A Virtual Tour of the Design Set to Redefine Rural Healthcare in Nepal
CategoriesSustainable News

A Virtual Tour of the Design Set to Redefine Rural Healthcare in Nepal

Commissioned by Nepal’s Ministry of Health & Population, this new 18,000 square foot public medical facility is located in the Jumla District, an area characterized by its inaccessibility and poverty.

Sited along the Karnali River and named after the natural hot springs, the hospital signifies a renewed emphasis on health in a region where advanced healthcare services have been historically limited due to the rugged terrain. Crafted from rammed earth using local soil and labor, the new hospital will embody sustainability, affordability, and respect for local ecology.

Comprising three interconnected volumes that encircle a healing garden with native plantings, the hospital offers panoramic views of the Karnali River valley. This low-carbon and passive solar building hosts emergency, out-patient, and administrative departments on the west side, ensuring easy access. On the eastern side, the in-patient department, surgery, and maternity ward nestle, providing the needed privacy.


Read More About the Project

Project: Tatopani Hospital
Firm: Building Bureau
Finalist, 11th Annual A+Awards, Unbuilt Sustainable Non-Residential Project

Reference

Three innovations shaping the future of healthcare
CategoriesSustainable News

Three innovations shaping the future of healthcare

Health is one area where humanity has made impressive progress over the past century. Since 1900, the global average life expectancy has more than doubled. And even over the past twenty years, we have seen continuous improvements in key health metrics. For example, between 2000 and 2019, global life expectancy increased by more than six years.

The past 20 years have also seen a range of extraordinary medical breakthroughs from effective HIV treatments and targeted cancer therapies to nanomedicines and the mapping of the human genome. Meanwhile, tech innovators are becoming serious about the possibility of tackling the ageing process itself, investing increasingly vast sums of money in the field. For example, in 2022, startup Altos raised $3 billion in funding to conduct anti-ageing research.

There are clearly reasons to be optimistic about the future of human health. However, the futurists we consulted for our Future 2043 report struck a note of caution, reminding us that pitfalls remain. “Unfortunately, I predict the world will be less healthy in developed nations, as we aren’t addressing primary prevention,” explains Hugh Montgomery, OBE, Professor of Intensive Care Medicine at University College London. “The budget for treating an escalating number of increasingly sick people won’t be there, and the drivers for non-communicable diseases (which include a lack of active transport, diets comprising ultra-processed foods, and poor air quality) are sustained,” he adds.

Meanwhile, Biofuturist Melissa Sterry warns that: “In 2043, the threat of another pandemic (or multiple pandemics) will likely continue to loom large.” She adds that: “While medical advances could help in the early identification of pandemic threats, many of the issues we have seen with COVID-19 are likely to persist.”

Despite these challenges – or perhaps because of them – we expect to see increasing levels of healthcare innovation. Discover below, three innovations that could indicate the direction of travel for human health technology.

Photo source Cambridge University Hospitals NHS Foundation Trust and GigXR

Medical students at Addenbrooke’s Hospital in Cambridge no longer need to rely on actors for some of their training. Using holograms and mixed reality accessed via headsets, students and doctors interact in real-time to adjust treatments and assess severity of illness for a range of digital patients. Called HoloScenarios, the programme was developed by the University of Cambridge and Cambridge University Hospitals NHS Foundation Trust using technology developed by GigXR. Students move about the space treating patients for common respiratory ailments, including pneumonia, anaphylaxis, and pulmonary embolism. Read more

 Photo source Ana Tablas on Unsplash

Cell biologist Dr Leila Strickland came up with the idea for BIOMILQ while she was breastfeeding her own newborn. Struggling to produce enough milk, she turned to formula. Although the choice was the right one, she also realised that it was not ideal, as formula does not have the perfect nutritional composition for babies. Eleven years later, Strickland worked out how to culture breast cells in a lab and collect the milk they secrete. Read more

Photo source CDC on Unsplash

Researchers at Brown University have developed a material that responds to the presence of bacteria by releasing encapsulated medication. Although still in the research stages, the material could lead to the development of wound dressings that deliver medication only when it is needed. This, in turn, could reduce the use of antibiotics and the growth of antibiotic-resistant infections. Read more

Want to discover more about what the world will look like in 2043? Download our free Future 2043 report which draws on the insights of 20 of the world’s leading futurists. For more innovations, head to the Springwise Innovation Library.

