Scientific Meetings Co-ordinator

Name:	Scientific Meetings Co-ordinator
Affiliation:	MRC Laboratory of Molecular Biology, Cambridge
E-mail:	(only provided to users who are logged into talks.cam)
Last login:	15 Apr 2026, 2:05 p.m.

Public lists managed by Scientific Meetings Co-ordinator

• MRC LMB Seminar Series
• Peptide Mini-Symposium

Talks given by Scientific Meetings Co-ordinator

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by Scientific Meetings Co-ordinator

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that Scientific Meetings Co-ordinator actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• Max Perutz Lecture - Title TBC
• John Kendrew Lecture - Title TBC
• César Milstein Lecture - Title TBC
• LMB Seminar - Mechanisms of mRNA packaging and export
• LMB Seminar - Reconstructing biomolecular condensates for translation
• Francis Crick Lecture - From Cell Atlases to Medicines, with AI
• LMB Seminar - New Perspectives on CDKs and Cell Cycle Control
• Max Perutz Lecture - Transport through nuclear pores
• LMB Seminar - How the physical sciences can empower biology: Applications of single molecule fluorescence to the biosciences
• LMB Seminar - Quorum Sensing Across Domains: From Viruses to Bacteria to Eukaryotes
• LMB Seminar - De-novo discovery of macrocyclic peptides and pseudo-natural products for therapeutic innovation
• LMB Seminar - Ribosome Upside Down: Co-translational Protein Biogenesis at the Tunnel Exit - In person only
• LMB Seminar - The structures and mechanisms that maintain ciliary proteostasis - In person only
• LMB Seminar - Mechanisms of Translational Control: From Viral Hijacking to Codon-Dependent mRNA Surveillance - In person only
• LMB Seminar - Modulation of TREM2 function and its role in anti-Amyloid immunotherapeutic approaches
• CANCELLED LMB Seminar - In vitro reconstitution of minimal cytoskeletal systems
• LMB Seminar - Cellular response to genetic change
• LMB Seminar - Fast and slow pathways of ribosomal subunit association
• LMB Seminar - Blueprints of Life: Understanding the Sex Chromosomes
• César Milstein Lecture: Mechanisms driving the rapid evolution of genomes
• LMB Seminar - Transmission of Misfolded Proteins in Neurodegenerative Disorders: A Common Mechanism of Disease Progression
• LMB Seminar - How small molecules rescue a folding disease: principles learned from the ion channel CFTR
• LMB Seminar - Higher Order Transient structures and the principle of dynamic connectivity in membrane signaling
• LMB Seminar - One or two membranes? Investigating the transition between monoderm and diderm cell envelopes across the Tree of Bacteria - IN PERSON ONLY
• LMB Seminar - Cryo-OrbiSIMS – high resolution mass spectrometry imaging in the native biological state
• The Francis Crick Lecture 2025 - The DNA Quadruplex Helix
• LMB Seminar - Alpha-Synuclein and its aggregation: Past, Present and Future
• LMB Seminar - The immune system of bacteria - IN PERSON ONLY
• 2024 Milstein Lecture: 11am Centrioles in homeostasis, disease and evolution: tiny organelles, multiple and critical functions - IN PERSON ONLY
• LMB Seminar: Metabolism, Cellular Decisions and the Language That Unites Them
• 2024 Max Perutz Lecture: Antisense Modulation of RNA Splicing for Rare Disease Therapy - In Person Only
• 2024 John Kendrew Lecture: Wiring Specificity of Neural Circuits - In Person Only
• LMB Seminar: Molecular mechanisms that regulate the first cell fate decisions in human development - In Person Only
• CANCELLED - LMB Seminar: RNA Meets DNA: Dangerous Liaisons in the Genome
• Francis Crick Lecture 2024: Neuronal circuits for body movements - In Person Only
• LMB Seminar: Feedback control of mitosis in the context of the kinetochore
• LMB Seminar: Laser phase plate in cryo-EM and cryo-ET
• LMB Seminar: Separate yet connected: mitochondrial and nuclear genome stability
• LMB Seminar: Mechanosensing in cancer invasion and metastasis
• LMB Seminar: Identification of alternative pathways for metabolism or cell death using haploid genetics
• LMB Seminar: Evading ageing: Mitochondrial and proteostatic adaptations in oocytes
• LMB Seminar: Super-resolution imaging of transcription in living cells
• LMB Seminar: Biosynthesis and degradation of the underappreciated green polymer cyanophycin
• LMB Seminar: Title TBC
