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How Strategic Partnerships Help SC Johnson Do More to Fight Mosquito-Borne Disease around the World
Strategic partnerships play a big role in helping SC Johnson make a greater impact around the world.
“SC Johnson is a leader in insect research, and we are dedicated to helping protect the wellness of people particularly from insect-borne disease.” – Fisk Johnson, Chairman and CEO of SC Johnson
Making the world better is a huge task. So, when that’s your goal, you quickly recognise the importance of strategic partnerships to create an impact that goes far beyond what you could do alone.
At SC Johnson, we have built a number of key partnerships in our efforts to help people avoid mosquito bites and the diseases that may be transmitted via mosquito. Working with partners in government, industry and NGOs around the world, we aim to make a significant impact particularly for those living at the base of the pyramid, or the “BOP”.
At SC Johnson, we have built a number of key partnerships in our efforts to help people avoid mosquito bites and the diseases that may be transmitted via mosquito. Working with partners in government, industry and NGOs around the world, we aim to make a significant impact particularly for those living at the base of the pyramid, or the “BOP”.
An educational session on mosquito protection in rural Rwanda.
Up to 90 percent of Rwandans are at risk of malaria. To help address this risk and other public health issues, in 2018, SC Johnson formalised a partnership with the Rwanda Ministry of Health and Society for Family Health Rwanda.
The idea was to bring together private, academic and health care leaders to build a stronger, more connected health system and make services more accessible. Dr. Diane Gashumba, Rwanda Minister of Health, said that the partnership would “help to improve family health overall and immediately address health care challenges, like malaria, across the country”.
We built 10 health posts across Rwanda, creating access to health services for more than 60,000 people. Before that, it was estimated that the average Rwandan might walk up to three hours to reach the nearest health services.
One of the SC Johnson-supported health posts in Rwanda.
In 2019, we announced plans to support the development of an additional 40 health posts, expanding access to health care and malaria education for more than 200,000 people. It’s an exciting step, and, once again, one that we couldn’t do without our partners who operate the posts.
Manasseh Gihana Wandera, Executive Director, Society for Family Health Rwanda, says that the posts will enable his team to “reach rural communities, educate about ways to prevent malaria and provide a holistic approach to accessing health care services”.
The continuing partnership also includes developing national standards to address mosquito-borne diseases and set local safety and efficacy standards for pest control products. The standards will focus on the distribution and use of mosquito spatial and personal insect repellent products, as well as the encouragement of positive behavioural changes to reduce the potential risk of mosquito-borne disease.
Manasseh Gihana Wandera, Executive Director, Society for Family Health Rwanda, says that the posts will enable his team to “reach rural communities, educate about ways to prevent malaria and provide a holistic approach to accessing health care services”.
The continuing partnership also includes developing national standards to address mosquito-borne diseases and set local safety and efficacy standards for pest control products. The standards will focus on the distribution and use of mosquito spatial and personal insect repellent products, as well as the encouragement of positive behavioural changes to reduce the potential risk of mosquito-borne disease.
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Beyond helping local families, this partnership with the Rwanda Ministry of Health and the Society for Family Health Rwanda is providing insights and best practices that will help our efforts to fight malaria in other countries around the world.
Visiting one of the existing health posts, Chairman and CEO Fisk Johnson said the stories he heard from staff and patients were moving and powerful. Just as important, the knowledge accumulated through the partnership can contribute to more efforts in the future.
Another partner in our fight to protect people from mosquito-borne diseases is the University of Notre Dame. A respected leader in vector-borne disease research, the university has been working to demonstrate the public health value of spatial repellents.
“The role for repellent to provide protection to people from arthropod-borne diseases, such as malaria and dengue fever, was first recognized over 50 years ago”, says Nicole L. Achee, PhD, Research Associate Professor at the University of Notre Dame.
“However, spatial repellent products have yet to be fully recommended for inclusion in public health programmes. Our team has now been given the opportunity, and the responsibility, to advance these products to those populations in most need.”
In February 2019, the university received its largest-ever research grant for a single proposal, to support the effort. The grant comes from Unitaid and will enable Notre Dame to lead management, oversight and administration of a five-year investigation to determine the effectiveness of a spatial repellent product in preventing mosquito-borne diseases such as malaria, dengue and Chikungunya.
“The role for repellent to provide protection to people from arthropod-borne diseases, such as malaria and dengue fever, was first recognized over 50 years ago”, says Nicole L. Achee, PhD, Research Associate Professor at the University of Notre Dame.
