
Starting every July, citizens of Burkina Faso prepare themselves. While some prepare for a harvest or the school year to begin, many prepare for mosquitoes. Peak mosquito and peak malaria season begin in July and runs through September.
Malaria is a serious burden on the Burkinabé people. In 2015, the disease, which is treatable and preventable, was responsible for 61.5 percent of hospitalizations and 30.5 percent of deaths in Burkina Faso. That same year, malaria accounted for roughly 70 percent of deaths in children under the age of 5. In 2018, there were 11,915,816 presumed and confirmed cases of malaria. While reports say that 4,144 people died of malaria in 2018, experts estimate the true total to be above 30,000.
However, change is on the horizon. Recently, the nonprofit research group Target Malaria began testing its newest weapon against malaria: mosquitoes.
Using Mosquitoes to fight Malaria in Burkina Faso
In the small village of Bana, 10,000 genetically modified, sterile male mosquitoes, coated in fluorescent dust, were released into the wild. Although mosquitoes have been genetically modified in Brazil and the Cayman Islands, this was the first time such mosquitoes have been released in Africa, and out in the world.
This release was a long time in the making. Target Malaria, led by Abdoulaye Diabaté, began research in 2012. However, in the seven years it took to reach this point, far more was needed than just research. Diabaté and his research team also sought to bring in the community. Such an experiment was sure the bring skepticism and criticism from local tribes, so Target Malaria sought the approval of tribe leaders before letting the mosquitoes into the wild. In May 2018, all of the tribe leaders signed off on the project, giving their approval.
The overall goal of Target Malaria’s research is to develop a special gene in mosquitoes that will squash the malaria gene, effectively eradicating malaria in Burkina Faso and wherever else the mosquitoes reach.
This first release is a stress test. Over 99 percent of the mosquitoes released are sterile males, which cannot bite and pass on their genes. Scientists wanted to test how these mosquitoes fare in the wild, track their behaviors, flight patterns and flight dispersal, as well as see how the ecosystem reacts to these new mosquitoes. The mosquitoes should die within a matter of months.
The next step for Target Malaria is research and analysis. According to Diabaté, the team plans to spend the next year working with information from this stress test. Then, they will continue to develop the malaria-squashing gene, as well as continue to build community relations. The remaining scientific research component should be completed in two to three years. However, because of developing community relationships and education processes, the group expects the mosquitoes equipped with the gene to be released in six or seven years.
Because of the nature of this project, Target Malaria has not been without criticism. Environmentalists warn of the dangers of tampering with an entire species of mosquito and the possibility of unforeseen consequences. According to Diabaté, the group understands this but also highlight the tremendous possibilities if the project is successful. There are 3,500 different species of mosquito in Africa and 850 in West Africa alone. Target Malaria is attacking one species of mosquito and possibly saving thousands, if not millions of lives from malaria in Burkina Faso and the rest of Africa. For Target Malaria, the risk is worth the reward.
What is Target Malaria?
Target Malaria is a nonprofit research group that aims to develop and share technology for malaria control in Africa. The team’s vision is to create a world free of malaria. The team consists of scientists, stakeholder engagement teams, risk assessment teams and regulatory experts from Africa, Europe and North America. They operate from Burkina Faso, Mali and Uganda.
Diabaté himself is a native of Burkina Faso and is familiar with malaria after suffering through it himself. His wife, children and sibling have also suffered bouts with malaria as well. Malaria in Burkina Faso is a far too common issue for his family and millions of others.
The research Target Malaria is doing has the possibility of eradicating malaria. If successful, the genetically modified mosquitoes will replace the standard bed nets and medical treatments. These mosquitoes have the potential to change the lives of millions throughout Africa.
– Andrew Edwards
Photo: Wikimedia Commons
How Scientists are Combating Malaria in Burkina Faso
Starting every July, citizens of Burkina Faso prepare themselves. While some prepare for a harvest or the school year to begin, many prepare for mosquitoes. Peak mosquito and peak malaria season begin in July and runs through September.
Malaria is a serious burden on the Burkinabé people. In 2015, the disease, which is treatable and preventable, was responsible for 61.5 percent of hospitalizations and 30.5 percent of deaths in Burkina Faso. That same year, malaria accounted for roughly 70 percent of deaths in children under the age of 5. In 2018, there were 11,915,816 presumed and confirmed cases of malaria. While reports say that 4,144 people died of malaria in 2018, experts estimate the true total to be above 30,000.