• LMB Seminar: TBC
• CANCELLED: LMB Seminar: New therapeutic modalities based on pseudo-natural peptides, products, and neobiologics
• LMB Seminar: Cell volume and dry mass across time scales in cultured mammalian cells: from milliseconds in migrating and circulating cells to homeostasis during cycles of growth and division
• LMB Seminar: The allosteric landscape of a protein
• LMB Seminar: From regeneration to homeostasis: tissue-scale decision making
• *CANCELLED* LMB Seminar: Alpha-Synuclein and its aggregation in neurodegenerative diseases
• LMB Seminar: Power to the protein: analyse, signal and protect with bacterial superglues
• Crick Lecture 2023: Innovating metagenomics to explore the strange world of archaeal extrachromosomal elements
• Perutz Lecture 2023: Decoding the protein dance
• LMB Seminar: Pharmacological Adaptation of Proteostasis to Ameliorate Aging-associated Degenerative Diseases
• Kendrew Lecture 2023: Cryo-electron tomography or the power of seeing the whole picture
• LMB Seminar: Title TBC
• LMB Seminar: Talking to cells: biomolecular ultrasound for imaging and control of cellular function in intact organisms
• LMB Seminar: AlphaFold2 as a Tool for Cell Biology
• LMB Seminar: Decoding the role of solute carriers in health and disease
• LMB Seminar: Title TBC
• LMB Seminar: Single-molecule studies reveal the dynamics of replication origin licensing
• LMB Seminar: What do we know about (your) antibodies? Novel insights from novel techniques in mass spectrometry
• LMB Seminar: Blending Proteins: Democratising Access to Beautiful Molecular Landscapes
• LMB Seminar: Tissue genomics: High throughout tools for measuring and perturbing tissues
• LMB Seminar: The Extraordinary Life and Legacy of Sir John C. Kendrew
• Milstein Lecture 2023: Understanding the Hox timer by Using mammalian Pseudo-Embryos
• LMB Seminar: Engineering a bacteria for lung therapy
• LMB Seminar: Structural basis of how the BIRC6/SMAC complex regulates apoptosis and autophagy
• LMB Seminar: Mechanism and regulation P element transposition in Drosophila
• New Frontiers in PKA Signaling
• Crick Lecture 2022: Neurobiology of Social and Sickness Behaviors
• LMB Seminar: Cryo-ET reveals sarcomere structures at molecular resolution
• Regulation of mRNA translation and decay
• LMB Seminar: Encoding tissue morphogenesis with genetics, mechanics and geometry
• Milstein Lecture 2022 - Project Lightspeed – The discovery of the first Covid-19 mRNA Vaccine
• Milstein Lecture 2022 - mRNA Cancer Vaccines
• LMB Seminar - Using connectomes to accelerate studies of the neuronal control of behavior in Drosophila
• Fast cryo-EM sample preparation: Recent developments and applications
• Aaron Klug Memorial Symposium
• Kendrew Lecture 2022: Chemogenetic and optogenetic technologies for probing molecular and cellular networks
• LMB Seminar: Engineering Organoid Development
• Max Perutz Lecture 2022: Therapeutic Opportunities in Glycoscience
• Milstein Lecture 2021: Organoids to model human diseases
• Crick Lecture 2021: Human Immune Responses to SARS-CoV-2 Infection or Vaccination
• Interplay between tissue tension and tumor immunity
• LMB Seminar: Biomolecular condensates and their implications for physiology and disease
• LMB Kendrew Lecture (part 2): Highly accurate protein structure prediction with AlphaFold
• LMB Kendrew Lecture (part 1): Using AI to accelerate scientific discovery
• Using stem cell technology to combat age-related neurodegenerative diseases
• LMB Seminar: The biomass distribution on Earth
• LMB Seminar: Membrane Mechanics: cryo-EM insights and challenges
• LMB Seminar: Mechanisms of centriole assembly
• Mechanisms of centriole assembly
• LMB Seminar: Systemic regulation of brain aging and function
• Perutz Lecture 2021: The coming of age of de novo protein design
• LMB Seminar: Molecular views into cellular functions by in-cell cryo-electron tomography
• LMB Seminar: Functions of Ribosome-Associated Chaperones in Health and Disease
• Rules of engagement: molecular arms races between host and viral genomes
• Translation defects and neurological disease
• Sir Martin Wood Prize Lecture: The emerging world of microbial rhodopsins in photobiology
• The African killifish: a vertebrate model to understand aging and ‘suspended animation'
• How is electrical signal generated?
