The point of qualitative research |
Prof Aksel Tjora, Professor of Sociology at the Norwegian University of Science and Technology, gives a talk for the MSc in Evidence-Based Health Care programme. |
Aksel Tjora |
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'Land, Sea and Air' Part 3 - What happens when we fly |
Oxygen levels are slightly lower when you fly on commercial airlines, so what effects does this have on people? Can it cause any problems? |
Thomas Smith |
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'Land, Sea and Air' Part 2 - The state of the oceans |
What's in the deep ocean? And how can we study these remote and extreme ecosystems? And how is climate change affecting ocean ecosystems? |
Alex Rogers |
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Evidence informed decision making? (Know your cognitive biases) |
Prof Neal Maskrey gives a talk for the Centre for Evidence Based Medicine seminar series. |
Neal Maskrey |
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Why on earth do we waste so much research? |
Dr Kamal Mahtani is an NHS GP, NIHR Clinical Lecturer and Deputy Director at the Centre for Evidence Based Medicine. His talk explores why so much research is wasted. |
Kamal Mahtani |
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'Land, Sea and Air' Part 1 - How mountains are made |
How do we discover the origins of mountains? |
Mike Searle |
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'Learning' part 3 - Learning from Nature |
How can Chemistry take inspiration from nature to create cleaner and more efficient ways of producing and using Hydrogen as a source of clean energy? |
Kylie Vincent |
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'Learning' part 2 - Stimulating learning |
Can a little electrical stimulation help people learn quicker? And how would technology that does this be used? And why would you want to use this over medicines? |
Roi Cohen Kadosh |
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'Learning' part 1 - Sleep for success |
Sleep is really important. But do we realise how important it is, particularly for helping us think straight? Are teenagers lazy? Are their body clocks different? |
Christopher-James Harvey |
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Power People: what are we doing with all that energy? |
Did you know that you are in charge of a power station? It's true. Every time you flick a light switch, a power station somewhere in the UK will respond and generate that little bit of extra power you need for your light. |
Phil Grunewald |
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Overdiagnosis and Too Much Medicine How did we get here and how do we get out of the mess |
Professor Carl Heneghan gives a talk for the MSc in Evidence-Based Health Care programme |
Carl Heneghan |
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Breathalysers, babies and bumps on the road: delving into diagnostic studies |
Talk by Dr Helen Ashdown regarding three rather different diagnostic studies People: Helen Ashdown |
Helen Ashdown |
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'Relationships' part 3 - Networks: the science of connections |
What is a network and how can you use mathematics to unravel the relationships between a variety of different things? How can this understanding then be applied to a range of different settings? |
Mason Porter |
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'Relationships' part 2 - New fathers |
How do new fathers form relationships with their children? What is the unique role of a father? What do they contribute to the development of their children? What is male post-natal depression? |
Anna Machin |
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Run for Your Light |
You may have heard the word “quantum” bandied around a lot. But what does it mean? In this animation we take a look at how the photon – the quantum particle of light – is being harnessed to help create new technologies like quantum computers. |
Robert Taylor, Steven Kolthammer, Josh Nunn |
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What Makes You Tick? |
How do you know when it's time to wake up or go to sleep? More powerful than any alarm are your circadian rhythms. |
Christopher James-Harvey, Stuart Peirson, Russell Foster |
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Shedding Light on the Situation |
Light is more than just light bulbs and sunshine! Researchers at the University of Oxford use different types of light to learn more about all sorts of interesting things. |
Jena Meinecke, Chris Rennick, Brianna Heazlewood, Clarence Yapp, Matthew Friedman |
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'Relationships' part 1 - People and plants: balancing conservation and commerce |
How can working with people to understand how they use their local plants be used to protect them when industry moves in? How do we find and conserve areas of high 'bioquality'? |
William Hawthorne |
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'Killers' part 3 - Mental illness and violence |
Forensic psychiatry can help us understand the causes and best treatments for mentally disordered offenders inside and outside of the prison system |
Seena Fazel |
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'Killers' part 2 - Keeping water flowing with smartphones |
