谢晓亮 教授主讲Life at single molecular level
2009年12月，谢晓亮教授，Mallinckrodt Professor of Chemistry, 哈佛大学 化学与化学生物学系 （北京大学生命科学学院 长江讲座教授）. 报告题目：Life at single molecular level.
- 大模型智能体2025.08.13
- Fine-Resolution Asymmetric Migration Estimation2025.07.27
- Towards biophysical virtual cell models from single cell data2025.07.27
- The Evolution Fluidity of Sex Differences2025.07.22
- Functional Innovation through New Genes Is a General Process in Biology and Evolution2025.07.09
- Spatial Transcriptomics to Target Hidden Drivers for Precision Medicine2025.06.26
- Harnessing big data for precision medicine2025.06.13
- 扦插还是嫁接？双元细胞命运的理论和应用2025.06.13
- Cancer proteogenomics and molecular subtyping2025.05.27
- Mechanism of gene activation in heterochromatin by pioneer factors2025.05.19
- Root Barrier Formation: Walking the Line between Protection and Exchange2025.05.14
- The dark side of eDNA and genotyping by sequencing2025.05.12
- 植物渗透胁迫“复合信号”传导2025.04.28
- Environmental Integration with Root Cell Type Development2025.04.25
- Engineering Longevity – Computationally-Guided Reprogramming of Cell Aging2025.04.10
- 进击的家犬：从起源驯化到医学模型2025.03.26
- RNA Methylation: a Structural Perspective from the Atomic Level to the Formation of an Important Nucleolar RNP Complex2025.03.24
- The Regulation of Hematopoietic Stem Cells and their Niche2025.03.13
- A Core Microbiome Signatureas an Indicator of Health2025.03.07
- Multi-scale control of structural functionality in biological organisms2025.02.25
- Understanding Climate Impact on Plant-Pathogen Interactions2025.02.18
- 第十五届北京酵母研讨会2025.01.09
- 以强农兴农为己任 科技助力乡村振兴2025.01.07
- 铁是大豆结瘤与共生固氮的重要驱动力2025.01.07
- 探寻高油高产大豆的精准设计密码2025.01.07
- 从基础科学到应用科学：突变理论与突变机制驱动的基因工程工具开发2024.12.16
- Phylogenomic Algorithms and Ancient Gene Flow Detection2024.12.16
- 水熊虫耐受超强辐射的多组学景观和分子基础2024.12.06
- The Journey of the HlV-1Capsid: From Assembly to Nuclear Entry2024.12.02
- Molecular mechanisms of auxin-mediated flower initiation2024.11.14
- Bacterial CRISPR and protective Goddess systems involved in antiphage defense2024.11.13
- mRNA and tRNA modifications in the regulation of gene expression2024.11.07
- 大豆光周期开花和株型调控2024.11.06
- Transposable Element-mediated Structural Variation: From McClintock to Pangenomes2024.10.24
- Inter- and intra-cellular signal networks regulating vascular stem cell development2024.10.18
- Structural and Molecular Biology of DNA transfer during Bacterial Conjugation2024.10.18
- Breast Cancer-The Road towards Cure!2024.10.18
- Advancing the Understanding of Ribosome-Inactivating Protein Toxicity for Future Applications2024.10.17
- 北京大学染色质复制国际研讨会2024.10.09
- Targeting membrane proteins with recombinant antibodies from phage display libraries2024.09.10
- 光遗传学-安全精准的新型植物研究技术2024.09.02
- Understanding phloem development cell-by-cell2024.08.29
- Deciphering Human Diseases through Tandem Repeats, Alternative Polyadenylation and Liquid Biopsy2024.07.22
- Landscape of the liver microenvironment in NASH and NASH-associated liver cancer2024.07.12
- Building the RootCellAtlas: A Unified Reference with Unprecedented Spatial Resolution2024.07.02
- An ancient ecospecies of Helicobacter pylori sheds unexpected light on human dietary evolution2024.06.21
- Mitochondrial Retrograde Signaling/Biogenesis - Transcriptional and Post-Transcriptional Levels2024.06.20