• RNP granules in health and disease (via Zoom)
• LMB Seminar Series: Title tbc
• Study virus assembly and host interactions in vitro and in cells by cryoEM and cryoET
• Kendrew LMB Seminar Series: Title tbc
• Designer tissues: synthetic, living and hybrid materials
• LMB Seminar Series: Title tbc
• Perutz LMB Seminar Series: Title tbc
• The diverse and expanding role of mass spectrometry in structural and molecular biology
• LMB Seminar Series: Extracting function from structure: Lessons from the adult fly connectome
• LMB Seminar Series: Regulation of gene expression and genome organisation
• Perutz LMB Seminar Series: How our chromosomes are replicated
• LMB Seminar: Mitochondrial Behaviour
• LMB Seminar Series: Title tbc
• Milstein LMB Seminar Series: Stem Cells in Silence, Action and Cancer
• LMB Seminar Series - Francis Crick Lecture - Innovation by Evolution: Bringing New Chemistry to Life
• LMB Seminar Series: Title tbc
• LMB Seminar Series - Synthesis and hydrolysis of the gram-positive cell wall: revisiting old models with new data
• LMB Seminar Series - CryoEM of proton pumping macromolecular machines
• LMB Seminar Series: Title tbc
• LMB Seminar Series: Title tbc
• LMB Seminar Series: Title tbc
• LMB Seminar Series: Title tbc
• LMB Seminar Series Milstein Lecture - Intracellular Membrane Contact Sites, Lipid Dynamics and Neurodegeneration
• Perutz Lecture- How synapses work: Architecture and mechanism of neurotransmitter receptors and transporters
• Evidence that sub-cellular oscillators may time and execute organelle biogenesis
• LMB Seminar Series - Kinetochore Structure
• LMB Seminar Series-Title to follow
• LMB Seminar Series-Title to follow
• Kendrew Lecture-Electron cryo-microscopy
• LMB Seminar Series-Title to follow
• Kendrew Lecture- Illuminating biology at the nanoscale and systems scale by imaging
• Localised RNA-based mechanisms underlie neuronal wiring
• Exploring and Exploiting the Diversity of Secretory Routes in Mammalian Cells
• Max Perutz Lecture-On clocks and tuners: cyanobacterial strategies to thrive in a dynamic environment Erin K. O’Shea, Harvard University, Howard Hughes Medical Institute
• Genomic and cellular integration of bacterial endosymbionts into host cells
• LMB Seminar Series- Title to follow
• LMB Seminar Series-Title to follow
• LMB Seminar Series- Stories from the first year of the Central Oxford Structural Microscopy and Imaging Centre - closing in on bacterial protein secretion systems.
• LMB Seminar Series- How T cells control secretion to optimise target cell killing
• Crick Lecture-The Surprising Chemistry of Non-enzymatic RNA Replication
• Integrated structural biology of gene transcription
• LMB Seminar Series-RNA quality control and the nuclear RNA exosome
• LMB Seminar Series- Title to follow
• LMB Seminar Series-DNA Methylation: From stem cell differentiation to chromatin organisation
• Charting the response to DNA damage
• Mulitispectral imaging to uncover the organelle interactome
• Max Perutz Lecture- Antisense transcription and epigenetic switching
• RNA methylation in development and disease
• Membrane proteins - the lipid connection
• Milstein Lecture- Molecular Mechanisms of Synaptic Transmission
• Comparative studies of intrinsically disordered proteins
• Title to be confirmed
• RNA methylation in development and disease
• Molecular Chaperone Functions in Protein Folding and Quality Control
• Kendrew Lecture- Bacterial Quorum Sensing and its Control
• TBC
• TBC
• TBC
• TBC
• Pathological vs Reversible Amyloid
• Pathological vs Reversible Amyloid
• Perutz Lecture 2016
• Kendrew lecture- Post-translational regulation of cell signalling
• Mapping cancer origins
• Learning and motivation toggle feed-forward inhibition in the Drosophila mushroom body
• CRISPR-Cas: origin of adaptive immunity from selfish genetic elements and the evolutionary continuum from Darwin to Lamarck
• Structure of TRP channel by single particle cryo-EM
• Cell wall deficient (L-form) bacteria: from cell biology to the origins of life
• mRNA stability is substantially dictated by the action of the ribosome
• Crick 2016 Lecture-DNA Sequence and the Epigenome Entwined
• A chemical approach to understanding cell division
• Protein folding homeostasis in the endoplasmic reticulum: tuning a chaperone
• Milstein Lecture-Phosphoinositide 3-Kinase and Cancer Metabolism
• In the beginning it was dark: Hydrothermal vents and the origin of life (real microbes)
