金陵讲堂是为纪念我国著名作物遗传育种专家、大豆遗传育种奠基人之一、农学院的创始人王金陵先生在农业教育、科研和生产领域的卓越成就,弘扬老一辈农学人孜孜以求的探索精神,传承老一辈教育工作者诲人不倦的高尚品格,激励广大学生和教师实事求是、刻苦钻研、勇于创新、多出成果而创办的学术交流平台。此次金陵讲堂邀请英国亚伯大学教授Luis A.J. Mur与中国农业科学院蔬菜花卉研究所正高级农艺师杨坤进行讲座和研讨。
一、报告日程:
时间 |
报告人 |
单 位 |
题 目 |
主持人 |
09:30-10:30 |
Luis Alejandro Jose Mur |
英国亚伯大学(Aberystwyth University) |
Integrative omics approaches to dissect drought tolerance in cereals |
辛大伟 |
10:30-11:30 |
杨 坤 |
中国农业科学院蔬菜花卉研究所 |
玉米品种DUS测试表型智能化 采集技术 |
二、报告时间:08月10日(星期日)上午09:30
三、报告地点:农学院金陵讲堂报告厅
四、直播平台:百博智慧直播间金陵讲堂频道
农学院
2025年8月8日
报告人简介:

Luis Alejandro Jose Mur(Aberystwyth University),Luis Mur, PhD, Professor, Department of Life Sciences。
In my Food Security Research I am interested in developing our understanding of the genetic & biochemical events associated with plant responses to stress & in identifying sources of tolerance/resistance. This work is based on the use of model plant species, Arabidopsis & Brachypodium distachyon & also crops, wheat (Triticum aestivum), oats (Avena sativa) tomato (Solanum esculentum) & barley (Hordeum vulgare).
My interests in clinical health focus on the respiratory tract & identifying drug leads from natural products. Lung cancer (LC) is the most prevalent cancer in the world with 1.3 million deaths recorded each year. Only 15% of patients live for five or more years after initial diagnosis, primarily due to late detection. Chronic obstructive pulmonary disease (COPD) is characterised by an increase in mucus production due to hyperplasia of goblet cells, & hypertrophy of mucus glands COPD is a leading cause of death, arising from acute exacerbations (sudden worsening of symptoms) which may be triggered by infection or environmental pollutants. My research in this area is focusing on the detection of metabolite biomarkers for LC & COPD & investigating possible links with the lung microbiome.
My research in bioactive natural products focus on identifying anti-microbial metabolites against such human pathogens as MSRA & Pseudomonas aeruginosa from invasive plant species & extremophile microbial strains.
I employ cutting edge genomic & post-genomic approaches but will use classical physiological, genetic, biochemical or microbiological approaches- as appropriate. I have numerous national & international collaborations which are supported by funding from the BBSRC, the EU, NSF (USA), DEFRA, Royal Society, Welsh Assembly, & AU Research Fund.
杨坤,正高级农艺师,课题组长,农业农村部植物新品种测试(北京)分中心常务副主任。长期从事植物品种DUS测试和相关科研工作。近五年,承担了国家重点研发、北京市科技计划、农业行业标准等项目5项,重点研究表型图像识别、统计分析、分子鉴定等技术和标准,获得软著12项、专利7项,发表标准2项、论文4篇、专著1部。自主研发的植物品种DUS测试统计分析软件DUSCEL4.0被国际植物新品种保护联盟(UPOV)采纳为推荐工具;自主研发了植物表型图像分析软件2.0,可精准识别玉米、番茄等8种作物100多个性状;自主研发的植物品种DUS测试大数据平台2.0,实现手机端数据和图像采集、图像识别、数据分析、编制报告等一站式服务。