Sumitomo Chemical and IVCC have been working for the past 5 years to develop a new active ingredient with a novel mode of action for use in the fight against the mosquitoes that transmit malaria and other debilitating and often fatal diseases.

Extensive laboratory based studies demonstrating the safety and efficacy of this chemistry against insecticide resistant mosquitoes have now been completed. On World Mosquito Day, that commemorates the 1897 discovery by Sir Ronald Ross that female mosquitoes transmit malaria, we are delighted to announce these studies have moved to the next phase.  This includes evaluating the performance of a range of prototype products in both laboratory and semi-field based settings.

Read the full press release in the attached file.

Is it time to recognise that African scientists are the key to African challenges? Listening to some of the excellent speakers at the European Congress on Ttropical medicine and Health has reminded me of just how much talent there is in Africa, and who is best situated to understand the urgency in the work we are engaged in and the very real local problems that are faced in making good ideas work in the field.

The latest member of the IVCC team, Dr Silas Majambere, our Senior Scientist, was speaking this morning about the progress that has been made in vector control. It was a clear and inspiring presentation that left me encouraged about how far we have come in driving back malaria and made me even more determined to see us finish the task and herald the end of this scourge of the African nations.

One of the questions he was asked related to the need for capacity building in Africa. His response was insightful and true. There is a new generation of African scientists, keen and talented, who are increasingly talking together about what they can do to make a difference in the countries where they grew up.

I remember when I visited Burkina Faso last year being impressed with the energy and knowledge of the local scientists we work with there. Some of the ideas we are currently exploring have come from their first-hand knowledge of the problems of malaria, and the life of the mosquitoes that transmit the disease. Visiting some of the local villages I was reminded of how little I know about the everyday lives of the people I am working for. Who best to understand the urgency and local realities than local people themselves.

As IVCC moves towards the final phase of developing new anti-malarial insecticides we are rightly proud of this monumental advance in the war against malaria. (Bear in mind these will be the first new public health insecticides in 30 years!) But now it is time to look towards the people who will benefit from these new tools and, not only harness their local understanding of how they should be applied, but also equipping this new generation of African scientists in finding their own solutions.

From what I have seen and heard I am greatly encouraged and hopeful that, given the tools they are more than able to finish the job.

Malaria research and development will be boosted by a new £1billion fund, the Ross Fund, backed by Britain’s aid budget and the Bill and Melinda Gates Foundation (BMGF) that was announced yesterday (November 22, 2015).

Announcing the fund Chancellor George Osborne said he had been committed to the fight against malaria since 1997. ‘A staggering one billion people are infected with malaria and 500,000 children die from the parasite each year,’ he said. ‘Our commitment means Britain can continue to play its part in the fight against malaria and working with the BMGF will help us in our joint ambition to see an end to this global disease in our lifetimes.’

The UK Department for International Development (DfID) has a long track record of effective overseas aid and has a particular reason to be proud through its support for the development of new anti-malarial insecticides. These are an essential element of the bednets and indoor residual spraying which, according to a recent report from Oxford University, has been responsibly for vector control was responsible for about 80% of the overall decline in infection prevalence across the continent since 2000 (read the full report) and (a summary of the report).

International Development Secretary Justine Greening said there was reason to be proud of Britain’s contribution to the fight against deadly diseases across the world, and especially malaria, which costs African economies about £8billion every year. ‘A healthy prosperous world is in Britain’s interest and the prevention of deadly diseases is a smart investment,’ she said. ‘That is why working with the BMGF through the Ross Fund, the UK will tackle resistance and develop drugs or insecticides to bring an end to this terrible disease.’

No new public health insecticide has been developed in over 30 years, and with all the current insecticides now compromised by insecticide resistance, the work IVCC is doing with the support of BMGF and DfID is essential to the malaria battle. Since IVCC began in 2000 we have made considerable progress, and expect to have several new anti-malarial insecticides in the field by 2020 for use in bednets and indoor residual spraying. Their use will make insecticide resistance much more difficult to develop in the future. It is a very tangible return on investment by both UK international aid and the BMGF that is already producing practical results that will change the world for the better.

IVCC, a UK based charity, is the only organisation in the world developing new public health insecticides. Our public-private partnership has worked well over the past 10 years, with funding from the Bill and Melinda Gates Foundation, the UK, US, and Swiss governments, and from our industry partners.

