XiaoMi-AI文件搜索系统
World File Search SystemPESCA
顺式基因改造和基因组编辑用于葡萄栽培遗传改良：来自 CREA 和 Copagri 的生物技术项目成果
"The history of Biotech began in 2015, when we started talking about new technologies for agriculture, followed in 2016 by a shelving of the Parliament for this project, which started in 2018 and will end at the end of this year. Biodiversity is important, especially for those who work in biotechnology. Biodiversity is important and there are many useful forms, but it is not enough. In the past, biodiversity has been exploited, which gives rise to important mutations, such as the example of the nectarine, without hairs. Sometimes, however, nature is not enough to achieve the objectives we seek, such as resistance to parasites, capable of overcoming the limit of natural biodiversity for example against powdery mildew. A more resistant mutation for durum wheat, in which a gene from the soft variety was implanted, to have a greater yield and resistance. So specific mutations make the difference. This is where Biotech comes into play, latest-generation biotechnologies capable of generating mutations in specific points of the genome or of transferring genes between plants, applying genome editing and cisgenesis.基因组编辑是对特定碱基进行高精度突变，从而改变目标物种的基因。没有“外部”基因，而是编辑已经存在的基因。这意味着事后没有人能够证实生物多样性方面的差异。
蓝色经济状况报告
公园与 FLAG Golfo degli Etruschi 签署了机构合作协议：旨在开展研究、分析和调查研究，旨在实施地方发展战略（SSL），特别关注福洛尼卡湾和卡普拉亚岛海岸和海洋的健康状况以及该地区在发展蓝色经济方面的潜力；此项活动将通过公共和私人领土机构和参考组织的有针对性的动画、传播和参与活动来完成。还将开展沟通和信息活动，为 FLAG 战略及其带来的机遇的宣传和传播创造机会。环境保护和可持续发展是 FLAG Golfo degli Etruschi 和公园的基本原则的一部分。验证和监督生态系统的健康状况无疑是保证渔业和养鱼场生产基地相关生命和活动得以正常进行的基本举措。除了法律要求的与工厂生产阶段及其对环境的影响有关的监测活动外，FLAG 还有兴趣与公园合作启动一些项目，旨在研究与海洋区域有关的特定生物指标、经济活动对环境的影响以及创建与蓝色经济有关的可持续转型情景。