Water pumps are a lifeline for many communities in developing countries. But how can you monitor them all to know whether they're in working order? And can you collect data based on pump usage to provide useful insights into community health? |
David Clifton |
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10 Top tips for doing applied healthcare research: How to get started |
Carl Heneghan gives a talk held on January 11th 2016 Kellogg College. |
Carl Heneghan |
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'Killers' part 1 - Mosquito genomes and malaria control |
Can studying Mosquito population genomes help to stop the spread of Malaria? |
Alistair Miles |
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'Clues' part 3 - Picking apart the genetics of speech and language disorders |
How do you start to pick apart speech at the genetic level? Dr Dianne Newbury explains what Specific Language Impairment is and how her research is unravelling a pretty complicated picture. |
Dianne Newbury |
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'Clues' part 2 - Watching penguins |
How do you understand how large populations of penguins on Antarctica change? And how can you use this information to protect penguins? |
Tom Hart |
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'Clues' part 1 - Predicting volcanic eruptions |
From people on the the ground to satellites in the air - how do we monitor and understand volcanos in an attempt to understand when they might erupt? |
David Pyle |
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What has EBM done for healthcare? |
Professor Carl Heneghan gives a talk for the Centre for Evidence Based Medicine podcast series. |
Carl Heneghan |
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Medical science needs you! Human clinical trials |
Clinical trials for vaccines: how they work and what's involved for volunteers. |
Sean Elias, Natalie Lella |
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How clean is a clean room? Human vaccine manufacture |
The stringent processes that ensure new vaccines are clinic-ready |
Sean Elias, Emma Bolan |
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Maladies and mice. Pre-clinical vaccine development |
Approaches used to target particularly tricky diseases to treat, such as malaria, HIV, Flu and TB. |
Sean Elias, Lynda Coughlan, Rachel Tanner |
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Why vaccinate? The history and science of vaccination |
Vaccine origins, science behind how vaccines work and how outbreaks of diseases can occur if vaccination levels drop too low. |
Sean Elias |
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Theorising with narrative: How careful analysis of stories can help us rise above the ontological desert of ‘behaviour change’ research |
Professor Trish Greenhalgh gives a talk for the Centre for Evidence Based Medicine. |
Trish Greenhalgh |
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'Artificial Intelligence' part 3 - Understanding how we learn language |
Professor Kim Plunkett explains how neuroscientists use artificial intelligence as a tool to model processes in the brain – in particular to understand how infants acquire language. |
Kim Plunkett |
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Translating Image from the Research Lab to the Clinic |
How imaging is used in translational neuroscience. |
Clare Mackay |
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Gait or Cognition: The Chicken or Egg Story |
Movement and exercise and it's relation to thinking and cognition. |
Helen Dawes |
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Join Dementia Research: Help Beat Dementia |
A short overview of 'Join Dementia Research', a national service in collaboration with Alzheimer's Research UK, Alzheimer's Society & the National Institute of Health Research. |
Jennifer Potts |
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Biomarkers: Detecting Alzheimer's Early Enough to Treat it. |
What are Biomarkers? And why are they useful in Alzheimer's Disease Research. |
Alejo Nevado-Hogado |
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Using Stem Cells to Understand Dementia |
Dr Angela Bithell of Reading University explains the importance of Stem Cells in trying to understand Dementia and finding new treatments |
Angela Bithell |
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Funding World Class Dementia Research |
An overview on Dementia and why Alzheimers Research UK is here |
Emma O'Brien |
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Welcome and Introduction |
Principal Investigator, Richard Wade Martins, gives a brief introduction to the work of the Oxford Alzheimer's Research UK Network |
Richard Wade Martins |
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How can skin cells help us understand Parkinson's? |
Richard Wade Martins, OPDC Principal Investigator, discusses his current research into Skin cells and Stem cells |
Richard Wade Martins |
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Overview: The Oxford Parkinson's Disease Centre (OPDC) Cohort |
Michele Hu, co-Principle Investigator of the OPDC, gives an overview of the Centre's vision and research themes |
Michele Hu |
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From Dreams to Neurodegeneration |
REM sleep behaviour disorder and Parkinson's Disease |
Michal Rolinski |
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Using novel technologies to assess Parkinson's |
