natural compounds like glucomannan and ankaflavin. They then tested how these artificial eggs behaved when heated, how they digested in the stomach, and how their texture compared to real eggs.
The researchers used computer simulations to understand how the different ingredients stuck together at the molecular level. They measured things like how thick the fake eggs were, at what temperature they solidified, how hard they became when cooked, and how well the body could absorb the nutrients. All of these measurements were compared directly to real chicken eggs.
This research matters because it shows that plant-based alternatives can be engineered to work exactly like animal products. If fake eggs can match real eggs in every important way, they could become a sustainable food option that reduces the need for chicken farming while still giving people the same cooking experience and nutrition.
The study used advanced computer modeling and multiple laboratory tests to verify results. The researchers measured stability using molecular dynamics simulations and confirmed findings through texture analysis and digestibility tests. However, the study was conducted in a laboratory setting and did not include taste tests or cooking trials by actual people, which would be the next step before commercial use.
What the Results Show
The artificial eggs behaved very similarly to real eggs when heated. Both the fake and real eggs set at similar temperatures and showed comparable texture changes during cooking. The fake eggs were actually slightly thicker when raw and showed more pronounced thinning when stirred, but these differences were minor.
When the fake eggs were tested for how well the body could digest them, they performed better than real eggs in some ways. The fake eggs showed 32% more fat breakdown during digestion and 28% more protein breakdown. Most impressively, the fake eggs made vitamin D available for absorption 78% of the time, matching real eggs’ nutritional value.
The texture of cooked fake eggs was actually superior in some measures. They were 40% harder when cooked and 20% more springy, while maintaining the same chewiness as real eggs. The fake eggs set at a temperature 5 degrees Celsius lower than real eggs, which could be useful for cooking.
Computer analysis showed that the different ingredients in the fake eggs bonded together through weak chemical forces that kept the structure stable. The fake eggs showed two distinct heat-setting points at approximately 65°C and 78°C, exactly matching the pattern seen in real eggs. This suggests the artificial eggs mimic the natural protein structure of real eggs during cooking.
This is one of the first studies to create plant-based eggs that match real eggs across multiple cooking and nutritional properties simultaneously. Previous plant-based egg alternatives have focused on either cooking properties or nutrition, but not both. This research demonstrates that careful engineering of plant proteins can achieve functional parity with animal products.
This study was conducted entirely in laboratory conditions and did not include human taste tests or cooking trials by actual people. The sample size of egg batches tested was not specified. The research also did not test how the fake eggs would perform in all cooking methods (baking, frying, scrambling) or how they would store over time. Real-world testing with consumers would be needed before these could be sold commercially.
The Bottom Line
This research provides strong evidence that plant-based eggs can be engineered to match real eggs in cooking performance and nutrition. However, these are still laboratory prototypes. If you’re interested in plant-based eggs, wait for commercial products to become available and try them in your preferred cooking methods. The evidence suggests they should work similarly to real eggs.
This research is relevant to people interested in sustainable food alternatives, vegans and vegetarians seeking egg replacements, people with egg allergies looking for nutritionally equivalent substitutes, and food manufacturers developing plant-based products. It’s less relevant to people who have no dietary restrictions or environmental concerns about egg consumption.
These artificial eggs are currently in the research phase. It will likely take 2-5 years before commercial products become available in stores, pending additional testing and regulatory approval.
Frequently Asked Questions
Can artificial eggs made from plants cook the same way as real eggs?
Yes, according to 2026 research, plant-based artificial eggs set at similar temperatures to real eggs and show comparable texture changes during cooking. They actually set 5°C lower and develop slightly different textures, but perform functionally equivalent in most cooking applications.
Are fake eggs as nutritious as real eggs?
Plant-based artificial eggs showed superior nutrient digestion in 2026 testing, with 32% better fat breakdown and 78% vitamin D availability matching real eggs. They may actually be more nutritious due to enhanced digestibility of their plant-based components.
When will I be able to buy artificial eggs in stores?
These artificial eggs are currently in the laboratory research phase. Commercial products will likely take 2-5 years to develop, test with consumers, and receive regulatory approval before becoming available for purchase.
What are artificial eggs made from?
Plant-based artificial eggs are made from mung bean protein, RuBisCo (a plant enzyme), glucomannan (a natural thickener), and ankaflavin (a natural compound). These ingredients are combined to mimic the structure and function of real egg yolks and whites.
Why would someone choose artificial eggs over real eggs?
Plant-based artificial eggs offer environmental sustainability benefits by reducing chicken farming needs. They’re suitable for vegans and vegetarians, may help people with egg allergies, and show equivalent or superior nutritional properties compared to real eggs in laboratory testing.
Want to Apply This Research?
- Track your plant-based egg consumption and compare digestive comfort, energy levels, and satiety to regular eggs over a 2-week period
- When plant-based eggs become available, try substituting them for real eggs in one meal per week and track cooking success and satisfaction
- Monitor nutrient intake (protein, vitamin D, fat) when switching to plant-based eggs using the app’s nutrition tracker to ensure you’re maintaining equivalent nutrition
This research describes laboratory-created artificial eggs that have not yet been tested in human consumption or approved for commercial sale. These findings are preliminary and based on controlled laboratory conditions. Before consuming any plant-based egg products, consult with a healthcare provider, especially if you have food allergies or dietary restrictions. This article is for informational purposes only and should not replace professional medical or nutritional advice. Always follow local food safety regulations and consult product labels when commercial versions become available.
This research translation is published by Gram Research, the science division of Gram, an AI-powered nutrition tracking app.