• Title to be confirmed
• Title to be confirmed
• Title to be confirmed
• Crick Lecture- The transformative CRISPR-Cas9 genome engineering technology: lessons learned from bacteria
• Plasticity of Cancer Cells : Lessons from Glioblastoma
• Persister Cells and the Search for Sterilizing Antibiotics
• Phosphorylation-regulated assembly of DNA Damage Response systems
• Structural Mechanisms in the Tyrosine Kinases that Initiate Immunological Signaling
• Regulation of proteasome function in normal and disease states
• Chromatin unloading of the replicative DNA helicase during replication and repair
• Insights from a model of breast tumor heterogeneity
• Remodeling of the erythroid proteome
• Synthetic Probes for live-cell imaging
• Tbc
• Prion propagation and neurotoxicity
• Taming a protein destruction machine
• Title to be confirmed
• Local and Global Regulation of Meiotic Prophase by Post-Translational Protein Modification
• Max Perutz Lecture 2014: C. elegans surveillance of conserved cellular components to detect and defend pathogen attacks, real or imagined
• TBC
• Nitric Oxide controls a switch between degenerative and regenerative phases of developmental neuronal remodelling
• Nitric Oxide controls a switch between degenerative and regenerative phases of developmental neuronal remodelling
• The amazing hepatocyte: master of disguise and adaptation
• Genome stability and instability during repair of a broken chromosome
• TBC
• Crick Lecture 2014: How Aneuploidy Drives Cancer
• Feedback control of cell division
• From static structures to molecular movies: pushing the boundaries of X-ray Crystallography
• The Consequences of Whole Genome Duplications
• Extrinsic regulation of haematopoietic stem cell self
• Milstein Lecture 2014: Unfolded Protein Response in Health and Disease
• The function and execution of RTEL1 activities at vertebrate telomeres
• Exploring the final events in eukaryotic cell division
• TBC
• Engineering strategies for tuning cell surface receptor signalling
• Structural basis of protein PARylation-dependent ubiquitination
• Francis Crick Lecture 2014: Prions Causing Neurodegeneration: A Unifying Etiology and the Quest for Therapeutics
• What can NMR tell us about how a virus enters its host cell?
• Building proteins de novo: better, faster, fitter
• John Kendrew Lecture 2014: Birth and Future of Multi-Scale Modeling of Macromolecules
• microRNAs, circular RNAs, and micropeptides
• Type VI Secretion System: structure, function and dynamics of a multicomponent nanomachine that is evolutionarily related to a contractile phage tail
• Lighting up RNA Interactions in Living Cells
• Feldberg Prize Lecture: The mitochondrial machinery for transport and assembly of proteins
• Systematic cell biology - Moving beyond text-book schemes
• GPCRs: From thermostabilisation to X-ray structures and Drug discovery
• Brain Power: Where does it come from and how is it used?
• John Kendrew Lecture 2013: Noncoding RNAs: with a viral twist
• Embracing Complexity: A Drosophila Approach To Cancer Therapeutics
• Can structural studies of intact viruses really be useful in the search for better vaccines and antivirals?
• Conformational Conversion in Amyloid Assembly
• Milstein Lecture: Title TBC
• Milstein Lecture 2013: Sorting out protein traffic: Ubiquitin-mediated endocytosis and a membrane protien’s final ESCRT
• Innate Immune Sensing and Signaling of Cytosolic DNA and RNA
• Long-distance organelle transport in the neuron: mechanisms of motor engagement and motor coordination
• The Evolutionary 'Design' of Proteins
• Watching Individual Proteins Working on Single Molecules of DNA: from Biophysics to Cancer
• Biological insights from cryo-EM studies of complex macromolecular assemblies in transcription initiation and microtubule dynamics
• The impact of systemic inflammation on the brain in health and disease
• TBC
• Intrinsic biophysical diversity and connectivity of neuronal circuits
• Direct Selection for Antibodies that Control Cell Fates from Intracellular Combinatorial Antibody Libraries
• TBC
• Cytoskeletal Control of Leukocyte Chemotaxis
• Selective autophagy: when being picky pays of
• Five ways that viruses use to enter the animal cell
• Max Perutz Lecture: Five ways that viruses use to enter the animal cell
• Machinery for making coated vesicles
• The genetics of individuals: why would a mutation kill me, but not you?