However, change is on the horizon. Recently, the nonprofit research group Target Malaria began testing its newest weapon against malaria: mosquitoes.
Using Mosquitoes to fight Malaria in Burkina Faso
In the small village of Bana, 10,000 genetically modified, sterile male mosquitoes, coated in fluorescent dust, were released into the wild. Although mosquitoes have been genetically modified in Brazil and the Cayman Islands, this was the first time such mosquitoes have been released in Africa, and out in the world.
This release was a long time in the making. Target Malaria, led by Abdoulaye Diabaté, began research in 2012. However, in the seven years it took to reach this point, far more was needed than just research. Diabaté and his research team also sought to bring in the community. Such an experiment was sure the bring skepticism and criticism from local tribes, so Target Malaria sought the approval of tribe leaders before letting the mosquitoes into the wild. In May 2018, all of the tribe leaders signed off on the project, giving their approval.
The overall goal of Target Malaria’s research is to develop a special gene in mosquitoes that will squash the malaria gene, effectively eradicating malaria in Burkina Faso and wherever else the mosquitoes reach.
This first release is a stress test. Over 99 percent of the mosquitoes released are sterile males, which cannot bite and pass on their genes. Scientists wanted to test how these mosquitoes fare in the wild, track their behaviors, flight patterns and flight dispersal, as well as see how the ecosystem reacts to these new mosquitoes. The mosquitoes should die within a matter of months.
The next step for Target Malaria is research and analysis. According to Diabaté, the team plans to spend the next year working with information from this stress test. Then, they will continue to develop the malaria-squashing gene, as well as continue to build community relations. The remaining scientific research component should be completed in two to three years. However, because of developing community relationships and education processes, the group expects the mosquitoes equipped with the gene to be released in six or seven years.
Because of the nature of this project, Target Malaria has not been without criticism. Environmentalists warn of the dangers of tampering with an entire species of mosquito and the possibility of unforeseen consequences. According to Diabaté, the group understands this but also highlight the tremendous possibilities if the project is successful. There are 3,500 different species of mosquito in Africa and 850 in West Africa alone. Target Malaria is attacking one species of mosquito and possibly saving thousands, if not millions of lives from malaria in Burkina Faso and the rest of Africa. For Target Malaria, the risk is worth the reward.
What is Target Malaria?
Target Malaria is a nonprofit research group that aims to develop and share technology for malaria control in Africa. The team’s vision is to create a world free of malaria. The team consists of scientists, stakeholder engagement teams, risk assessment teams and regulatory experts from Africa, Europe and North America. They operate from Burkina Faso, Mali and Uganda.
Diabaté himself is a native of Burkina Faso and is familiar with malaria after suffering through it himself. His wife, children and sibling have also suffered bouts with malaria as well. Malaria in Burkina Faso is a far too common issue for his family and millions of others.
The research Target Malaria is doing has the possibility of eradicating malaria. If successful, the genetically modified mosquitoes will replace the standard bed nets and medical treatments. These mosquitoes have the potential to change the lives of millions throughout Africa.
– Andrew Edwards
Photo: Wikimedia Commons
New Innovation to Transport Fragile Vaccines
Researchers at McMaster University in Ontario, Canada, have developed a possible breakthrough with regards to the storage of certain fragile vaccines. They have found a way to protect these vaccines from direct heat, negating the need for them to be stored in a cool environment. The implications of this innovation are massive. If organizations like Health Canada approve it, the reach of vaccinations to rural areas will increase, and with that, disease and sickness should decrease.
Coating on Vaccines
The researchers found that placing a gel-like coating over the vaccines was the best way to protect them from the heat. To make this coating, researchers mixed two sugars, trehalose and pullulan, with the vaccine and let it dry. As the sugars dried, the researchers coated the vaccine, making it resistant to heat and rendering the cold chain (the process of storing vaccines at temperatures ranging from 2 C to 8 C) unnecessary. Heat resistance is important because many people living in more rural areas of the world do not have access to refrigeration. Now, individuals living in impoverished areas will have access to a number of vital vaccines, helping protect them from diseases such as Ebola and influenza.