Mathematician & Engineer, Max Little, discusses how modern technology, such as smart phones, can aid recording behavioural & environmental factors in Parkinson's research |
Max Little |
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Parkinson's: More than a tremor |
Fahd Baig discusses the non motor symptoms of Parkinson's. |
Fahd Baig |
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Neuropathology: the CSI of Parkinson's Disease |
The crucial role of Brain Donation to understand the mechanisms underlying Parkinson's disease |
Claudio Ruffman |
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'Artificial Intelligence' part 2 - How to create machines that learn |
Professor Nando de Freitas explains that understanding how our brains work has helped us create machines that learn, and how these learning machines can be put to completing different tasks. |
Nando de Freitas |
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Give us a hand |
Oxford Sparks explore what chirality is. |
Jo Dunkley, Alain Goriely, Robert Llewellyn |
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Managing large scale international clinical trials |
Managing clinical trials, of whatever size and complexity, requires efficient trial management. Barbara Farrell shares from her wide experience. |
Barbara Farrell |
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Vaccines for Malaria and Ebola |
Weatherall lecture 2015, delivered by Professor Adrian Hill. |
Adrian Hill |
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'Artificial Intelligence' part 1 - Using artificial intelligence to spot patterns |
Professor Stephen Roberts explains how machines, whose job it is simply to learn, can help researchers spot scientific needles in data haystacks, which will help us solve some grand challenges. |
Stephen Roberts |
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Genomic Medicine - hype or hope? |
For the Inaugural Radcliffe Lecture 2014 Professor Hugh Watkins explores the success and limitations of genome sequencing in simple Mendelian diseases and in complex disorders, against the backdrop of his ground breaking research into heart disease. |
Hugh Watkins |
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Storytelling in diabetes: a mixed-methods study |
The patient as storyteller and the story as ‘self management’ |
Trish Greenhalgh |
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'Explosions' part 3 - Health and Big Data |
Professor Gil McVean explains what Big Data is and how it can be used to better understand and treat complex conditions, such as heart disease and dementia. |
Gil McVean |
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Research impact: the new jargon for knowledge to action |
If we are going to take impact seriously, we need to be clear about the philosophical assumptions underpinning different kinds of research and also the different kinds of links between research, practice and policy. |
Trish Greenhalgh |
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The Campaign for Real EBM Evidence Based Medicine |
Professor Trish Greenhalgh gives a talk on the crisis facing evidence based medicine and offers a solution for its rennaissance within healthcare. |
Trish Greenhalgh |
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'Explosions' part 2 - The origin of animal diversity |
Dr Allison Daley describes what fossils can tell us about the Cambrian Explosion; a period of time 540 million years ago, where there was a vast increase in the different types of animals that existed. |
Allison Daley |
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You've Got a Nerve |
In the early 1900s, Charles Sherrington examined microscope slides of muscles, nerves, the spine and the brain and traced the connections between them building a picture of how muscles are controlled. Researchers today still use principles he established. |
Jo Dunkley, Robert Llewellyn |
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Give Peas a Chance |
Nitrogen could be one of the most interesting elements in the periodic table. Find out more about this fascinating element and how research into peas and beans at Oxford could help feed the world! www.oxfordsparks.net/nitrogen. |
Jo Dunkley, Robert Llewellyn |
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A Case of Crystal Clarity |
Oxford Sparks presents an adventure in X-ray crystallography. Find out more and read about the science behind the animation at www.oxfordsparks.net/crystal. |
Mel Giedroyc |
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Jet Plight |
Take a journey through a jet engine with Ossie from Oxford Sparks. Find out more and read about the science behind the animation at www.oxfordsparks.net/jet. |
Elliott Webb |
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A spin around the brain |
Take a journey around the brain with Ossie from Oxford Sparks. Find out more and read about the science behind the animation at www.oxfordsparks.net/mri. |
Ruby Wax |
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"Explosions" Part 1 - Oppenheimer: father of the atomic bomb |
Professor David Wark, who was scientific adviser for the play ‘Oppenheimer’, explores the science and broad implications of one of the most explosive ideas in Human history: the atomic bomb. |
David Wark |
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"Anomalies" Part 3 - Placebos and pain |
Professor Irene Tracey explains the placebo effect and how it is a normal part of our pain system. |
Irene Tracey, Chris Lintott |
