6,993 research outputs found
Reforming the contract of UK consultants
The NHS Plan expressed the intention of government to "fundamentally overhaul" the national contract for UK hospital specialists to "reward and incentivise those who do most for the NHS." How can this be achieved
Animal standardisation for mixed species ecotoxicological studies: Establishing a laboratory breeding programme for Gammarus pulex and Asellus aquaticus
Challenges for the National Institute for Clinical Excellence
Rationing health care is inevitable, and NICE should inform NHS decision making. Adoption of new technologies by NHS clinicians should be informed by costs as well as effectiveness. The NHS needs better information from NICE on the equity implications of new and existing technologies. NICE appraisal should focus not only on service enhancement but also on withdrawal of existing ineffective or inefficient therapies. Giving NICE a real budget to fund its recommendations would encourage it to examine the effect of its decisions on the whole NHS
The cornerstone of Labour's 'New NHS': reforming primary care
Two remarkable aspects of the Thatcher ‘internal market’ reforms of the NHS were the focus on creating a market for hospital services and the way in which primary care was treated almost peripherally in the 1989 White Paper (Department of Health 1989a). The 1991 NHS reforms introduced general practitioner (GP) fundholding almost as an afterthought, and the revision of the GP contract in 1990 Paper (Department of Health 1989b) was conducted separately from the implementation of other health care reforms. In contrast the principal focus of Labour’s ‘new NHS’ reform is primary care (Department of Health 1997). The intention of the government is both to improve the efficiency and equity of primary care provision and to develop Primary Care Groups and Primary Care Trusts which both provide care efficiently and act as agents who purchase secondary and tertiary care on behalf of patients. This is an ambitious agenda. This paper explores the policy context of Primary Care Groups in sections 1 and 2, describes and appraises the government proposals in section 3, and identifies major issues involved in the implementation of change in section 4.fundholding, rationing
Preventing opioid overdoses in Europe:a critical assessment of known risk factors and preventative measures
This report is the outcome of a project into opioid overdoses. The remit was to focus on finding practical methods of overdose prevention. In order to fulfil this remit, a critical review of existing knowledge on overdose prevention was conducted. The report adds value to existing information by developing a methodology to classify and analyse risk and protective factors stratified by those involved (drug users, observers and organisations). The report then assesses the extent to which risk and protective factors can be potentially modified at different levels, e.g. individual, treatment setting, organisational and strategic. The report therefore has the potential to be updated as new information emerges
On the spine of a PDE surface
yesThe spine of an object is an entity that can characterise the
object¿s topology and describes the object by a lower dimension. It has
an intuitive appeal for supporting geometric modelling operations.
The aim of this paper is to show how a spine for a PDE surface can
be generated. For the purpose of the work presented here an analytic
solution form for the chosen PDE is utilised. It is shown that the spine
of the PDE surface is then computed as a by-product of this analytic
solution.
This paper also discusses how the of a PDE surface can be used to manipulate
the shape. The solution technique adopted here caters for periodic
surfaces with general boundary conditions allowing the possibility of the
spine based shape manipulation for a wide variety of free-form PDE surface
shapes
A survey of partial differential equations in geometric design
YesComputer aided geometric design is an area
where the improvement of surface generation techniques
is an everlasting demand since faster and more accurate
geometric models are required. Traditional methods
for generating surfaces were initially mainly based
upon interpolation algorithms. Recently, partial differential
equations (PDE) were introduced as a valuable
tool for geometric modelling since they offer a number
of features from which these areas can benefit. This work
summarises the uses given to PDE surfaces as a surface
generation technique togethe
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