Reference

Healing Green: Architects Are Breaking Down a Long Tradition of Sterile Healthcare Design
CategoriesArchitecture

Healing Green: Architects Are Breaking Down a Long Tradition of Sterile Healthcare Design

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletter. 

That nature can help cure people both physically and mentally is not a new concept. Architects are using greenery to help combat the sterility of modern healthcare facilities, yet it is not usually not easy to achieve the ideal result. Explore different approaches to ‘green healthcare’ with the following six projects of different sites and sizes.


Steno Diabetes Center Copenhagen

By Vilhelm Lauritzen Architects and MIKKELSEN Architects, Herlev, Denmark

Popular Choice, 10th Annual A+Awards, Hospitals & Healthcare Centers

SDCC_aerial viewSDCC_interiorSteno Diabetes Center Copenhagen is a hospital for preventing and treating diabetes. The hospital occupies a rectangular site with two entrances open on two opposite sides. There are four inner gardens on the first floor and two of them greet the visitors immediately upon their entry. Common areas such as circulation spaces and reception sit in the middle of the floor plan, while most individual rooms are lined on the outer ring.

The same layout continues to the second floor, replacing covered common areas with a continuous roof garden. Both vegetation and warm-color, wooden interior aim to build up a calming atmosphere for all visitors. Outside the rooms, a thin layer of vegetation shelters the rather private rooms from public view.


Maggie’s Leeds

By Heatherwick Studio, Leeds, United Kingdom

Jury Winner and Popular Choice, 9th Annual A+Awards, Hospitals & Healthcare Centers

maggies leeds_exteriormaggies leeds_interiorMaggie’s centers provide free cancer support and information to patients and their friends and families. The centers are located across the UK, each in a unique style while all of them embrace nature as a way of healing. Maggie’s Leeds stands on the last patch of greenery at St James’s University Hospital. The sloping site is bounded by roads and a multi-story car park. Instead of flattening the landscape, the spaces descend along the landscape, creating views that vary from open to secluded.

Three tree-like structures articulate the common areas under their crowns and include the counseling rooms within the trunk. Plants are visible everywhere – on top of the roofs, around the buildings and inside the buildings. The building demonstrates the idea of shelter in a natural form.


Waldkliniken Eisenberg

By Matteo Thun & Partners, Germany

Popular Choice, 9th Annual A+Awards, Architecture + Health

This new hospital wing of the orthopedic center Waldkliniken Eisenberg enjoys an immersive view of the Thuringian Forest. The six-story building has 128 patient rooms, all located on the outer ring of the circular floor plans. Floor-to-ceiling windows invite unblocked views of the natural landscape into the rooms while providing natural light and fresh air to the rooms.

Common areas such as the lobby and the cafeteria for patients are in the middle of the floor plans, framed by the wards. Inner gardens are carefully cultivated so that the common areas are also visually connected to pleasing greenery. The interior is finished largely in warm-color timber and lighted up by colorful fabrics. Rich textures and colors create a cozy and cheerful atmosphere for the patients.