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"Anomalies" Part 2 - Turing Patterns |
Dr Christian Yates describes a phenomenon first noticed by the World War II code-breaker, Alan Turing. |
Christian Yates, Chris Lintott |
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"Anomalies" Part 1 - Tinnitus |
Researcher Joshua Gold explains a condition called tinnitus, most often described as a persistent and annoying sound in one or both ears. |
Joshua Gold, Chris Lintott |
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"Hidden Worlds" Part 3 - The virtual universe |
Dr Andrew Pontzen explains how chains of computers can be set up to simulate billions of years of development of the universe, but in a time period of weeks. |
Andrew Ponzen, Chris Lintott |
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"Hidden Worlds" Part 2 - Robert Robinson’s chemical box |
Edward Imrie and Dr Stephen Johnston Edward Imrie and Dr Stephen Johnston talk about a surprising discovery – a collection of boxes, originally containing chocolates and soap, now full of tiny chemical vials thought to date back to the 1930s. |
Edward Imrie, Stephen Johnston |
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"Hidden Worlds" Part 1 - Parallel Worlds |
Dr David Wallace discusses the concept of the multiverse – a physical reality that contains lots of universes, each of which inhabited by different versions of ourselves. |
David Wallace |
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"There's no place like home" Part 3 - Exoplanets |
Ruth Angus talks about the search for life outside our solar system. In our own solar system, we have rocky planets towards the centre and gas giant planets further out. |
Ruth Angus |
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"There's no place like home" Part 2 - The People of the British Isles |
Bruce Winney describes the influx of humans to the British Isles, including the Romans, Anglo Saxons and Vikings. By comparing and contrasting the genetic make-up of patients, researchers can explore how genetics can influence disease. |
Bruce Winney |
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From inspiration to publication: bumps along the road (as part of the Postgraduate Programme in Evidence-Based Health Care) |
Dr Helen Ashdown is a GP and Clinical Researcher in the Nuffield Department of Primary Care Health Sciences, University of Oxford. |
Helen Ashdown |
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Realist Review: Mixing Method |
This talk will introduce the realist review methodology as a strategy for combining qualitative and quantitative data to answer the question “what works, for whom, and in what circumstances” |
Janet Harris |
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Systematic Reviews, the need for change |
The need to generate systematic reviews is relatively uncontroversial and until recently so were the methods of production. |
Jon Brassey |
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EBM - What it is, what it isn't, how might you contribute? |
Carl Heneghan is a Professor of Evidence-Based Medicine and a Primary Care Physician and has over 20 years experience of using evidence in practice for changing health care. |
Carl Heneghan |
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"There’s No Place Like Home" Part 1 - Wytham Woods |
Professor Ben Sheldon describes one of the World’s longest-running ecological studies, into birds in their natural environments. |
Ben Sheldon, Chris Lintott |
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"Matters of Scale" - Complete Episode |
The issues of scale are investigated – from how properties change at very small scales, to the vastness of the Universe. Includes parts 1, 2 and 3. |
Pedro Ferreira, Alan Barr, Sylvia MacLain, Sonia Trigueros |
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"Origins" - Complete Episode |
The subject of origins is explored - from human fertilisation to the Big Bang. Includes parts 1, 2 and 3. |
Jo Dunkley, Alex Halliday, Suzannah Williams, Dagan Wells, Chris Lintott |
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"Matters of Scale" Part 3 - Nanomedicine |
Dr Sonia Trigueros explains how she is using nanotechnologies to create targeted drug delivery systems. Chemotherapy is a particularly harmful treatment, with patients losing their hair and suffering from infections due to damage to their immune systems. |
Sonia Trigueros, Chris Lintott |
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"Matters of Scale" Part 2 - Biology and the Problem with Scale |
Dr Sylvia MacLain talks about how water creates a problem when researching biology. Structures can be studied when they are in solid form, but approximately 60% of our bodies are made of water. |
Sylvia MacLain, Chris Lintott |
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"Matters of Scale" Part 1 - Extremes of Scale |
Professors Pedro Ferreira and Alan Barr explain what scale means to them, from particle physics to the visible universe. At the subatomic level, gravity has a surprisingly large effect and particles are so small that they have no size. |
Alan Barr, Pedro Ferreira, Chris Lintott |
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"Origins" Part 3 - Origins of Human Life |
Drs Suzannah Williams and Dagan Wells explore the secrets and processes behind human fertilisation. Sperm and eggs must face huge challenges before they even meet. After fertilisation, they go on to form a small ball of cells with huge potential. |
