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Most Threatening Diseases in Moldova
The former Soviet republic of Moldova is the poorest country in Europe. The average Moldovan lives to be almost 70 years of age. This life expectancy rate is an average of three years longer than considerably wealthier countries in the Commonwealth Independent States (CIS). Despite this longevity, Moldovans have the second-highest rate of mortality in all of Europe, losing 980.094 out of 100,000 citizens annually. The most threatening diseases in Moldova that contribute to the high mortality rate include cardiovascular disease, cancer and cirrhosis.

Noncommunicable Diseases
The most threatening diseases in Moldova are noncommunicable. According to the World Health Organization (WHO), cancer, circulatory and digestive system diseases, injuries and poisoning accounted for 73 percent of all deaths in 2012.

WHO declared tobacco and alcohol consumption to be the main contributors to the most threatening diseases in Moldova. Though cirrhosis and other chronic liver diseases are not in the top three leading causes of death in the nation, these diseases still claim almost 210 men and women per 100,000 Moldovans a year and remain substantial overall causes of death.

Infectious Diseases
The incidence of tuberculosis has increased by 83 percent since 2013. Diarrhea, lower respiratory and other common infectious diseases also account for major infectious diseases.

Syphilis and gonorrhea collectively affect an average of about 90 people per 100,000 Moldovans. In 2009, the country faced a syphilis epidemic, during which 139 citizens per 100,000 were infected. Though the reported cases of Moldovans infected with syphilis have decreased, it is still more than double the average of the CIS.

The rate of HIV is double the average frequency in the CIS, affecting nearly 20 of 100,000 Moldovans. AIDS affects 6.6 of 100,000 individuals and is above the CIS average.

Government Action for Disease Prevention
In February 2007, the Law on the Prevention and Control of HIV/AIDS outlines a legal system that aims to educate Moldovan citizens on HIV/AIDS prevention. It works to ensure basic human rights and assuage discrimination for those affected. The degree is also designed to promote medical, social and psychological resources for those living with the disease.

The National Coordination Council is devoted to the enhancement of epidemiological studies and strategies to better control diseases like tuberculosis. The council aims to enhance government policies concerning the control of HIV/AIDS, sexually transmitted infections and tuberculosis through efficient dialogue between the government and nongovernmental organizations.

Through these national programs, the most threatening diseases in Moldova will become less of an issue as prevention and care become more widespread.

Sloan Bousselaire

Photo: Flickr

Common Diseases in KiribatiKiribati is a small island country in the central Pacific. The people of Kiribati have a positive outlook on life, despite the fact that many factors such as a lack of sanitation, overcrowding, high unemployment and environmental threats have led to 22 percent of the population living without basic needs.

The Ministry of Health in Kiribati provides free hospital services and public health and nursing services on the island and tries to focus on disease prevention and education. Yet, the persistence of urban poverty, climate change and poor water quality have led to a nearly constant influx of disease on the island.

Diarrheal Disease
Diarrheal outbreaks are common diseases in Kiribati for a few reasons. One of the most prevalent sources of diarrhea is dirty water. One in 20 infants dies before their first birthday in Kiribati from drinking unclean water. Some other causes of diarrheal disease are poor food handling and public defecation due to overcrowding.

Malnutrition
There are three different types of malnutrition: wasting (low weight for height), stunting (low height for age) and underweight (low weight for age). The most common type of malnutrition in Kiribati is stunting. Malnutrition not only reduces quality of life but also contributes greatly to infant mortality, weak immune systems and mortality in general.

Dengue Fever and Chikungunya Virus
Two other common diseases in Kiribati are dengue fever and chikungunya, both of which are viruses transmitted through the Aedes aegypti and Aedes albopictus mosquitoes. In 2015, it was reported that more than 12,000 people have been infected with mosquito-borne illnesses.

Ciguatera Poisoning
Ciguatera poisoning comes from consuming reef fish that have been contaminated by ciguatoxins, or marine biotoxins that cause food intoxication. The toxins can cause a wide range of neurological, gastrointestinal and cardiovascular symptoms. According to research, the toxins mainly develop in shallow waters that contain seaweed, sediments and dead coral. Thus, it is possible that low sea levels and surface water temperatures are contributing to the poisoning.

Lifestyle Disease
Some of the most common diseases in Kiribati are those that stem from certain lifestyle habits or behaviors. Diseases of this kind include HIV and other sexually transmitted infections, cardiovascular disease, respiratory disease and diabetes. The prevalence of HIV and STIs are due to a lack of sexual education. Cardiovascular disease and diabetes are most often associated with physical inactivity and poor eating habits. Tobacco use also contributes to respiratory disease and cancers.

