International Development Committee publishes Report on Burma, Bangladesh and the Rohingya crisis
Link: Major changes in UK Burma policy required following Rohingya crisis
Source: Parliamentary News
International Development Committee publishes Report on Burma, Bangladesh and the Rohingya crisis
Link: Major changes in UK Burma policy required following Rohingya crisis
Source: Parliamentary News
Melbourne-based life science research and development company Medical Ethics has announced a direct investment of over £3 million in Wales over the next three years, making Cardiff its new base in the northern hemisphere.
Medical Ethics develop products that alleviate pain and minimise suffering associated with wounds and surgical procedures in animals. As a UK hub for life sciences expertise, Wales will provide the company with the ideal base to progress the development of its technology for humans.
Medical Ethics chose to invest in the UK for its expertise in a number of fields required for the commercialisation of the company’s technology. This includes regulatory affairs, manufacturing and clinical studies, tax subsidies and patent box incentives.
Currently Medical Ethics engages 18 independent service providers and consultants across the UK and has plans to expand its headcount. The company will also look to use other UK consultants and service providers as it addresses future regulatory and commercialisation requirements.
Medical Ethics has worked with the Department for International Trade (DIT) for two years, receiving advice, grant application assistance and introductions to key UK stakeholders including the Wales Wound Institute in Cardiff and Cardiff University, both of which the company now collaborates with. Without DIT’s support, the company would not have been able to identify these connections and would not have chosen the UK as a location for investment.
For us, Wales was the obvious choice in the UK, especially given our sector – Life Sciences. Wales offers the skills, expertise and infrastructure for our business to thrive.
Through DIT, we’ve been able to participate in the Global Entrepreneur Programme, enabling us to overcome a number of initial challenges. DIT, along with Innovate UK, also supported us with introductions to key experts including the Wales Wound Institute in Cardiff – an introduction which had a significant impact on our decision to choose the UK.
When looking to expand internationally, we initially looked at a number of countries. However, we believe it would have been a more difficult process in these territories as we did not identify programmes that provide the same level of support we’ve been offered in the UK.
This announcement is testament to the strong appetite worldwide for investing in the UK, and is a real vote of confidence in Wales’ growing stature as a hotbed of life sciences expertise.
It also showcases the commitment of the UK Government’s globally based network of trade experts to connect international investors with the right partners for their needs.
Companies like Medical Ethics are helping to change health dynamics on a global scale and are quickly discovering that Wales is the go-to place to develop, manufacture and commercialise their innovations. The UK Government knows this and we have every intention of nurturing this industry for continued success in Wales and across the UK for years to come.
With a world-class network of universities, clinicians and industry professionals, Wales has a proven capacity in providing the expertise required by both domestic and international life science companies.
It is now at the forefront of numerous pioneering developments across a wide variety of fields, from microbiology to pharmaceuticals. Medical Ethics’ investment in Wales is an affirmative nod to this and, as an international economic department, DIT is thrilled to have provided support.
In the year 2016-17, DIT reported 85 investment projects in Wales, generating 2,581 jobs. Welsh companies exported more than £16.4bn of goods in 2017. The UK is the number one destination for health and life sciences Foreign Direct Investment in Europe.
Link: Press release: Australian life sciences company Medical Ethics announce a £3 million investment in Wales
Source: Gov Press Releases
Later today Environment Secretary Michael Gove will publish a Clean Air Strategy which aims to cut air pollution and save lives, backed up through new primary legislation.
Air pollution is the fourth biggest threat to public health after cancer, obesity and heart disease and the new government strategy sets out how we will go further and faster than the EU in reducing human exposure to particulate matter pollution. Today’s proposals are in addition to the government’s £3.5 billion plan to reduce air pollution from road transport and diesel vehicles, set out in July last year.
It is estimated that the action set out today will reduce the costs of air pollution to society by an estimated £1 billion every year by 2020, rising to £2.5 billion every year from 2030.
The new strategy, which is now out for consultation, is a key part of our 25 Year Plan to leave our environment in a better state than we found it. It sets out:
During a visit to meet air quality researchers at Imperial College, Environment Secretary Michael Gove said:
Air quality has improved significantly since 2010 but sixty years on from the historic Clean Air Act a clear truth remains – air pollution is making people ill, shortening lives and damaging our economy and environment.
This is why today we are launching this clean air strategy, backed up with new primary legislation. It sets out the comprehensive action required across all parts of government to improve air quality.
