Showing results for: Substitutes for meat & dairy
This free e-book, by Ahmed Khan of CellAgri, gives an overview of the field of cellular agriculture, including the basics of the concept, key terms, challenges in scaling up the technology, cellular agriculture products and regulatory aspects.
The European parliament’s agriculture committee has approved a ban on using words such as ‘burger’, ‘sausage’, ‘steak’ or ‘escalope’ to name vegetarian food products. The proposal will not become law unless approved by the full parliament, which will not vote on the issue until after May 2019’s elections.
This paper evaluates the impact of diet on risk factors for heart disease. It finds that replacing red meat with “high-quality” plant protein sources (such as legumes, soy or nuts), but not with fish or “low-quality” carbohydrates (such as refined grains and simple sugars), results in improvements in total and low-density lipoprotein cholesterol.
Cellular Agriculture UK - a hub for the cultured meat sector in the UK - has created a database of people who are based in the UK and who have a professional interest in cellular agriculture.
This report from the UK think-tank Chatham House explores the challenges of scaling up production and consumption of realistic plant-based meat replacements and laboratory-grown meat, both of which are intended to be indistinguishable from meat.
This paper, by researchers from the University of Oxford’s LEAP project, models the climate impacts of beef cattle and cultured meat over the next 1000 years using a climate model that treats carbon dioxide, methane and nitrous oxide separately, instead of using the widespread Global Warming Potential, which assigns a CO2-equivalent value to each greenhouse gas according to warming caused over a specified timeframe.
In this paper, FCRN member Hanna Tuomisto gives an overview of the process of growing cultured meat, current developments, its environmental impacts, technical challenges, and consumer perceptions.
FCRN member Helen Harwatt outlines a three-step strategy for shifting from animal to plant proteins as part of climate change mitigation strategies, arguing that not acting on livestock emissions would require unrealistically ambitious emissions cuts in other sectors.
In a column for the Guardian, George Monbiot writes about the potential to create food without plants, animals or soil, using instead bacteria that feed on hydrogen (generated by solar-powered electrolysis of water) and carbon dioxide from the air. Monbiot argues that this form of food production could eventually drastically reduce the amount of land needed for the global food supply chain, and suggests that the new foodstuff could be used as an ingredient in processed foods.
In the book The End of Animal Farming, author Jacy Reese examines the social forces, technologies and activism that he argues will lead to the end of animal agriculture.
A new lab-grown meat startup, Meatable, claims that it has overcome a key technical barrier - the use of serum from unborn animals to grow cells. Meatable’s meat-growing process allegedly does not need serum, because it uses pluripotent stem cells (avoided by other startups because they are hard to control). Meatable also claims their process only needs to take one cell from an animal (as opposed to a larger piece of tissue).
Startup New Age Meats has served the world’s first lab-grown pork sausages to journalists. The fat and muscle cells were allegedly grown from pork cells extracted from a live pig - in contrast to the world’s first lab-grown burger, showcased in 2013, where the initial cell samples came from slaughtered cattle.
The Adam Smith Institute, a UK-based free-market think tank, has published a briefing paper in which it argues in favour of lab-grown meat (also known as cultured meat). The authors say that the potentially lower land use of lab-grown meat, compared to conventional meat, could allow some farmland to be rewilded, managed in less intensive ways, or used to build more houses.
The US Food and Drug Administration (FDA) has approved the key ingredient in the plant-based burger created by Impossible Foods. Soy leghemoglobin, which releases a protein called heme that gives the burger its red colour and meat-like flavour, is made by Impossible Foods using genetically modified yeast. The FDA’s approval is based on the conclusions drawn by a panel of food safety experts and experimental data submitted by Impossible Foods.