Kiribati is working with the World Health Organization (WHO) on a national development plan for the 2016-2019 period that includes operational plans for the Ministry of Health and Medical Services. Immediate goals include reducing the risk of non-communicable diseases, improving maternal and child health, preventing the spread of communicable diseases and strengthening health service delivery.

Awareness and prevention of communicable disease will be key to implementing this plan. With the intervention of WHO, Kiribati has made strides in providing cost-effective, quality health services and preventing disease.

Madeline Boeding

Photo: Flickr

Zambia's AIDS Response Fast-TrackHIV/AIDS affects millions of people in Africa. Zambia and other countries in Africa are greatly impacted by HIV/AIDS daily. Even though Western countries are working to improve the HIV/AIDS rate in Africa, countries in Africa are working even harder to help their people. Zambia’s AIDS Response Fast-Track Strategy recently launched with important goals for 2017-2021.

Zambia’s AIDS Response Fast-Track Strategy sets out a plan to achieve the global Fast-Track prevention and 90-90-90 targets, where 90 percent of people living with HIV will know their HIV status. The strategy also aims to ensure that 90 percent of people who know they are HIV positive are accessing treatment and 90 percent of people on treatment have decreased their viral loads.

The strategy establishes clear approaches to increase the HIV response for everyone, set yearly targets at the national and state level and estimate costs and resources required. Zambia’s AIDS Response Fast-Track Strategy will provide more facility-based and community-led programs. The strategy will increase HIV testing and help counsel districts that have high HIV rates. The Fast-Track Strategy will also target key populations and partner with other healthcare services regarding HIV testing.

HIV treatment and care services will be guaranteed through the strategy. The most important goal of the strategy is to eliminate all new HIV infections among children. A significant impact has been made in the past few years on new HIV infections. New HIV infections have decreased from 69,000 in 2005 to 59,000 in 2016. The rate of women receiving medicines to prevent mother-to-child transmission has increased to 87 percent.

Fast-Track Cities was launched on World AIDS Day in 2014 in Paris. Over 70 cities with high HIV rates have signed the Paris Declaration on Fast-Track Cities Ending AIDS, including Zambia’s capital Lusaka. The strategy was created by a team led by the National HIV/AIDS/STI/TB Council and UNAIDS. The International Association of Providers of AIDS Care (IAPAC), the United Nations Human Settlements Program (UN-HABITAT), UNAIDS and the City of Paris are supporting Fast-Track Cities. By participating in this initiative, Zambia can bolster its own Fast-Track Strategy and bring better care and prevention to its people sooner.

Treasure Shepard

Photo: Flickr

Common Diseases in Seychelles Seychelles is an African nation consisting of many islands located off of the east coast of Kenya. Due to its geographical location, some of the common diseases in Seychelles are mosquito- and animal-borne.

Three of the more common diseases in Seychelles are dengue fever, chikungunya and leptospirosis.

According to the Centers for Disease Control and Prevention (CDC), dengue fever and chikungunya have a number of common symptoms. Fever, joint pain and headaches are some of the more prevalent symptoms of dengue and chikungunya.  Even though both have overlapping symptoms, they are still separate diseases and it is possible to be infected by both diseases at the same time.

Dengue fever and chikungunya are both viruses that are spread by mosquitos. Thanks to the tropical climate that Seychelles has, it is a high breeding ground for mosquitos, meaning that these diseases can be spread easily. In 2005 to 2007, it was reported that there was an epidemic of chikungunya in Seychelles that infected about 60 percent of the population.

Thankfully, a French team from the World Health Organization (WHO) went to Seychelles and assisted the islands. They destroyed domestic breeding sites of mosquitoes and began a public health education campaign.

There are no vaccines for chikungunya but there is a vaccine for dengue fever. However, only a few countries have approved the use of the dengue vaccine. Because the mosquitos in Seychelles can bite indoors or outdoors and are active both day and night, preventative measures are the best way to ward off these diseases. Wearing long sleeves and using bug sprays are common ways to prevent mosquito bites. Cleaning and covering standing water can help prevent mosquito-breeding sites.

Another one of the common diseases in Seychelles is leptospirosis, which is a bacterial infection spread through animal urine. Leptospirosis can lead to kidney damage, liver failure and death if left untreated. Like chikungunya, leptospirosis currently does not have a vaccine available to prevent it. However, since leptospirosis is bacterial, antibiotics can be prescribed as treatment.

Much like dengue fever and chikungunya, preventative measures are the best way to not become infected. Avoiding areas where infected urine may be found are unclean water sources, soil after rainfall and animal habitats is the best preventative measure against leptospirosis.

