“I am the vine; you are the branches.
If you remain in me and I in you, you will bear much fruit; apart from me you can do nothing.
If you do not remain in me, you are like a branch that is thrown away and withers; such branches are picked up, thrown into the fire and burned.
If you remain in me and my words remain in you, ask whatever you wish, and it will be done for you.
This is to my Father’s glory, that you bear much fruit, showing yourselves to be my disciples.

As the Father has loved me, so have I loved you.
Now remain in *my love*. If you keep my commands, you will remain in my love, just as I have kept my Father’s commands and remain in his love.I have told you this so that my joy may be in you and that your joy may be complete.
My command is this: Love each other as I have loved you. Greater love has no one than this: to lay down one’s life for one’s friends.
You are my friends if you do what I command. I no longer call you servants, because a servant does not know his master’s business. Instead, I have called you friends, for everything that I learned from my Father I have made known to you.
You did not choose me, but I chose you and appointed you so that you might go and bear fruit—fruit that will last—and so that whatever you ask in my name the Father will give you.
This is my command: Love each other.”

#成功案例[超话]##枇杷##成功案例##详解# ！#基因组# 及#重测序#助力野生枇杷基因组进化和果实驯化规律研究！——2022年12月，西南大学梁国鲁教授团队完成了野生枇杷高质量基因组和种质资源重测序研究，相关研究成果“Genome assembly of wild loquat (Eriobotrya japonica) and resequencing provide new insights into the genomic evolution and fruit domestication in loquat”发表于园艺学国际顶刊期刊《Horticulture Research》上。百迈客有幸参与了该研究，完成了其中基因组、群体和转录组测序及分析等工作。https://t.cn/A6CUdQ6R

热烈祝贺广东省科学院生态环境与土壤研究所崔江虎老师，石河子大学杨德松老师农林科学领域TOP期刊Journal of Agricultural and Food Chemistry（IF=5.895）封面发表，论文题为Visible-Light-Driven Zinc Oxide Quantum Dots for the Management of Bacterial Fruit Blotch Disease and the Improvement of Melon Seedlings Growth。瓜类细菌性果斑病是瓜类生产地区严重性的病害，团队通过合成氧化锌量子点研究其对瓜类果斑病的控制作用，研究发现氧化锌量子点在可见光驱动下比黑暗条件下防病效果提高了1.8倍，发病率降低了32%，同时氧化锌量子点通过激活植物氧化防御系统，促进了感病植株幼苗的生长作用，该成果首次提出光驱动下提高农药效率，并且激活植物防御系统，为病害防治的提供了新思路。