The technology’s development was the result of countless years of testing and hard work. But it is clear that the end product will be more than worth the time spent. When asked about the significance of the technology, Vincent Leung, an Assistant Professor of Chemical Engineering at McMaster and one of the masterminds of the testing, said that it is “very exciting that something we worked on in the lab has the possibility of saving people’s lives one day.” Leung has reason to be proud; the technology is filling a clear need and will undoubtedly have a massive impact upon its implementation.
What Happens Next
Health Canada and the U.S. Food and Drug Administration must still provide approval for the new technology. These organizations will analyze the effectiveness, practicality and safety of the technology. These organizations are likely to approve it because both have already accepted trehalose and pullulan.
The researchers have received funding from many organizations around the world, including the Bill and Melinda Gates Foundation. They are now working with commercial partners in an effort to get the technology to market upon approval. Once accepted, it will likely see heavy usage in more rural parts of the world, such as in many regions of Africa. In many of these areas, individuals do not receive vaccinations for preventable diseases. In fact, more than 7.6 million children in Africa are not vaccinated each year.
This new innovation to transport fragile vaccines has immense potential to shape the future in a positive way. Vaccines will now become cheaper and more efficient to transport around the world. In addition, as more individuals obtain vaccinations, rates of disease and poverty should decrease and life expectancy should increase. While there are still many steps for this new technology to take before implementation, the promise of the technology provides immense hope.
– Kiran Matthias
Photo: Flickr
A Look At Credit Access in Cameroon
Cameroon is a country in Central Africa located right below the Sahara Desert. With a population close to 24 million, estimates show that 48 percent of the population lives below the poverty line. The majority of those who live in poverty reside in northern, rural regions. Although Cameroon has experienced growth in GDP since 2018, it is the largest economy in the Central African Economic and Monetary Community (CEMAC), a region that has suffered in Africa due to the fall of oil prices. Cameroon aims to become an emerging country by 2035, which means the real GDP will have to grow by 8 percent. In order to reach this goal, credit access is an advancement that must be focused on. Seeking a solution for credit access in Cameroon is a crucial task for its government.
Unfortunately, in 2017, only 10 percent of Cameroon’s population reported that they have a bank account.
Agriculture and the Economy
It’s clear that financial services and education are not reaching a large portion of Cameroon’s population. Often described as a miniature Africa, Cameroon exhibits all the climates of the continent, with a large chain of mountains separating the arid and green regions. This terrain presents a challenge in acclimating the population to new advancements such as mobile banking and loan access.
Cameroon’s economy is rooted in agriculture, something found mostly in rural regions where access to credit is poor. Because of the country’s rich landscape and natural resources, 70 percent of the population’s labor force is in Cameroon farms. However, 23 percent of farmer households rely on subsistence farming, which means they are working to feed themselves and their family. This is an alternative to both consuming and selling the produce.
While subsistence farming can provide a family with a self-sufficient method towards survival, its success is dependent on a non-hazardous climate and funding. Specifically, this is access to expensive chemical fertilizers. Subsistence farming also doesn’t help improve the economy’s investment sector when many people are farming to live instead of making money to save. Most farmers sell their products at the marketplace, where physical cash is exchanged for goods. Out of the 90 percent who do not own a bank account, the majority reported that they had no money to save or made no regular income.
A Need to Expand Credit Access in Cameroon
There are currently around 840 or so accredited microfinance institutions in Cameroon. The country’s loan performance has worsened due to the number of uninformed loans given to consumers. In 2018, the Risk Prevention Bureau for Microfinance (CREMF) was established as a system that helps these institutions track and disseminate the correct data on all their customers. This makes it somewhat easier for them to recover borrowed money. However, the challenge is still present: the majority of these microfinance institutions are in rural areas with low internet connectivity. This makes it difficult to continue giving out loans to those who need them.
In order to make credit access in Cameroon more financially inclusive, mobile services must be extended to rural areas. Additionally, services should also cover financial education and funding for farmers. In 2008, Express Union introduced mobile money. Mobile money offers a quick method for payments and access to finances.
While there are 6.8 million subscribers, there are only 1.5 million active users of mobile money services. The biggest challenge is implementing a cashless culture in a country that is reliant on a cash-based agricultural market.
Improvement Efforts
In order to establish an equal financial climate, the government of Cameroon and the World Bank Group renewed its strategy. This 2017-2021 project focuses on three main areas:
The main objectives of this framework are increased market productivity in the agricultural sectors, improved health and improved access to credit in Cameroon.
