logo
Ireland has potential to become global leader in femtech, report says

Ireland has potential to become global leader in femtech, report says

Irish Times4 days ago
Ireland could become a global leader in technology, research and innovation focused on women's health, if the right supports are put in the place, a new report has said.
The new report, Femtech in Ireland: The Case for Prioritising Women's Health Research and Innovation, is calling on the Government to prioritise the development of femtech in Ireland, by offering greater supports for femtech research and start-ups, and integrate femtech into national health innovation strategies.
Ireland has a strong background in medtech, digital health and pharmaceuticals, but femtech is underdeveloped and underfunded, despite women making up half the population.
The report is seeking focused funding calls for women's health research and innovation through State agencies, specific funding to commercialise that research, and the establishment of a femtech lab in a healthcare setting with a fast access to clinicliniciansients, data and a test-bed.
READ MORE
It s also encouraging researchers, clinicians and academics to investigate conditions that affect women only, differently and disproportionately, highlighting the need for the inclusion of sex and gender analysis in research design.
The report, which was produced by Health Innovation Hub Ireland (HIHI), and the Department of Obstetrics and Gynaecology at University College Cork (UCC), says improving support for women's health innovation and entrepreneurship could not only address health inequities, but also offer additional economic potential for Ireland, while also strengthening Ireland's life sciences and technology sectors.
'We need to invest in women's health – not just for equality, but because it's smart research, healthcare, and smart economics. There is a real buzz in the femtech innovation sector in Ireland today, with new ideas and start-ups being developed throughout the country,', said Dr Tanya Mulcahy, Director of HIHI and founder of FemTech Ireland. 'We've supported many of them through HIHI, enabling access to clinicians, patients and researchers. It's a sector that is attracting female founders, and provides a new avenue for young researchers, but it's a sector that needs more support- this report is our call to action.'
The femtech sector itself is expected to be worth more than $97 billion by 2030, while closing the women's health gap could give the global economy a $1 trillion boost each year by 2040. It could also help unlock new medical treatments and interventions for the wider population.
The sector could also encourage more woman founders into the start-up sector, with more than 75 per cent of femtech companies having a woman founder.
Minister for Health Jennifer Carroll MacNeill said the report was an important step toward better care for women across Ireland. 'It supports the work we're already doing through the Women's Health Taskforce and highlights how innovation can help us go even further.'
The report was also welcomed by Minister for Enterprise, Tourism and Employment Peter Burke.
Ireland's first programme to support innovation in women's health, Femtech@HIHI, was launched two years ago. It has now supported more than 30 Irish start-ups that developing everything from wearable tech to track menopause symptoms, to smarter devices for pelvic health and fertility, all aimed at supporting women's health.
'We are witnessing extraordinary advances in healthcare technology and innovation,' said Professor John R Higgins, principal investigator of Health Innovation Hub Ireland and Professor of Obstetrics and Gynaecology, University College Cork and Cork University Maternity Hospital. 'In women's health however, a long-standing gap in research has meant that these innovations have not always translated into meaningful solutions. This gap in evidence directly impacts the development of technologies. Now is the time to bridge that divide – with focused funding, targeted research, and innovation supports.'
Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Tillage: The benefits of grain analysis at harvest
Tillage: The benefits of grain analysis at harvest

