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Physics of Living Matter PLM6
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The Physics of Living Matter explores how the techniques, methods and general philosophy of the Physical Sciences can be applied to Biology. It is concerned with the structure and organization of biological systems and has the cell at its centre. From there, it extends both down to the molecular realm and upwards towards the tissue/organism level. This year’s symposium PLM6 will be held on the 19th and 20th of September 2011. The Lawrence Bragg lecturer this year will be Professor Sir Paul Nurse Please note that this meeting is now fully booked. Registration will now place you onto a waiting list. Please register for each day separately: DAY 1 : http://workshop.ccbi.cam.ac.uk/register/5zlom3xy/ DAY 2 : http://workshop.ccbi.cam.ac.uk/register/p06gib6w/ Registration is free for University of Cambridge researchers and affiliates. If you are from outside of Cambridge please note there is a registration fee of £100. Cheques in GBP payable to ‘University of Cambridge’ are acceptable in advance or on the day. Cash on the day is also acceptable. One payment covers registration for both days, and includes lunch on the 20th and tea coffee on both days. For more information on the PLM symposium series go to: http://www.pom.cam.ac.uk/events.html PLM6 is financially supported by the Company of Biologists, Andor Technologies, GSK , Dr Reddy’s, and the Journal of the Royal Society Interface. If you have a question about this list, please contact: Duncan Simpson; ama11; Cath Tinley. If you have a question about a specific talk, click on that talk to find its organiser. 0 upcoming talks and 99 talks in the archive. Closing Remarks
Planar cell polarity: From cell biology to human disease
Mechanical forces driving zebrafish epiboly
Collective migration of neural crest cells: a balance of repulsion and attraction
Mechanisms of morphogenesis in early embryos
Mechanical regulation of the cytoskeleton
Zooming into the molecular networks that regulate cellular morphogenesis
Modeling cytoskeletal systems.
Transport in random fields and applications to Drosophila melanogaster
Patterns in active fluids
Chromatin, nuclear mechanics and the cytoskeleton
Chemotaxis: linking cell shape, behaviour and strategy
Controlling the Cell CyclePlease note this seminar is Fully Booked The Lawrence Bragg Lecture 2011
Systems Analysis in Single Cells
Tracking stem cells at the single cell level: New tools for old questions
'Measuring the molecular dynamics of endocytosis using light microscopy
Fate restriction and multipotency in retinal stem cells
Embryonic patterning with an oscillating cell population
Introduction to Physics of Living Matter Symposium 6Registration is Required for this Meeting
The social biology of sucrose utilization in yeast: I might like you better if we stuck togetherThe Bragg Lecture 2010
Collective Cell Migration: Leadership, Invasion and Segregation
Tissue tectonics: quantitative morphogenesis across spatial and temporal scales
The physical forces behind collective cell migration
Rigidity comes with age: biomechanical models of tip growth
Forces and Regulation for Cell Sheet Movements in Dorsal Closure
Experimental studies and simulations of factors that power and steer mitotic spindle movements
Tracking stem cells at the single cell level: new tools for old questions
A role for structured noise in developmental pattern refinement
Variability in the cellular response to death receptor ligands
Universal patterns of stem and progenitor cell fate in adult tissue
The gene regulatory logic for reading the Sonic Hedgehog morphogen gradient in the neural tube
PLM5 Day 2
Development of connections in the Drosophila nervous system - from growth to function
Mechanics in neuronal development
Cell dynamics driving gastrulation in the mouse embryo
Understanding How Cell Movements Direct Early Mouse Embryogenesis
Matricellular Elasticity and Nuclear Rigidification with Epigenetic implications
Sequential activation of apical and basolateral contractility drives ascidian endoderm invagination
Growth, Form and Patterning in Development
Day 1 PLM5
Cell cortex mechanics: of blebs and other intriguing aspects of cell shape
Physics of Living Matter 4 (day2)
Physics of Living Matter 4 (day1)
L. Bragg lecture: "Single-Molecule Approach for Biochemistry, Molecular Biology ... and Beyond"Chair: Professor Peter Littlewood
Shape, Polarity and Individuation of Animal Cells
Title to be confirmed
Title to be confirmedChair: Professor Alfonso Martinez Arias
Patterns of stem and progenitor cell fate in adult tissues
Multipotency and Cell Fate decision on the Epigenetic Landscape: From Metaphor to Molecules and Mathematical Model
Excitable systems in cell populations
Antitrypsin deficiency and the serpinopathies
DNA: Not just a double helix
Glimpses of quantum mechanics in biologyPhysics, Molecules and Cells - Chair: Dr David Summers
GRAND OPENING of the Physics of Medicine Building
Computer modelling of the heart
Reverse engineering the brain: what photons and electrons can tell us about thought.
