Further emphasis on research in context
Affiliations.
- 1 The Lancet, 125 London Wall, London EC2Y 5AS, UK.
- 2 The Lancet Oncology, 125 London Wall, London EC2Y 5AS, UK.
- PMID: 25625383
- DOI: 10.1016/S0140-6736(14)62047-X
- Biomedical Research / economics
- Biomedical Research / standards*
- Clinical Trials as Topic / standards*
- Editorial Policies*
- Periodicals as Topic
- Publishing / standards*
Instructions to authors to put research in context by the editors of the medical journal The Lancet
Systematic review.
This section should include a description of how authors searched for all the evidence. Authors should also say how they assessed the quality of that evidence – ie, how they selected and how they combined the evidence.
Interpretation
Authors should state here what their study adds to the totality of evidence when their study is added to previous work.
‘We ask that all research reports – randomised or not – submitted from Aug 1 . . . put the results into the context of the totality of evidence in the Discussion.’
Clark S, Horton R. Putting research in context – revisited . Lancet 2010;376:10-11.
In This Section
- About the authors
- Download the book
- Translations
- Why do we need fair tests of treatments?
- What are fair tests of treatments?
- What can be done to improve tests of treatments?
- References (Foreword)
- Foreword by Nick Ross
- Why Testing Treatments was written
- References (Introduction)
- Thalidomide
- Mechanical heart valves
- References (Section 1)
- Advice on babies’ sleeping position
- Drugs to correct heart rhythm abnormalities in patients having a heart attack
- Diethylstilboestrol
- Hormone Replacement Therapy (HRT)
- Evening primrose oil for eczema
- References (Section 2)
- Mutilating surgery
- Bone marrow transplantation
- Dare to think about doing less
- References (Section 3)
- Lessons from neuroblastoma screening
- Phenylketonuria screening: clearly beneficial
- Abdominal aortic aneurysm screening: proceed with care
- Breast cancer screening: well established but remains contentious
- Prostate cancer screening: clear harms with uncertain benefits
- Lung cancer screening: early but not early enough?
- Genetic tests: sometimes useful, often dodgy
- What screening aims to achieve and why evidence matters
- Is anyone normal?
- References (Section 4)
- Laser treatment of portwine stains
- Imatinib for chronic myeloid leukaemia
- Mother’s kiss
- A new treatment for strawberry birthmarks
- Moderate treatments effects: usual and not so obvious
- Caffeine for breathing problems in premature babies
- Antibiotics in pre-term labour
- Breast cancer
- Addressing uncertainties about the effects of treatments
- Providing treatment as part of a fair test
- References (Section 5)
- The beneficial effects of optimism and wishful thinking
- The need to go beyond impressions
- So what are fair tests?
- Treatments with dramatic effects
- Comparing patients given treatments today with apparently similar patients given other treatments in the past for the same disease
- Comparing apparently similar groups of patients who happen to have received different treatments in the same time period
- Unbiased, prospective allocation to different treatments
- Ways of using unbiased (random) allocation in treatment comparisons
- Following up everyone in treatment comparisons
- Dealing with departures from allocated treatments
- Helping people to stick to allocated treatments
- Fair measurement of treatment outcomes
- Generating and investigating hunches about unanticipated adverse effects of treatments
- References (Section 6)
- Assessing the role that chance may have played in fair tests
- What does a “significant difference” between treatments mean?
- Obtaining large enough numbers in fair tests of treatments
- References (Section 7)
- Is one study ever enough?
- Reducing biases in systematic reviews
- Identifying all the relevant evidence for systematic reviews
- Reducing the play of chance in systematic reviews
- Recognizing vested interests and spin in systematic reviews
- Avoidable harm to patients
- Avoidable harm to people participating in research
- Wasted resources in healthcare and research
- Reports of new research should begin and end with systematic reviews
- References (Section 8)
- Do regulatory systems for testing treatments get it right?
- Information and consent
- What regulatory systems do not do
- References (Section 9)
- Pre-eclampsia in pregnant women
- HIV infection in children
- Psychiatric disorders
- Epidural analgesia for women in labour
- Respiratory distress in premature babies
- Aprotinin: effect on bleeding during and after surgery
- Questions that are important for patients
- Who decides what gets studied?
- References (Section 10)
- How can patients and the public help to improve research?
- Involving patients in research
- Patients’ organizations: independent voices or not?
- Bridging the gap between patients and researchers
- Working collaboratively bodes well for the future
- References (Section 11)
- What might the ideas in this website look like for you?
- Shared decision making: a consultation for a common condition
- 1: Isn’t anything worth trying when a patient has a life-threatening condition?
- 2: Although patients might want to know if a treatment ‘works’, suppose they don’t want all the details?
- 3: Statistics are confusing – should patients really have to look at the numbers?
- 4: How can someone know that the research evidence applies to them?
- 5: Won’t genetic testing – and ‘personalized medicine’ – mean doctors can work out the specific treatment needed in every individual and make all this unnecessary?
- 6: If someone has a condition that is being studied in an ongoing clinical trial, how do they find out about this if their doctor doesn’t know about it?
- 7: What’s the best way of telling if the evidence (on the web or elsewhere) is reliable?
- 8: Are there reliable sources of information that can be recommended?
- 9: How should people avoid being ‘labelled’ with an ‘illness’ and getting unnecessary treatments?
- Where do we go from here?
- References (Section 12)
- Ask the right research questions
- Design and conduct research properly
- Publish all the results and make them accessible
- Produce unbiased and useful research reports
- Blueprint for a better future
- Action plan – 10 things you can do
- References (Section 13)
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