Another solution to help foster jobs in Cameroon is the Agriculture Investment and Market Development Project (AIMD). Participants of this project are working to pave a bridge between agriculture and agribusiness. For example, this includes:
These advancements have helped to boost the financial sector and improve credit access in Cameroon. As a result, the livelihood of the country’s poor has improved. With consistent improvement, it’s possible that Cameroon’s economy can emerge into one that is economically stable, with more equally-distributed prosperity among regions.
– Isadora Savage
Photo: Pexels
7 Facts About Mental Health in Guyana
Guyana, an English-speaking country situated on the northern coast of South America, has one of the highest suicide rates in the world. The country tallies about 29.2 suicides for every 100,000 deaths, a number surpassed only by Lithuania and Russia. This unsavory statistic can be an important indicator of a country’s relationship with mental health. The seven facts about mental health in Guyana show the variety of complex and interconnected factors that contribute to its high suicide rate.
7 Facts About Mental Health in Guyana
As a result of the efforts from non-profits and legislation like the National Suicide Prevention Plan, Guyana’s suicide rate has dropped from 44.2 percent in 2014 to just under 30 today. While it is clear that improvements are being made, the country still has a long way to go in holistically addressing mental health. An overhaul of the outdated legislative framework surrounding mental illness may be the next step towards improving mental health in Guyana.
– Morgan Johnson
Photo: Pixabay
Top 10 Facts about Human Trafficking in South Africa
Top 10 Facts about Human Trafficking in South Africa
– Natalie Malek
Photo: Wikimedia
5 Ways Natural Disasters Affect Impoverished Nations
After a natural disaster, an impoverished nation faces even more struggles as it attempts to recover. While the media is a tool that helps inspire assistance to disaster-stricken nations, countries that experience natural disasters often still need more aid after the disaster is no longer in the spotlight. Developing countries are particularly vulnerable to the effects of natural disasters, and it is important to remember these effects when thinking about what you can do to help a nation in distress. Here are five ways natural disasters affect impoverished nations.
Five Ways Natural Disasters Affect Impoverished Nations
Natural disasters and the ways natural disasters affect impoverished nations continue to be a threat to global health every day. Donating to relief and recovery organizations is a great way to be involved in helping poor communities abroad.
– Katherine Desrosiers
Photo: U.S. Department of Defense
6 Women-led Companies that Help Poor Communities
In addition to reducing poverty, a United Nations study found that businesses with a higher proportion of women executives and directors saw an increase in profits and returns on invested capital. Not only do women in business help reduce global poverty and increase the global market, but many of their companies provide services directed at those in poverty. Here are six women-led companies that give back to the poor.
6 Women-Led Companies that Help Poor Communities
These six women-led companies are helping those in poverty, as well as providing inspiration and empowerment for other women looking to own and run businesses. These companies not only benefit the women who have helped establish them but countless others in need.
– Maya Watanabe
Photo: Flickr
3 Water-Purifying Devices Beneficial For Developing Countries
3 Water-Purifying Devices Beneficial For Developing Countries
Ceramic water filters, also known as clay pot filters, are essentially made from a mixture of clay, sawdust, and colloidal silver. It consists of four parts; a lid, receptacle tank, filter element and the spigot where the water comes out of. Both the clay and sawdust are put together through a mesh and are mixed in with the colloidal silver and water. Then, it is heated up to 1000 degrees Celsius leaving only silver pores to purify the water. The colloidal silver is what fights off the diseases, or bacteria, that passes through the filter element. Each filter can filter two to four liters per hour. It comes in both lightweight and heavyweight sizes for household convenience or water errands. Residents are able to pour water from streams or ponds into the filter as the filter is 100 percent effective in disinfecting any unwelcomed bacteria. A single filter, without needing a replacement, is able to be used up to five years.
Winning the James Dyson Award in the United Kingdom in 2010, the brain behind these water bottle filters is Timothy Whitehead. Through his travels in Zambia, he grew frustrated at the problems residents had with very limited access to clean water. This lightweight water filter is the same size as a regular water bottle and is capable of filtering soiled water in two minutes. Whereas iodine or chlorine tablets take up to one full hour to filter water. Together, both the ultraviolet light system and micron size water filter are capable of cleaning up to 99.9 percent of bacteria found in the water. This efficient invention is not alone in the water-purifying devices that utilize solar power.