• The genetics of individuals: why would a mutation kill me, but not you?
• TBC
• The mammalian circadian timing system: how the brain communicates with the periphery
• Assembly and Dynamics of Uber Complex RNPs
• New insights into the role of the chromatin associated factor ATRX
• Max Perutz Lecture 2012: Defective DNA strand break repair, genome instability and cancer
• Lgr5 Stem Cells in self-renewal and cancer
• Normal and neoplastic stem cells
• Mechanisms for the Selective Degradation of Ubiquitinated Proteins by the 26S Proteasome
• Shedding light on Ubiquitin Modification in Cancer.
• The structural and mechanistic basis for Rab cycling and targeting
• Milstein Lecture 2012: How do we sense microbes? From LPS, TNF, and the TLRs.
• Monitoring protein synthesis one codon at a time through ribosome profiling
• Local Translation at the Synapse
• How end binding proteins recognise growing microtubule ends: from molecular structure to network functioning
• Molecular mechanisms of complement activation and regulation
• Ubiquitin flips the anaphase switch
• John Kendrew Lecture 2012: Harnessing actin dynamics for endocytic trafficking events
• John Kendrew Lecture - Harnessing actin dynamics for endocytic trafficking events
• A Chemicogenetic approach to DNA repair implicates TORC2 and actin in survival of DNA breaks
• Disruptions on the Highways of Cell Communication
• Structural and Biochemical Mechanisms of Synchronous Synaptic Transmission
• Crick Lecture 2012: Consequences of Aneuploidy
• New concepts in host-pathogen interactions: lessons from Listeria
• Functions of Dynamin A, Myosin IB and WASH in phagolysosome biogenesis, and the Exocyst in kiss-and-run exocytosis in Dictyostelium
• Signaling through the ubiquitin system
• Lgr5 Stem Cells in self-renewal and cancer
• Structural and Mechanistic Studies of the Anaphase Promoting Complex
• The Evolution of Enzyme Mechanisms and Functional Diversity
• Structural Studies on the Regulation of Protein Kinases: EGFR and CamK-II
• Neuronal plasticity: from synapses to the axon initial segment
• DNA-dependent protein kinase is a DNA sensor for IRF-3-dependent innate immunity
• DNA strand break repair and links to human disease - Max Perutz Lecture 2011
• mRNA-tRNA translocation intermediates by cryo-EM: a look at the free-energy landscape from a single sample.
• Molecular and cellular mechanisms for memory allocation in neuronal networks
• Genetic dissection of emotion circuits in flies and mice - Francis Crick Lecture 2011
• TBC
• Self-assembled DNA-nanostructure tools for molecular biophysics
• PDBe - Bringing Structure to Biology
• Tuberculosis Treatment Dicta from the Zebrafish
• Autoantibodies against NMDA receptors and other neuronal targets: the widening spectrum of antibody-mediated CNS disorders
• Exploring and exploiting chromosome repair and segregation mechanisms in cancer
• Visualizing vesicle and virus budding by electron microscopy
• Genetic Architecture of Leukaemia
• Delivery Boy to Reporter: Unusual DNA’s journey through a worm-whole
• Delivery Boy to Reporter: Unusual DNA’s journey through a worm-whole
• A primer on DNA origami and why molecular biologists might care
• Genome-wide analysis of AID activity and AID-mediated translocations in B lymphocytes
• Feldberg Prize Lecture: Biogenesis of iron-sulfur proteins in eukaryotes
• Controlling Recombination
• A systematic screen for protein–lipid interactions in Saccharomyces cerevisiae
• Milstein Lecture 2011: How the endoplasmic reticulum gets into shape
• The Chemical Biology of Large-Scale Transcriptome Analysis
• The Cellular Basis for the Cancer-Related Phenomena of Immune Suppression and Cachexia
• The Female Side of Fertilization: Crystal Structure of Vertebrate Sperm Receptor ZP3
• The Structural Basis of Ubiquitin Signalling
• Repeat Proteins:Versatile frameworks for understanding and engineering protein structure and function
• Non-classical means for regulating small G-proteins
