几千年的驯化显著重塑了水果：现代桃子的体积是其古代祖先的16倍，西瓜已发展出1,200个品种，而许多现代水果通过降低酸度和苦味而不是单纯增加糖分来变得更甜。如今，CRISPR将这种定向改造进一步推进到更精确的层面，使培育者能够删除单个基因，以制造无籽黑莓、无核樱桃及其他传统育种更难实现的特性。
这项技术的应用速度因作物而异：苹果和桃树从改良种子到结果往往需要数年，而番茄和草莓只需几个月，因此它们目前进展最快。商业里程碑已开始出现，包括2021年上市的高GABA日本番茄，以及2024年中国科学家通过关闭限制糖分生成的基因使番茄甜度最高提高30%。
市场数据表明，更方便、更有吸引力的水果可以显著提振需求：2000年至2020年间，美国鲜食蓝莓进口量增长了10倍，而无籽、易剥柑橘在2012年实现全年供应后的4年内，将美国整个柑橘市场的价值大约提高了三分之一。监管也在朝支持方向发展，阿根廷于2016年率先将基因编辑产品按常规育种产品管理，欧盟也在2025年12月达成临时协议，以简化新基因组技术植物的上市流程并取消特殊标签要求。
Thousands of years of domestication have dramatically reshaped fruit: modern peaches are 16 times the size of their ancient ancestors, watermelons now span 1,200 varieties, and many modern fruits have become sweeter by reducing acidity and bitterness rather than simply adding more sugar. CRISPR now pushes that targeted modification further and with greater precision, allowing breeders to delete single genes to produce seedless blackberries, stoneless cherries, and other traits that are harder to achieve through conventional breeding.
The technology is advancing at different speeds across crops: apples and peaches often take several years to bear fruit from an altered seed, while tomatoes and strawberries need only a few months, making them the most advanced so far. Commercial milestones have already appeared, including a higher-GABA Japanese tomato sold in 2021 and tomatoes made up to 30% sweeter in China in 2024 by disabling genes that limit sugar production.
Market data suggest that more convenient and appealing fruit can materially lift demand: fresh blueberry imports into America grew ten-fold from 2000 to 2020, and seedless easy-peel mandarins raised the value of the entire U.S. citrus market by roughly a third in the four years after year-round availability began in 2012. Regulation is also moving in a supportive direction, with Argentina becoming the first country in 2016 to treat gene-edited products like conventionally bred ones, and the EU reaching a provisional deal in December 2025 to simplify marketing rules and remove special labeling requirements for plants made with new genomic techniques.
Source: A basket of new fruit varieties is coming your way
Subtitle: Thank gene editing
Dateline: 3月 05, 2026 04:15 上午