Novel gene-editing (GE) technologies provide promising opportunities to increase livestock productivity and to tackle several global livestock production sustainability and food security challenges. However, these technologies, as with previous genetic modification technologies in food production, are very likely to generate social controversy and opposition toward their use in the meat industry. Here, we explored public attitudes and consumption predisposition toward gene-edited meat products and their potential added benefits to livestock farming. Our results show that societal perception currently comes as a package, where the use of gene-editing technology acts as an extrinsic cue of meat products quality, and is used to make a range of...
Genome editing has been debated by scientists, consumers, and the general public since its conceptio...
Cultured meat can be produced from growing animal cells in-vitro rather than as part of a living ani...
Cultured meat grown in-vitro from animal cells is being developed as a way of addressing many of the...
Novel gene-editing (GE) technologies provide promising opportunities to increase livestock productiv...
The fast-growing global population is increasingly confronted with the need to produce enough food, ...
Genetic modification of farm animals has not been well accepted by the public. Some modifications ha...
Integrating technology into agricultural systems has gained considerable traction, particularly over...
Genetic modification of farm animals has not been well accepted by the public. Some modifications ha...
Concerns about animal welfare and sustainable meat production are growing among consumers. The aware...
*Do laypersons, farmers, and professionals involved with livestock production in Brazil have differe...
Innovation in meat production has enabled modern humans to inflict far greater harm on animals, the ...
Purpose – Food products developed using genetically modified (GM) animals may soon be introduced in ...
Gene editing (GE) and gene modification (GM) technologies demonstrate noticeable differences. GE tec...
This article analyzes responses from a 2008 survey of Canadian meat consumers about concerns regardi...
Purpose: This study sought to explore consumer perceptions of more sustainable protein alternative...
Genome editing has been debated by scientists, consumers, and the general public since its conceptio...
Cultured meat can be produced from growing animal cells in-vitro rather than as part of a living ani...
Cultured meat grown in-vitro from animal cells is being developed as a way of addressing many of the...
Novel gene-editing (GE) technologies provide promising opportunities to increase livestock productiv...
The fast-growing global population is increasingly confronted with the need to produce enough food, ...
Genetic modification of farm animals has not been well accepted by the public. Some modifications ha...
Integrating technology into agricultural systems has gained considerable traction, particularly over...
Genetic modification of farm animals has not been well accepted by the public. Some modifications ha...
Concerns about animal welfare and sustainable meat production are growing among consumers. The aware...
*Do laypersons, farmers, and professionals involved with livestock production in Brazil have differe...
Innovation in meat production has enabled modern humans to inflict far greater harm on animals, the ...
Purpose – Food products developed using genetically modified (GM) animals may soon be introduced in ...
Gene editing (GE) and gene modification (GM) technologies demonstrate noticeable differences. GE tec...
This article analyzes responses from a 2008 survey of Canadian meat consumers about concerns regardi...
Purpose: This study sought to explore consumer perceptions of more sustainable protein alternative...
Genome editing has been debated by scientists, consumers, and the general public since its conceptio...
Cultured meat can be produced from growing animal cells in-vitro rather than as part of a living ani...
Cultured meat grown in-vitro from animal cells is being developed as a way of addressing many of the...