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Employment of radiofrequency technology (RFId) in grapevine nursery traceability

机译:葡萄苗圃追溯中使用射频技术(RFId)

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This trial represents the first experience regarding the insertion of microchips (TAG) based on radiofrequency identification (RFId) technology into grapevine plants for nursery purposes. The research was performed considering five economically-important grapevine clones, involving 2500 plants. Microchips were inserted directly into medulla tissue during grafting procedures. Two methods were developed, one based on medulla perforation and the other characterized by a lateral cut on rootstock performed by a specific machine. The presence of electronic tagging (TAG) inside plants did not compromise growth start-up, vegetative growth, sanitary condition, histological status of graft point, or quality of plants, considering the first year of farming. In addition to rapid identification, the TAGs permit the access to a specific online database, in which all plant information is contained, in a particular grapevine certification datasheet with sanitarian status (2005/43/CE). Results obtained suggest RFId technology as a useful tool for replacing traditional labelling and providing an up-to-date traceability system for grapevine nurseries.
机译:该试验代表了将基于射频识别(RFId)技术的微芯片(TAG)插入用于葡萄树的苗圃的首次经验。这项研究考虑了五个经济上重要的葡萄树克隆,涉及2500种植物。在移植过程中,将微芯片直接插入髓质组织。开发了两种方法,一种基于延髓穿孔,另一种特征是通过专用机器对砧木进行侧向切割。考虑到种植的第一年,植物内部电子标签(TAG)的存在不会损害生长启动,营养生长,卫生状况,嫁接点的组织学状况或植物质量。除了快速识别之外,TAG还允许访问特定的在线数据库,其中包含具有卫生保健状态的特定葡萄认证数据表(2005/43 / CE),其中包含所有植物信息。获得的结果表明,RFId技术是替代传统标签并为葡萄苗圃提供最新追溯系统的有用工具。

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