Expansion of Santa Fe de Bogotá Foundation

By EL EQUIPO MAZZANTI, Bogota, Colombia

Popular Choice, 8th Annual A+Awards, Health Care & Wellness

Expansion of Santa Fe de Bogotá Foundation_exteriorExpansion of Santa Fe de Bogotá Foundation_solariumThe expansion of Santa Fe de Bogotá Foundation is sited in the compact urban context of the city of Bogotá. It comprises an eleven-story block and a single-story base. The roof of the base becomes a plaza opening to the roads, with staircases inviting people onto it. Red bricks cover the expansion as a response to the existing buildings around. Strips of pavement on the plaza are replaced by plants. Different types of plants vary in height, breaking the flatness and solidity of the brick plaza.

Bricks are held by metal cables and form an airy net over the tall block. Light penetrates the breeze-wall façade during the day, nurturing the plants in the solarium on the ninth floor. Patients can feel connected to the outside world in the solarium while remaining sheltered and protected.


Maggie’s Gartnavel

By OMA, Glasgow, United Kingdom

maggies glasgow_aerialmaggies_2011_Charlie KoolhaasMaggie’s Gartnavel sits humbly on the land of the Gartnavel hospital in Glasgow, close to the Beatson West of Scotland Cancer Centre. The single-level volume comprises a series of interlocking rooms, with an inner garden in the middle of the ring of rooms. With a flat roof and floor levels that respond to the natural topography, the rooms vary in height. Common areas including the dining room, kitchen, library and a large activity room are on the side with taller ceilings and the counseling rooms are more intimate.

Although the rooms are of different levels of privacy, there are hardly continuous walls that enclose a room. Most spaces have at least one side open or transparent. As a result, the spaces are separated by functions yet visually continuous. Meanwhile, views of the gardens enter the spaces freely through the transparent façades.


SDC

By Takeru Shoji Architects.Co.,Ltd., Niigata, Japan

SDC_exteriorSDC_interiorNeighboring a nursery, elementary school and junior high school, this dental clinic is designed as an enjoyable place for both children and parents. This two-story timber building accommodates not only a clinic but also a bookstore and daycare center. By combining programs, the design team wishes to encourage people to come not just for their appointment.

A long garden surrounds the building. The view of the garden passes through the sheltered corridors and enters the interior spaces. The garden is a buffer between the clinic and the roads as well as a showcase for changing weather and seasons.

Architects: Want to have your project featured? Showcase your work through Architizer and sign up for our inspirational newsletter. 

Reference

‘Medical matchmaking’ provides personalised healthcare insights
CategoriesSustainable News

‘Medical matchmaking’ provides personalised healthcare insights

Spotted: Humanity is a collection of unique individuals who represent a complex mixture of medical realities. Yet traditional medicine is based on a ‘law of averages’ – treating patients based on generalisations about the population as a whole. This law of averages can be misleading, and in a world where the average American spends 52 hours looking for health information online each year, generalisations create misunderstandings. Information provided by ‘Dr. Google’ or Facebook is inadequate and doesn’t account for the specific characteristics of each individual.

Israeli startup Alike has come up with a novel multidisciplinary solution to this problem – using health data and machine learning to match people who are alike on a holistic level. The AI’s matchmaking takes into account considerations such as co-morbidities, lifestyle factors, age, and gender.

Patients are then put into contact with an anonymised community of ‘Alikes’ – people who share their exact clinical journey, lifestyle, and interests. Members of this community can share or receive relevant and personalised insights that help them to better manage their conditions.

The new technology is possible due to regulatory changes that make it possible for everyone to gain instant electronic access to their personal health records. The app allows users to automatically create a health profile through a direct connection with their health provider.

Given the sensitive nature of medical information, Alike has put in place stringent privacy controls. The data shared on the app is completely de-identified, which means all personal identifiers are removed. Every user is verified by their healthcare provider, and further measures including data encryption and data fuzzing are employed. This means that patients can benefit from the insights of other patients while maintaining their privacy.

Healthtech is booming, and other recent innovations spotted
by Springwise include a startup that provides
medical data for testing AI health solutions, and an at-home
hormone tracking app to empower women.

Written By: Matthew Hempstead

Email: hello@alike.health

Website: alike.health

Reference