It’s not often that we think of scientists as heroes. More often than not they are portrayed as being a bit geeky, possibly dangerous. But last year, I began to see them in a different light.

I was in a meeting of scientists, quite a few of them chemists. One of our industrial partners was explaining how they were getting on with the search for a new chemical compound to kill mosquitoes.

Frankly, I didn’t understand most of the discussion because it was highly technical, but I saw a picture emerging of the amazing  battle that these scientists were engaged in every day.

To my highly untrained unscientific mind it sounded like this (please forgive me scientists everywhere, I’m a journalist):

‘We tried to add a blob onto the left quadrant of the compound but that didn’t work so we wrestled a grommet from another compound, and looked at how other scientists had tackled the problem in a completely different area. We lassooed some wild elements and added them to the mix, herding a whole tribe of unique components into the circle. And this strange compound seems to work.’

I know that sounds crazy, but that’s what it sounded like. What touched me was the sense of a battle. These scientists, as it were, struggling to defeat a powerful enemy that was fighting back in every direction.

That’s where the idea of Heroic Chemistry came from. It grew when I visited Burkina Faso and saw the work local scientists are doing at our field trial sites. Not only are they testing the new compounds to see if they work where it matters, where malaria is endemic, but they’re also testing to see if local insecticide-resistant mosquitoes are affected by the new compounds. And African scientists, who live with the problem on their doorstep, are also beginning to see new patterns of mosquito behaviour and think about completely new solutions. These are people who’ve suffered from malaria every year of their lives so they know the battleground well.

It’s all very exciting. We are not too far away from having several new designed-from-scratch insecticides available to fight malaria. According to a group of leading academics (Bhatt et al, Nature.com 2015) insecticide treated bed nets and indoor residual spraying with insecticides are responsible for the biggest part of the gains in the battle against malaria over the past 15 years. Nearly 78% of the cases averted are due to vector control, which means about 500 million people protected from malaria.

That’s why the work these scientists are doing is heroic. It really does have the potential to change the world as we know it. Millions of liveswill continue to be saved, millions of children will grow up into healthy productive lives, some of the poorest countries in the world will reap the economic benefits of a healthy population.

That’s why I wanted to make this film. To say thank you to the scientists who, behind the scenes, make it all happen. You’re my heroes.

Malaria rates halved throughout sub-Saharan Africa in the years between 2000 and 2015 as a consequence of greatly improved malaria interventions.

These impressive gains reflect a change of emphasis to make vector control a priority in malaria control programmes. Widespread distribution of insecticide-treated bednets made the biggest contribution, together with indoor residual spraying with insecticides through a coordinated control programme in 15 malaria endemic countries. Together these vector control interventions accounted for 78% of the gains.

Globally renowned researchers from leading institutions across the world compiled the figures using a data-driven approach informed by empirical observation in the field. Their conclusions emphasise the key role vector control plays in saving lives and pushing back malaria. They are also a reminder that there is still a long way to go, and the gains need to be maintained: vector-borne diseases like malaria can rebound easily, as past experience has shown.

Maintaining progress is no easy task, faced with increasing insecticide resistance in Africa.  Fortunately, after 10 years of successful development with our industrial partners, new insecticide formulations are already in action and proving effective where there is resistance, anti-resistance bednets are on the near horizon, and several novel public health insecticides for bednets and indoor residual spraying are well on the way, to provide the next generation of vector control tools. But a proactive approach to their use will be essential to prevent future resistance from developing.

Malaria still kills over 433 thousand people a year, mostly children and pregnant mothers; reason enough not to take the pressure off, and to apply all available measures to protect vulnerable people and communities from this ancient scourge. It will need a toolbox of insecticides, drugs, vaccines and diagnostics working together to bring about a permanent solution. Each has a vital role to play, with vector control continuing to be a key element in bringing this vector-borne disease to an end.

This authoritative report* highlights the vital role of vector control in saving lives from malaria, now and in the future. It is worth taking time to consider its analysis. Don’t take our word for it, read the facts for yourself and draw your own conclusions.

*The effect of malaria control on Plasmodium falciparum in Africa between 2000 and 2015. S Bhatt, et al.

Nature 526, 207–211 08 October 2015)

Read the Full Report here

Read a review of the Report here