• Accuracy of codon reading by transfer RNAs
• Transport mechanism and membrane interactions of the cation pumps
• Pre- and postsynaptic NMDA receptors in neocortical synaptic plasticity
• Transcription and R-loops as a source of genome instability
• In vitro and in vivo single molecule studies of chromosome replication and segregation
• Genetic approaches to understand and manipulate retinal circuit function
• Off-the-shelf models of chromosomal translocations and using antibody fragments as cancer drug surrogates
• Crystal structures of bacterial and yeast ribosomes
• Interactions of Cancer Stem Cells with their Niches are Essential for Breast Cancer Metastasis
• The mechanism of retroviral DNA integration through X-ray structures of its key intermediates
• Structural biology of bacterial secretion systems
• Protein folding homeostasis and prion-like propagation of protein aggregation in neurodegenerative disease
• Protein folding homeostasis and prion-like propagation of protein aggregation in neurodegenerative disease
• Structural insights into the process of co-translational targeting of membrane proteins and translation initiation in eukaryotes
• PI3K as a pulling force for cell cycle progression
• Femtosecond Membrane-Protein Nanodiffraction using a Hard X-Ray Laser
• Dehydrated but unharmed? – the mass spectrometry of protein complexes
• Deconstructin oncogenesis and tumour suppression to find the best cancer drug targets
• Regulation of microRNA biogenesis and function
• Nucleocytoplasmic Transport Machinery and Pathways: Cell Cycle Regulation and Stress Response
• Mitosis and Meiosis in live mammalian cells: From genome wide RNAi profiling to homologous chromosome segregation
• Ion channels: Structure, modulation, and unconventional approaches
• Role of intrinsic Flexibility in Protein Regulatory Mechanisms
• Protein Intrinsic Disorder and Cell Signalling
• Small Molecules and Light as Tools for the Regulation of Biological Proceeses
• Macromolecular interactions that control chromosome stability and cancer predisposition
• Connecting transcription with mRNA processing and chromatin
• Autophagy: molecular machinery and role in diseases
• Gene Regulatory Network Guidance of Cellular Identity Choice: Stem Cells to T Cell
• Assembly and function of K11-linked ubiquitin chains
• The genomic code for nucleosome positioning
• The T cells that nature didn't select
• Epigenetic reprogramming in transplanted nuclei
• Gene punctuation: multiple roles of transcriptional termination in regulating eukaryotic gene expression
• Some like it hot: nucleosomes mediate temperature sensing
• Unfolding pathways of endoplasmic reticulum stress response and apoptosis in Drosophilia
• Hedgehog signaling in regeneration and disease
• The evolution of long ncRNAs and Prdm9, a special gene
• TBC
• A Ubiquitin-winnowing machine: Is there ubiquitin chain selection upstream to the proteasome?
• New genes involved in deafness from large-scale mouse screens
• On the origin of RNA and peptide synthesis: clues from biology and prebiotic chemistry
• Role of PRG-1 (plasticity related gene-1) in glutamatergic transmission
• Role of PRG-1 (plasticity related gene-1) in glutamatergic transmission
• Mass Spectrometry and it's Role in Structural Biology
• Mapping metazoan gene regulatory networks to understand transcription factor function in health and disease
• Cellular quality control of protein aggregates by chaperones
• Neuronal Differentiation and Mechanosensory Transduction in C. elegans.
• Biochemical Society Early Career Lecture: Structure and specificity of deubiquitinases
• G protein signaling in photoreceptors
• Genes and Cells that Influence the Lifespan of C. elegans
• How transcription factors deal with nucleosomes
• A Mystery Solved: Why Lis1 ans NudE are important for dynein mediated nuclear migration
• Probing dynamic assembly and conformational changes of GPCR signalling complexes using bioluminescence and fluorescence resonance energy transfer approaches.
