
Comprehensive exploration of plant biology, covering evolution, cell structure, physiology, and biotechnology. Delves into advanced topics like transgenic production and tissue culture techniques.

Comprehensive exploration of plant transport mechanisms, covering water relations, mineral uptake, and translocation processes essential for plant physiology and growth.

Comprehensive biology course covering genetics, reproduction, evolution, and cellular biology for NEET exam preparation. Includes detailed lectures on key topics and practical problem-solving strategies.

Comprehensive botany crash course covering key topics for NEET exam preparation. Includes in-depth lectures, tricks, and previous year questions to boost understanding and exam readiness.

Explore fern resistance to winter through xanthophyll cycle activity, xylem attributes, and desiccation-tolerance interplay in this botanical research presentation.

Comprehensive overview of photosynthesis, covering light-dependent reactions and Calvin cycle. Explains key processes, molecules, and structures involved in converting sunlight to energy for plants.

Explore plant adaptation, sensory experiences, and survival strategies. Discover how plants' self-awareness influences their growth and what humans can learn from their remarkable abilities.

Explore how plants are utilized in space with Dr. Paul and Dr. Ferl, uncovering the fascinating world of extraterrestrial botany and its implications for future space missions.

Explore a comprehensive cellular and subcellular mapping of Arabidopsis leaves through integrated data analysis, unveiling new insights into plant biology and leaf structure.

Explore plant adaptations to salt stress, from deserts to coastlines, and discover a unique shrub that sweats salt. Learn how interdisciplinary science uncovers these botanical secrets.

Explore tree growth mechanisms, including the "tree muscle" and light-seeking behavior, through greenhouse experiments and scientific insights.

Explore Arabidopsis thaliana's response to spaceflight conditions in this astrobiology presentation, uncovering insights into plant adaptation and potential implications for space exploration.

“收集和拍摄种子的过程,让我更深刻地体会到种子的美与奥妙。” 当你在看电影时,你最关注的是什么?来自中国科学技术大学的科学艺术老师马子颂,在观看《长安的荔枝》时,却被影片里出现的植物深深吸引。 三年前,一罐花椒让他忍不住拿起显微镜,记录下它对称的形态与鲜红的外表。自此,他踏上了科学可视化的旅程。 他开始搜集并拍摄各种各样的种子:奇异果、玉米、黄堇……在他的微观镜头下,一颗颗微小的种子,展现出 “世间种种” 的辽阔与奇妙。 “The process of collecting and photographing seeds made me realise more deeply thei