Of mice, men, and microscopes: Watching the brain dynamics of motor control at the cellular scale in behaving subjects
Medical MaterialsPhysics and Medicine (cont) – Chair Professor Athene Donald
New materials for regenerative medicine applications
Mechanical manipulation of single molecules in nanopores
Novel Photonics for the Biomedical Sciences
Imaging biology in the cancer patientSession 1: Physics and Medicine – Chair Professor Peter Littlewood
Physics of Living Matter 3registration is now closed as the meeting is oversubscribed, thank you
From words to literature in structural proteomicsL Bragg Lecture
Molecular imaging using hyperpolarised carbon-13From molecules to cells
No harm in looking? The effects of optical imaging on cytoplasmFrom molecules to cells
The poroelastic properties of cytoplasm: theory and experimentsFrom molecules to cells
Structure and dynamics of the cell membrane and cytoskeletonFrom molecules to cells
Where mechanics and biochemistry meet: probing the dynamics of cell polarization and morphogenesisDynamics of cell assemblies
Coupling cell cycle morphogenesis and mitotic spindle orientation to regulate tissue morphogenesisDynamics of cell assemblies
Biomechanics of epithelial sheet movements (in Drosophila)Dynamics of cell assemblies
To see the light - living optical fibers in the vertebrate retinaDynamics of cell assemblies
Morphogen transport and gradient formationDynamics of cell assemblies
Mesoscopic events in living cells: insights from bacterial chemotaxisDynamics of cell assemblies
Physics and the designs of brainsEmerging properties of biological networks
Spontaneous activity in the developing nervous system: form and functionEmerging properties of biological networks
Creation and destruction of biological polymer networksEmerging properties of biological networks
Shift happens: A systems-level analysis of the gap gene network in DrosophilaEmerging properties of biological networks
Evidence for the influence of nuclear architecture in shaping the organisation of genes in eukaryotic chromosomesEmerging properties of biological networks
Learning from the worm: predicting phenotype from genotypeEmerging properties of biological networks
Closing Remarks
The brain as a statistical machineThe Activity of Living Matter
Physical principles of sensory transductionThe Activity of Living Matter
Evolving mechanisms of Pattern Generation: Segmentation in AnimalsThe Activity of Living Matter
Kinetics of Morphogen Gradient FormationThe Activity of Living Matter
Imaging embryonic morphogenesisThe Activity of Living Matter
Reaction diffusion and collective behavior in the self-organisation of the mitotic spindleThe Activity of Living Matter
Multidimensional fluorescence imaging in living cellsWatching Living Matter
Studying Single Molecules on living cellsWatching Living Matter
Dissecting a protein-protein interaction in living cellsWatching Living Matter
Watching and modelling limb developmentWatching Living Matter
Visualisation and Modelling of Plant MorphogenesisWatching Living Matter
Imaging the Developmental Mechanics of the HeartThe Structure of Living Matter
How nature "designs" elastic polymersThe Structure of Living Matter
Can Polymer Physics Help Cellular Biomedicine?The Structure of Living Matter
Physical Aspects of Evolutionary Transitions to MulticellularityThe Structure of Living Matter
Soft Matter Physics of CellsThe Structure of Living Matter
Understanding Biology from the Atomistic ScaleThe Structure of Living Matter
Introduction and Welcome
Please see above for contact details for this list. |
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Professor Alfonso Martinez Arias ( Department of Genetics, University of Cambridge).
Tuesday 20 September 2011, 17:30-17:35