Thankfully, research is well underway to get a vaccine for chikungunya and leptospirosis. Due to the outbreak of chikungunya, knowledge was gained on how the virus behaves and that has allowed scientists to be one step closer to produce stronger tools against it.

Daniel Borjas

3 Benefits of the XenoscopeOver 5 billion people in the world lack access to affordable and safe healthcare. The invention of the Xenoscope has changed the way laparoscopic surgeries are performed in developing areas of the world. The Xenoscope has benefited these areas in 3 ways:

Cost effective
The Xenoscope only costs $85 to make and is mostly comprised of cell phone parts. These devices sell for a few hundred dollars, compared to other equipment that can cost as much as $20,000.

The benefit of the low price is that if the Xenoscope breaks, it is easily replaceable. Rather than needing to pay for expensive repairs, users can simply buy a new one.

Efficient
The Xenoscope uses mostly cell phone parts, as well as an image sensor and LED light to capture images. The smartphone camera is able to capture high quality images of the abdominal cavity. This cost-effective solution efficiently captures the images needed to perform the procedure.

The Xenoscope is just as efficient in taking images as normal laparoscopy equipment. For example, the Xenoscope was first tested by using it in a procedure to remove Fallopian tubes. The patient recovered from the procedure very quickly.

The device also removes the need for disinfection of the scope between surgeries. This in turn reduces the cost of sterilization services.

Versatile
The most highly regarded benefit of the Xenoscope is its versatility, especially in areas with unreliable electricity. Many areas that have limited access to expensive equipment also have unreliable electricity, requiring a battery-operated piece of equipment. The Xenoscope can be used in hospitals with unreliable electricity as well as outside of a hospital environment.

Not only is the Xenoscope itself versatile and mobile, the equipment it is compatible with is equally as mobile. The Xenoscope can be used with most laptops or smartphones and does not require expensive imaging equipment.

The Xenoscope is a beneficial, low-cost tool that gives access to effective medical equipment to those that need it. Even though it was originally intended for laparascopies, its use has expanded to other minimally invasive procedures involving thoracic and peritoneal cavities.

Rebekah Covey

Photo: Flickr

Common Diseases in Sint MaartenSaint Martin is an island in the northeast Caribbean divided between the French Republic (Saint Martin) and the Kingdom of the Netherlands (Sint Maarten). The Dutch side, Sint Maarten, is one of the four constituent countries that form the Kingdom of the Netherlands. Common diseases in Sint Maarten range from non-communicable to more high-risk communicable diseases.

When traveling to any island or foreign country, the CDC recommends a series of vaccinations to prevent illness from communicable diseases. It is recommended that travelers to Sint Maarten receive these vaccinations:

  • Routine vaccines
  • Hepatitis A
  • Hepatitis B
  • Rabies
  • Typhoid
  • Yellow fever

These vaccinations help prevent common diseases in Sint Maarten from spreading to tourists. A non-vaccine-preventable disease that is common is dengue fever. This is a leading cause of febrile illness among travelers from the Caribbean, South America and southeast Asia.

Common diseases in Sint Maarten can be spread by many means. The female Aedes aegypti mosquito transmits mosquito-borne diseases such as Zika, dengue and chikungunya. Taking precautions against mosquitoes by using bed nets at night, insect repellent and wearing long sleeve shirts and long pants can prevent these diseases. Zika is especially dangerous for pregnant women, as it can lead to birth defects. Others should use protection when there and home, and while traveling.

According to the Caribbean Public Health Agency (CARPHA), cancer is a non-communicable, common disease in Sint Maarten that causes death. Among females, breast cancer is the most prevalent, followed by cervical cancer. Prostate cancer is the leading cause of death among men, with lung cancer coming in second. Lung cancer is also a contributor to a high number of deaths among women. These cancers can be caused by genetics or environmental factors.

Non-environmental factors such as overeating have led to childhood obesity, which is seen as an epidemic in the youth of Sint Maarten based on the Youth Obesity Research study done in 2010. In 12-17-year-olds, the prevalence of overweight is 39 percent, and of that group, 54 percent are obese. The study also indicated that 60 percent of youths do not participate in sports and rarely consume fruits and vegetables.

The government has declared its aim to ensure that their “education sectors promote programs aimed at providing healthy school meals and promoting healthy eating.” They want to make a difference by promoting physical activity and providing healthy food choices in the schools. In order to achieve this goal, the schools will need to cooperate with the parents and educate them on healthy eating at home as well as at school.