Jonathan Liow created the hamster shaped solar ball. Made specifically for developing countries, the hamster shaped solar ball purifies water by sunlight. The ball first heats the water from the sunlight and the process of evaporation occurs which separates the bacteria from the water producing drinkable condensation. This is a reliable source of healthy water because water from condensation is continuously collected and stored. This device can store up to three liters of water if there is access to sunlight.
These three water-purifying devices are unique in their own way but solve the same problem; providing reliable water. As technology continues to improve in today’s world, developing countries will have more resources that will positively affect their livelihoods. With these creative devices, developing countries will have unlimited access to clean water for many years down the line.
– Jessica Curney
Photo: Flickr
Speed Breeding Technology Promises More Food
While the earth’s rapidly changing climate and growing global population have caused concern about the future of the agriculture industry, there now appears to be a reason for optimism. Researchers from the University of Queensland in Australia have recently developed a new speed breeding technology that allows for quicker harvesting of plants. Researchers have been developing the technology for almost a decade and NASA’s past experiments with growing food in space are an inspiration. This technology has massive implications for the agriculture industry; with it, food production should significantly increase, which will be a necessity since the global population might grow to 9.8 billion by 2050.
How it Works
To speed up the harvesting process, special red and blue LED lights are shone on the crops (which are kept in greenhouses) for up to 22 hours a day at temperatures between 62 and 72 degrees Fahrenheit. This near-constant lighting and precise temperature help speed up the photosynthesis process, allowing for crops such as wheat, barley and chickpeas to grow up to three times faster than with traditional practices.
Crops produced with speed breeding technology also show to be of higher quality than those harvested with more conventional methods. In addition to increases in speed and quality, crops bred in this new way can be more resistant to extreme heat and droughts. To do this, speed breeding is combined with the usage of tools like CRISPR, a family of DNA sequences that allows for the removal of unwanted portions of a crop’s DNA. Such unwanted portions are often ones that cause decreased yield for a given crop; for example, CRISPR could remove a gene that causes a crop to prematurely germinate after rainfall.
Implementation and Implications for the Global Poor
Currently, the researchers from Queensland are traveling to locations such as Mali and Zimbabwe, as well as India, to train farmers on how to use these new techniques. The researchers receive funding from organizations like the Bill and Melinda Gates Foundation and The International Crops Research Institute for the Semi-Arid Tropics. This funding is likely to have a massive impact on individuals in developing countries, as speed breeding has enormous potential to help the world’s poor. Part of the reason for this is that people can use this technology anywhere. For example, people can power LEDs using solar power instead of electricity in countries where electricity is lacking. This makes the technology one that people can easily implement throughout the developing world.
Global Impact
Speed breeding will help produce crops at a quicker rate so that more people around the world can receive food. In addition to this, speed breeding technology is a sustainable technique that, if growers implement in conjunction with other practices (such as the usage of tools like CRISPR) could make crops more resistant to heat and disease. All in all, speed breeding technology is, without question, an integral part of the future of the agriculture industry.
– Kiran Matthias
Photo: Flickr
5 Impacts of Cell Phones in the Developing World
Since its invention in 1973, the presence of the cell phone has become practically unavoidable worldwide. As of 2019, there were approximately 4.68 billion mobile phone users globally. Although many worry about the adverse effects of the overuse of the device, one cannot overstate the positive impacts of cell phones, especially in the developing world. From mobile banking to health care, the cell phone has left an incredible footprint on the world despite its relatively short existence. Here are the top five impacts of cell phones in the developing world.
Top 5 Impacts of Cell Phones in the Developing World
Mobile devices are popular in remote areas to cheaply or freely offer daily texts and voicemails about common medical conditions. For example, in Mozambique, Absolute Return for Kids, a British nonprofit, is fighting HIV/AIDS by using mobile messaging to remind enrolled patients to take their medications as well as about appointment dates.
Conclusively, the range of the various impacts of cell phones globally in developing countries has been both deep and wide. The device has proven itself to be both an efficient yet inexpensive solution to many day-to-day problems. It is not too optimistic to say that in the near future even more creative uses for cell phones will surface.
– Linda Yan
Photo: Flickr