Agriland

time4 hours ago

  • Agriland

Tillage: The benefits of grain analysis at harvest

Grain analysis at harvest is a very effective way of determining nutrient deficiencies within crops of all kinds. It also aids the planning of crop nutrition strategies for the season ahead. These issues were discussed in detail at a recent webinar hosted by ADAS, under the aegis of its Nutri-Check programme. According to ADAS associate managing director and crop physiologist, Dr. Sarah Kendall, the principles involved in developing a future crop management strategy are: plan, check, and adjust. She explained: 'Nutri-Check is a Europe-wide project, within which ADAS is taking the lead. 'Courtesy of the work carried out already, we have identified the need to provide better support to farmers and advisers. Dr. Kendall said this support will enable farmers to make better crop nutrition decisions. 'To help facilitate this, we have developed a framework, which we call the three step checking approach.' 'This comprises three key elements, which are: planning, making checks and adjustments while also reviewing the decisions that have been taken,' Dr. Kendall said. The ADAS representative went on to point out that while farmers are generally good at determining the nutrient requirements of their crops through the creation of a plan, they rarely check and adjust the initial recommendations that were made. She said: 'It's only very recently that we have found out how analysis at harvest can determine how crop management decisions have actually worked out. 'On most farms, the success of nutrient applications is determined by final yields, irrespective of the fact that many non-nutritional factors impact on final performance. 'We also know that nutrient concentrations of harvested produce show if the crop has captured insufficient, adequate, or excessive amounts of each nutrient.' Dr. Kendall highlighted that really getting to grips with such information allows farmers to revise and review issues such as nutritional performance, soil nutrient balances, and efficiencies of nutrient application. She said: 'This is really important in terms of informing future nutrient management on a crop-by-crop basis. 'End of season review is vitally important in terms of what factors had impacted on the previous crops and while providing a number of amendments, which can feed into the following season's planning. 'This is a continuous cycle of moving from a plan to check and adjust and then review. 'And all of this feeds into a future planning process.'

Ireland's electricity grid struggles with increased supply from renewables
Ireland's electricity grid struggles with increased supply from renewables

Irish Times

time4 hours ago

  • Irish Times

Ireland's electricity grid struggles with increased supply from renewables

Electricity is our most flexible form of energy and is used to power almost all industrial activities and domestic appliances. This electricity, however, must first be generated and distributed on wires around the country to these various end users. Ireland's electrical distribution system – the grid – is now creaking under the pressure of handling the rapidly growing supply of electrical power from renewable wind and solar energy sources. Electricity is the movement of electrons in a conductor, usually a copper wire. We have known about one form of electricity, static electricity (accumulation of electrical charge on surfaces), since the Ancient Greeks (600 BC). Benjamin Franklin (1706-1790) proposed that electricity has positive and negative components and flows between them. And in 1831, Michael Faraday (1791-1867), a largely self-taught genius, demonstrated electromagnetic induction by demonstrating that a changing magnetic field induces electrical current to flow in an adjacent copper wire. This led to the invention of the first electric dynamo, a crude electricity generator and the basis for the method whereby all electricity is now generated. READ MORE Alternating current (AC) varies in direction of flow and in magnitude, as opposed to direct current (DC) that flows only in one direction. Nikola Tesla (1856-1943) invented the AC motor and transformer – and AC is the standard for power transmission/use today. Traditionally, we generated electricity by converting the chemical energy stored in coal, oil and natural gas (fossil fuels) into electricity in power stations and distributing this electricity around the country via the grid. Burning fossil fuels releases warming carbon dioxide to the atmosphere. Electricity generated by wind turbines on wind farms and by capturing sunlight on photovoltaic receptors does not release carbon dioxide and increasingly supplement fossil fuel generated electricity nowadays. The aim is to become entirely independent of fossil fuels as soon as possible – 'net zero' carbon emissions. The basic architecture of national grids was established when sources of primary power were restricted to fossil fuels. Grids have been extended/improved since that time, but now struggle to cope with recent greatly-increased inputs of electricity from solar and wind power. We take reliability of electrical supply for granted and, so, the recent Iberian Peninsula electrical system shutdown last April, leaving the entire Spanish and Portuguese mainland without power for several hours, was a salutary reminder of our reliance on the grid. [ Spain and Portugal returning to normal after massive blackout Opens in new window ] The Spanish government has issued a report stating this shutdown was triggered by operator mismanagement and not by difficulties in accommodating electricity generated by solar and wind power. Problems with the UK grid were recently outlined by Justin Rowlatt on BBC News. He cited a typical example of the problem – on June 1st and 3rd this year, near gale-force winds blew into Scotland's Moray Firth wind farms 21km off the northeast coast. Operating at maximum capacity, these wind farms should generate enough electricity to meet the needs of well more than one million homes, but the grid is sometimes unable to accommodate their output. Ocean Winds, the company that built and operates the Moray Firth wind farms, was paid £72,000 (€83,000) not to generate power during a 30-minute period on June 3rd. Power output was restricted several times that day. Such payments are made most days in the UK and also arise in Ireland. Seagreen, Scotland's largest wind farm, was paid £65 million (€75 million) last year to restrict output 71 per cent of the time and, so far this year, such balancing of the grid has cost the UK more than £500 million (€574 million). The UK National Electricity System Operator warns the total cost could approach £8 billion (€9.1 billion) a year by 2030. This pushes up everybody's energy bills and contradicts government promises that achieving net zero would also deliver cheaper electricity. The UK operates a single national electricity market. Its government was considering breaking this into smaller regional markets, hoping to make the system more efficient and deliver cheaper bills. This seemed sensible but in July it announced it was dropping the plan. The UK and Ireland need to build more transmission capacity quickly and new grid architecture must be planned well in advance to attract investors to build these assets in a timely fashion. At present, very cumbersome planning systems greatly delay grid developments in both countries. Current planning protocols must be urgently reformed. William Reville is an emeritus professor of biochemistry at UCC [ We are banking on costly, speculative 'negative emissions technologies' to make climate strategies add up Opens in new window ] [ Global temperatures could break heat record in next five years Opens in new window ]