Suzannah Williams, Dagan Wells, Chris Lintott |
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"Origins" Part 2 - Origins of Earth and the Solar System |
Professor Alex Halliday explains how planets form from nothing but an area of space full of dust. Tiny differences between the elements that make up meteorites can give you an idea of how old they are and which part of the solar system they came from. |
Alex Halliday, Chris Lintott |
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"Origins" Part 1 - Origins of the Universe |
Professor Jo Dunkley explains how we can look back in time at the light from the early Universe. This ultra-cold light can be used to create a picture from soon after the Big Bang. |
Jo Dunkley, Chris Lintott |
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An introduction to Medical Statistics with Carl Heneghan and Rafael Perera |
Dr Carl Heneghan talks to Rafael Perera about medical statistics and gives an introduction to the subject. |
Carl Heneghan, Rafael Perera |
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A behavioural perspective of translating evidence to policy and practice |
Susan Michie, Professor of Health Psychology, UCL, gives a talk at Kellogg College for the Centre for Evidence Based Medicine. |
Susan Michie |
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How Youtube is being used as a platform to share opinions and experiences of a controversial treatment for Multiple Sclerosis |
Brandon O'Neill, DPhil Candidate, PCHS, gives a lecture on treating Multiple Sclerosis and how social media is being used to share experiences of patients. |
Brandon O'Neill |
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Dr Carl Heneghan and John Balla discuss the evidence relating to diagnostics |
Dr Carl Heneghan and John Balla discuss the evidence relating to diagnostics. |
Carl Heneghan, John Balla |
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MSc in EBHC: Introduction to the Practice of Evidence-Based Health Care |
Annette Pluddermann, Senior researcher DPCHS, gives an introduction to the Practice of Evidence-Based Health Care |
Annette Pluddermann |
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Towards an HIV vaccine: understanding immunity to HIV infection |
Sarah Rowland-Jones, Professor of Immunology, gives the 2013 Weatherall Lecture on understanding immunity to HIV infection. |
Sarah Rowland-Jones |
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Rogue planet |
Oxford Sparks presents a journey around the planets. Find out more and read about the science behind the animation at www.oxfordsparks.net/planet. |
Chris Lintott |
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Underwater volcano disaster |
Oxford Sparks presents a visit to the Stromboli volcano. Find out more and explore other volcano resources at www.oxfordsparks.net/animations/volcano. |
David Pyle |
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Another case of heart trouble |
Oxford Sparks presents a look at how a single change in DNA can cause the human heart to go wrong. Find out more and read about the science behind the animation at www.oxfordsparks.net/animations/heart. |
Hugh Watkins, Anna Michell |
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Towards absolute zero - a low temperature journey |
Oxford sparks presents a ride to the land of the extremely cold. Find out more, and read the science behind the animation at www.oxfordsparks.net/animations/coldchem. |
Tim Softley |
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A quick look around the Large Hadron Collider |
Oxford Sparks presents a visit to the Large Hadron Collider at CERN in Geneva. Find out more and explore other LHC resources at www.oxfordsparks.net/animations/lhc No protons were harmed in the making of this animation. |
Alan Barr |
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A Welcome to the Programme in Evidence-Based Health Care |
Dr Carl Heneghan, the Director of the Centre of Evidence-Based Medicine, gives a brief welcome to the Programme in Evidence-Based Health Care. |
Carl Heneghan |
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An introduction to the Masters in Evidence-Based Health Care |
Sharon Mickan, a Knowledge Translation Fellow in the Centre for Evidence Based Medicine, gives an introduction to the Masters in Evidence-Based Health Care. |
Sharon Mickan |
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The causes of Specific Language Impairment |
Professor Dorothy Bishop gives a talk for the RALLI (Raising Awareness of Language Learning Impairments) Campaign on Language Impairments. |
Dorothy Bishop |
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When Should We Be Worried About Late Talkers? |
Professor Dorothy Bishop gives a talk for the RALLI (Raising Awareness of Language Learning Impairments) Campaign. |
Dorothy Bishop |
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Varieties of Language Impairment in Children |
Professor Dorothy Bishop gives a talk on the different types of language impairment in children. |
Dorothy Bishop |
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Specific Language Impairment and Developmental Dyslexia: Syndromes, Memes and Illusions |
Professor Dorothy Bishop gives the keynote presentation at the 2012 British Psychological Society Annual Conference. |
Dorothy Bishop |
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