• Genetic analysis of Parkinson disease; from fruit flies to moving mitochondria
• Nanotubes and Synapses in Immune Cell Biology
• X-ray tomography generates 3-D views of whole cells at better than 50 nm resolution
• Modern synthetic biology. Darwin from the atom up
• The Nature and Chemical Biology of G-quadruplex Nucleic Acids
• Regulators of synapse formation in C. elegans
• New work with RNase P: regulation in HeLa cells and therapeutic tools
• Activation of Protein Kinases by the HSP90 Molecular Chaperone System
• From cell mechanics to tissue morphogenesis
• Disease, development, evolution and environment: insights from eyes
• Indecent exposure: replication, sex and survival with unprotected telomeres
• Multidimensional proteomics and genetic analysis reveal condensin's function in vertebrate mitotic chromosomes
• Nuclear architecture in zebrafish: Cajal bodies are required for life and splicing during embryogenesis
• IgH Class switching, Translocations, and Lymphoma
• DNA sequence dynamics under nucleosome constraint: Form Follows Function Follows Form?
• Love at first light
• Insights into mechanosensitive ion channels
• CANCELLED - Transcriptional regulation by the Polycomb system
• Cancerous microRNAs and regulatory binding proteins
• Thinking Small: Fragment-Based Drug Design
• Identification of 20 novel breast cancer fusion genes using genome-wide massively parallel paired-end sequencing
• Tackling an old enemy: new ways to target RNA
• eIF3a cooperates with sequences 5' of uORF1 to promote resumption of scanning by post-termination ribosomes for reinitiation on GCN4 mRNA
• SNAREs, Synaptotagmin, and Fusion Pores
• The structure of tubulin and the control of microtubule assembly
• Connectomics in the developing nervous system
• Novel molecular switches for optical research on living cells
• Understanding and controlling cell death
• The Hsp90 Molecular Chaperone - an open-and-shut case for treatment
• Structural analysis of cells and viruses at molecular resolution with 3D electron microscopy
• Function of diverse transcriptional coactivators in animal cells
• Transcription factories and nuclear organization of the genome
• A "molecular sled" activates the adenovirus proteinase and carries it along tens of thousands of base pairs of viral DNA via one-dimensional diffusion to locate its substrates
• The interplay between phosphorylation and polyubiquitinatioan in regulating the innate immune system
• Using microfluidics to ask other peoples questions in biology
• The organization and topology of the bacterial nucleoid: steps towards a holistic theory of transcriptional regulation
• Using Chemical Tools to Elucidate the Molecular Mechanism of Malaria Infection and Develop a Malaria Vaccine
• A glimpse into the atomic structure of plant photosystem I - 3.5 billion years of perfection
• Targeting the lipid kinases
• Structure and Dynamics of the Human beta 2 Adrenergic Receptor
• How do miRNAs silence gene expression?
• Centrosomal delivery of secretory granules
• Autophagy and neurodegenerative diseases
• The RNA world of germ cells
• RNA catalysis: sophisticated biochemistry by a simple biopolymer
• Towards in vivo molecular automata
• Feldberg Foundation Prize Lecture: "Formation of ribonucleoprotein particles and their nuclear export through nuclear pore complexes
• Turning LMB Science into a Half a Billion Dollar Business
• ENCODE: Understanding our genome
• Microfluidics in Biology
• The DNA damage problem and its impact on cancer and aging
• Organisation of membrane transport by microtubule motors and plus tracking proteins
• RNA Structure, Catalysis and the Origin of Lfe
• Structural basis of interative fatty acid synthesis catalyzed by giant multienzyme complexes
• Silence of the Genes: DNA methylation in cancer
• Genomics: From Humans to the Environment
• Regulation of the proteasome and the dynamics of multiubiquitin chains
• What structural studies tell us about amyloids and prions
• Searching for biological function and evolutionary trajectories in the protein universer
• HIV assembly - is it the plasma membrane after all?
• Organising Microtubules in Space and Time
• Evolution of the Pathological process underlying sporadic Parkinson's Disease
• Mechanisms of epigenetic reprogramming in mammalian development
• Structural Analysis of Glutamate receptor gating and allosteric regulation
• Centrosomes: organizers of cell division in C.elegans embryos
• Optogenetic control of neuronal function, and molecular analysis of nicotinic acetylcholine receptor associated proteins in Caenorhabditis elegens
• Neural Processing of Optic Flow in the Fly
• LepA, one of the most conserved proteins known and present in all bacteria and mitochondriae, is a ribosomal elongation factor with a new function
• The molecular mechanics of eukaryotic translation initiation
• Ubiquitin signalling networks
• Receptor-recruitment by a natively disordered protein
• Quantitative proteomics of organelles of the early secretory pathway
• Structural variation in the human genome