The strategy also sets out how we will work with media outlets to improve public access to the air quality forecast and help individuals and organisations reduce their contribution to air pollution; showing how this can help them protect their families, colleagues and neighbours.
The importance of raising awareness of the dangers of air pollution is evident in a research report, also published today, which shows just 1 in 5 respondents felt they knew a lot about its effects. The report also showed a lack of awareness of the wide range of sources of air pollution with most naming transport as the main cause. But transport emissions are only one part of the problem. From farming to cleaning solvents there are a large range of other day to day practices, processes and products that produce harmful emissions.
Of particular concern is burning wood and coal to heat a home which contributes 38% of UK emissions of damaging particulate matter. Cleaner fuels and stoves produce less smoke, less soot and more heat. In future only the cleanest domestic fuels will be available for sale.
Mr Gove added:
Government cannot act alone in tackling air pollution. Our strategy sets out how we will work with businesses, farmers, industry and households to develop innovative new solutions to reduce emissions. It also highlights how we can all take action and playing an important role in cleaning up our air.
Also being announced today, by Health Secretary Jeremy Hunt, is a new tool for local authorities developed for Public Health England by Imperial College and the UK Health Forum which will enable local authorities to estimate the economic impact of air pollution in their area. The tool takes account of the cumulative cost for diseases where there is a strong association with air pollution: coronary heart disease; stroke; lung cancer; and child asthma.
Secretary of State for Health and Social Care, Jeremy Hunt said:
Air Pollution is contributing to a national health crisis. If we fail to take decisive action, we risk more of our children suffering from asthma, and patients needlessly ending up in hospital.
Our health service can only go so far in treating the conditions that dirty air can contribute to, and we have a responsibility to stop this issue at source. Today’s Clean Air Strategy and Air Pollution Tool do just that, taking a giant step towards cleaning up our air for good.
Link: Press release: New Clean Air Strategy to be launched by Environment Secretary Michael Gove
Source: Gov Press Releases
Wood
Thermoplastic polymers
Natural fibres
Cellulose
Particle size
Link: PD CEN/TS 17158:2018 Composites made from cellulose based materials and thermoplastics (usually called wood polymer composites (WPC) or natural fibre composites (NFC)). Determination of particle size of lignocellosic material
Source: BSI Standards
Steels
Conformity
Structures
Fasteners
Acceptance (approval)
Approval testing
High-tensile steels
Mechanical properties of materials
Marking
Type testing
Bolting
Strength of materials
Bolts
Quality control
Threaded fasteners
Link: BS EN 14399-10:2018 High-strength structural bolting assemblies for preloading System HRC. Bolt and nut assemblies with calibrated preload
Source: BSI Standards
Human body
Road vehicles
Collisions (accident)
Safety devices
Collision tests
Ergonomics
Passenger restraint systems
Neck (anatomy)
Passenger road vehicles
Restraint systems (protective)
Head (anatomy)
Impact testing
Link: PD CEN/TS 16786:2018 Road restraint systems. Truck Mounted Attenuators. Performance classes, impact test acceptance criteria and test performance
Source: BSI Standards
Motion
Acceptance (approval)
Machine tool components
Velocity
Geometry
Dimensional measurement
Machine tools
Accuracy
Spindles
Errors
Testing conditions
Rotational motion
Rotating parts
Approval testing
Axial
Link: PD ISO/TR 230-11:2018 Test code for machine tools Measuring instruments suitable for machine tool geometry tests
Source: BSI Standards
Performance
Dimensions
Designations
Steels
High-tensile steels
Load-indicating bolts
Tensile loading
Grades (quality)
Marking
Bolts
Structures
Fasteners
Washers
Bolting
Load measurement
Compression loading
Link: BS EN 14399-9:2018 High-strength structural bolting assemblies for preloading System HR or HV. Direct tension indicators for bolt and nut assemblies
Source: BSI Standards
Non-loadbearing walls
Walls
Fire-resistant materials
Fire resistance
Structural fire protection
Panels
Construction systems parts
Sheet materials
Fire-test classifications
Metals
Fire tests
Composite materials
Fire safety in buildings
Link: BS EN 15254-5:2018 Extended application of results from fire resistance tests. Non-loadbearing walls Metal sandwich panel construction
Source: BSI Standards
Telescopes
Transmittance
Wave properties and phenomena
Optical properties of materials
Test methods
Optical instruments
Optics
Link: BS ISO 14490-5:2017 Optics and optical instruments. Test methods for telescopic systems Test methods for transmittance
Source: BSI Standards