- New Gene Evolution Driven By the Force of Sexual Conflict Drive2024.06.13
- Decipher the Epigenetic Code in Health and Disease2024.06.03
- Visualization of Transcription Initiation2024.05.28
- 钙信号在植物生殖中的功能研究2024.05.22
- The Plasticity of Eukaryotic Genomes2024.05.13
- VEGF-B: the Yin and Yang in angiogenesis2024.05.10
- HOW WILDLIFE FIT INTO AN URBANIZED PLANET2024.04.17
- Regulatory Mechanisms of Lipopolysaccharide Synthesis in E. coli2024.04.15
- WHAT CAN CHARMM-GUI DO FOR YOU?2024.04.09
- The essentials of sepsis study - Cultivative or lost 40 years2024.04.03
- 植物中的RNA调控2024.04.01
- Neofunctionalization of Toll signaling: the evolution of dorsoventral axis formation in insects2024.03.22
- 植物代谢的多层次调控2024.03.20
- Recognition of “self”: Uncovering what regulates self-incompatibility in Papaver using transgenic Arabidopsis as a “poppydopsis” SI-PCD model system2024.03.16
- RNA修饰网络的形成和动态调控2024.03.11
- 植物-微生物共生的机制和应用2024.03.11
- 胚胎发育与体细胞重编程的表观调控机制研究2024.02.22
- 空间组学技术开发及应用2024.01.17
- Artificial intelligence to explore multimodality molecular data and accelerate biomedical knowledge discovery2023.12.13
- Biochemical functions of plant NLR immune receptors -from resistosomes to second messengers2023.11.29
- The Hippo Pathway: Signaling and Cancer2023.11.27
- 氨基酸感应与肿瘤微环境2023.11.10
- 计算育种-从“试验选优”向“计算选优”的探索2023.11.03
- Investigating and translating for potential clinical application of molecular mechanisms of genomic integrity2023.11.01
- Tale of a tail-structural insights into protein biogenesis in the ER2023.10.27
- 父系吸烟/尼古丁暴露对小鼠及子代的影响2023.10.27
- 把“冷门” 焐热，让“热门”升华 ——我平凡科研案例背后的科学与人文思考2023.10.27
- The science behind the scientific writing2023.10.16
- 见微知著之肝癌精准诊疗2023.10.10
- 植物根在非生物胁迫下维持生长的分子机制2023.10.09
- 新发再发传染病病原体结构与功能研究2023.09.20
- 光和能量调控大豆共生固氮机制2023.09.14
- CRISPR/Cas13 effectors have differing extents of off-target effects that limit their utility in eukaryotic cells2023.09.14
- Polygenic adaptation in cis-regulation2023.09.14
- A new mode of parental genomic imprinting shapes the genetic control of embryos in plant ancestors2023.09.14
- 表观遗传调控机理与作物遗传育种2023.09.13
- Biogenesis of peptide signals controlling plant defense and development2023.09.07
- ABC模型花发育调控基因的结构保守性和转录后调控机制研究2023.08.11
- How genes become machines in mitochondria2023.07.24
- Secondary siRNA pathways as key regulators of male reproductive development in plants2023.07.18
- Four decades of eukaryotic DNA replication – from yeast genetics to human cryoEM structures2023.07.11
- The “endless forms”: Genetics, development, and evolution of flower2023.07.11
- How supramolecular complexes are assembled for immune defense2023.06.23
- Cryo-EM structures of natively decorated ciliary doublet microtubule and associated complexes2023.06.23
- Coordinated regulation of Na+ extrusion and long-distance transport in plant2023.06.17
- Proximity labeling-driven understanding of plant nuclear membrane function2023.06.07
- Plant sperm cell research and its implementation in biotechnology2023.06.06
- 调控植物碳-氮代谢平衡实现可持续“绿色革命”2023.06.05
- Metabolic Signals in Longevity Regulation Across the Scale2023.05.31
- 植物根可塑性生长发育的机理研究2023.05.22
- From Sensitivity to Specificity: Assembly of the NAIP/NLRC4 Inflammasome2023.05.08
- 植物免疫与病原菌毒性的共进化和广谱抗病重构2023.05.08
- 基因组时代的大豆分子设计育种探索2023.05.08