“However, spatial repellent products have yet to be fully recommended for inclusion in public health programmes. Our team has now been given the opportunity, and the responsibility, to advance these products to those populations in most need.”
In February 2019, the university received its largest-ever research grant for a single proposal, to support the effort. The grant comes from Unitaid and will enable Notre Dame to lead management, oversight and administration of a five-year investigation to determine the effectiveness of a spatial repellent product in preventing mosquito-borne diseases such as malaria, dengue and Chikungunya.
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Notre Dame in Indiana, USA, leads research to study spatial repellents against mosquito-borne diseases.
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There are nearly 3,500 species of mosquitoes around the world.
SC Johnson is the industry partner in the effort, working with the team to develop the spatial repellent delivery method, advance the insect-borne diseases research and test the product in places around the world where malaria is endemic.
“Spatial repellents may allow us to prevent the spread of disease in places where traditional interventions such as mosquito nets and indoor residual spraying are not completely effective”, says Neil Lobo, PhD Research Associate Professor at the University of Notre Dame.
“We have data that show spatial repellents are effective against insecticide resistant populations, which may have the potential to limit the spread or emergence of insecticide resistance – one of the many challenges faced by public health officials today. Residual transmission is also a significant global concern, and when combined with other tools we expect they will prove to be even more effective.”
“Spatial repellents may allow us to prevent the spread of disease in places where traditional interventions such as mosquito nets and indoor residual spraying are not completely effective”, says Neil Lobo, PhD Research Associate Professor at the University of Notre Dame.
“We have data that show spatial repellents are effective against insecticide resistant populations, which may have the potential to limit the spread or emergence of insecticide resistance – one of the many challenges faced by public health officials today. Residual transmission is also a significant global concern, and when combined with other tools we expect they will prove to be even more effective.”
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Spatial repellent products have yet to be fully recommended for inclusion in public health programmes. Our team has now been given the opportunity, and the responsibility, to advance these products to those populations in most need.
SC Johnson works with The Bill & Melinda Gates Foundation on various BOP initiatives because of the complementary perspectives each organisation brings to the table.
Depending on the initiative, our joint teams often include people well-versed in diverse disciplines including medical entomology, pharmacology, global public health delivery, market shaping, manufacturing and product supply.
Most of all, while we all bring strong technical expertise to our teams, we share the believe that solutions will only make a meaningful impact if they’re grounded in the daily lives of our end users. So, we spend time together in the communities of the people we are trying to serve.
Depending on the initiative, our joint teams often include people well-versed in diverse disciplines including medical entomology, pharmacology, global public health delivery, market shaping, manufacturing and product supply.
Most of all, while we all bring strong technical expertise to our teams, we share the believe that solutions will only make a meaningful impact if they’re grounded in the daily lives of our end users. So, we spend time together in the communities of the people we are trying to serve.
The Bill & Melinda Gates Foundation supports those in extreme poverty with the resources they need to lead a healthy and productive life.
No one should live in fear of malaria. There are many solutions that play a role in preventing its transmission, including repellents, rapid diagnostic tests, mosquito nets and medication. Yet those who live in areas with malaria don’t always accept or use these solutions.
Sometimes they are misused, or not used at all if they don’t fit people’s existing routines, their daily lives and their existing habits. These insights drive our work with The Bill & Melinda Gates Foundation. We take a human-centred approach, immersing ourselves in our end users’ lives to genuinely understand their priorities, how they live and what’s important to them.
Teams spend time sleeping with families under mosquito nets in their homes, tapping trees with migrant workers on rubber plantations, or travelling with midwives to provide care in rural communities.
Sometimes they are misused, or not used at all if they don’t fit people’s existing routines, their daily lives and their existing habits. These insights drive our work with The Bill & Melinda Gates Foundation. We take a human-centred approach, immersing ourselves in our end users’ lives to genuinely understand their priorities, how they live and what’s important to them.
Teams spend time sleeping with families under mosquito nets in their homes, tapping trees with migrant workers on rubber plantations, or travelling with midwives to provide care in rural communities.
By spending time with families at risk of malaria, we can develop solutions that fit their needs and daily lives.
By grounding our technical expertise in the daily lives of the people at risk for malaria, these partnership efforts help us truly understand the needs and opportunities. We believe if we ever hope to create sustainable solutions, they will have to be led by this perspective on life in malaria’s world.