Groundbreaking ammonia sensor developed at UCC
Groundbreaking ammonia sensor developed at UCC

Irish Examiner

time14 hours ago

  • Irish Examiner

Groundbreaking ammonia sensor developed at UCC

Farmers may benefit from a newly-developed ammonia sensor as it improves real-time detection. Researchers at University College Cork (UCC) have developed the sensor to help advance real-time detection of ammonia pollution. The development of the sensor was the result of the EU-funded RADICAL project led by UCC. The technology hopes to transform environmental monitoring as we know it, removing the cost barriers to farmers and supporting the enhancement of sustainable farming practices. Efficient detection of ammonia is essential for reducing air and water pollution, safeguarding human health, promoting sustainable agriculture, and shaping climate and environmental policies. Practical alternative to current sensors The researchers at UCC have developed the sensor out of silicon nanowire, promising a less bulky and more practical alternative to the spectroscopic sensors currently used to measure ammonia levels. The new sensor is said to be sensitive and precise while also consuming minimal power, and can operate at room temperature, allowing for real-time air quality monitoring. The sensor is designed to be compatible with existing technologies and is cost-effective and simple to produce. Initially designed to detect free radicals in the air, the team realised after meeting with several air quality companies that sensors for gases such as nitrogen dioxide from traffic fumes and ammonia from industry and agriculture were high on the priority list. The new technology can quickly and reliably detect ammonia, even in small amounts, and provide a portable solution for use in diverse environments. Vaishali Vardhan, lead author of the paper, said: 'This new sensor is a powerful tool for both air quality monitoring and research. "It is low in cost, small, and suitable for large-scale deployment. What distinguishes our technology is the use of bare silicon nanowires — avoiding complex hybridisation techniques — which makes the sensor more affordable and scalable. "The integration of UV light further boosts its sensitivity, enabling efficient detection of ammonia at low concentrations.' With ammonia playing a major role in Irish agriculture, and also sourced from vehicle emissions, it has become a growing concern. Once in the atmosphere, ammonia reacts with acidic gases to form particulate matter (PM2.5), which is harmful to human health and can lead to respiratory and cardiovascular diseases. Direct exposure can irritate the skin, eyes, and lungs. Excess ammonia in an environment causes water pollution, leading to algal blooms and eutrophication, which harm aquatic life. It also impacts air quality and climate. RADICAL project coordinator, Professor Justin Holmes, commented: 'This pioneering technology is set to revolutionise environmental monitoring in the agricultural sector. It will allow farmers to make more informed decisions, benefiting both their businesses and the environment as a whole.'

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store