The common diseases in Sint Maarten vary from non-communicable to communicable, to preventable and non-preventable. The good news is that making healthy lifestyle choices and taking the necessary precautions, one can easily avoid disease.

Stefanie Podosek

Photo: Flickr

Women and Girls Can Increase Health Outcomes in Poor CountriesIn 2016, Deputy President of South Africa Cyril Ramaphosa announced the beginning of a three-year-long campaign meant to decrease the rapid spread of HIV among women and girls in South Africa. Ramaphosa’s campaign is meant to increase the health of women in South Africa, but the campaign may have the potential to increase the health of the entire community.

The physical and psychological health of women and girls must be addressed in order to increase health outcomes in poor countries, because women and girls are oftentimes the providers of necessities such as food and water in their families and communities. Women and girls can increase health outcomes in poor countries, because they are incredibly essential to their communities and provide necessities that are vital for healthy lives.

Ramaphosa’s campaign is tackling issues such as a lack of education and gender-based violence, which are often associated with the spread of HIV among women and girls in South Africa.

A focus on education, which is one of the campaign’s core values, will ultimately help empower women and girls over time. According to UNAIDS, Ramaphosa stated, “young women and girls are the heart and future of South Africa.”

Similarly, USAIDS reported that approximately 62 million girls around the world do not have adequate access to education, and in response, the #LetGirlsLearn campaign was started. #LetGirlsLearn places an emphasis on providing women and girls in impoverished areas with an education, which “lower[s] rates of HIV and AIDS.”

If they were not concerned about the spread of diseases such as HIV, women and girls would have the opportunity to invest more time in their communities. USAIDS has implemented community facilitators in poor areas in order to allow women and girls to learn useful skills such as farming and sanitation. These skills are important for women, who provide food and water to their families and communities, because they prevent the spread of disease.

UNICEF further recognizes the importance of women and girls for health outcomes in poor nations, emphasizing that “women and girls are traditionally responsible for domestic water supply and sanitation and maintaining a hygienic home environment.” In fact, approximately 44 million pregnant women suffered from a variety of preventable hookworm infections due to a lack of sanitation.

Diseases and infections are spread rapidly throughout tight-knit communities and areas where people lack proper vaccination and sanitation. It is critical that women and girls in poor countries are provided with these types of education and developmental programs. The health outcomes of a large number of families and communities ultimately depend on the empowerment of their female members.

Emily Santora

Photo: Flickr

Common Diseases in NepalThe central Himalayan country Nepal, population 29.4 million, is finding help in combating the top common diseases ailing Nepalese citizens. The three most common diseases in Nepal are lung disease, coronary heart disease and stroke. Nepal is ranked third in the world for lung disease.

These common diseases are the health effects of smoking, but the rate of these diseases has the potential to drastically decrease as the number of smokers decline. Nearly 16 percent of Nepalese population (15–69 years) are currently smoking, and 85 percent of those individuals are daily smokers. Samriddha Raj Pant from Nepal speaks on the prevalence of smoking in his country: “I have grown up in a society that labeled smoking as fashionable. During my childhood there were lots of tobacco advertisements, with lots of contacts who smoked.”

In The Journal of Tobacco Induced Diseases, an assessment of nicotine dependence among smokers in Nepal presented that dependence is prevalent, killing more than 15,000 people annually of whom 60 percent are male. The assessment stated the median age for smoking initiation was 16 (13–20) years.

The Nepalese people are trying to quit. Half of the respondents in the assessment wanted to quit smoking. Again, Pant has seen the same trend: “they left smoking step by step once health statutory warnings popped up.” This motivated Pant to found Education Against Tobacco in Nepal.

Education Against Tobacco spans 13 counties, encouraging 70 participating medical schools to volunteer 1,500 medical students. Pant is focusing Education Against Tobacco in Nepal on “community schools (like the ones I grew up studying in), as the socio-economic backdrop of the students is relatively weaker than those in private schools.” The common diseases in Nepal are being treated at the source — smoking — by educating children and preventing a new generation of smokers.

Education Against Tobacco supplies schools with an interactive station, in which students upload photos of themselves to “simulate the fundamental harmful mechanisms of smoking that affect the body, as well as to provide age-relevant and relatable examples to strengthen their self-responsibility and self-awareness.”

With the global force of doctors supplying education, smoking in Nepal may decrease across growing generations. The effects of smoking, which are also the most common diseases in Nepal, will only become less prevalent as the population kicks the habit.

Yosef Mahmoud

Photo: Flickr

Zipline Drones

The California-based company Zipline, which designs and operates drone delivery networks, will start delivering medical tools and vaccines via drones to Tanzanian clinics in 2018.

The East African country has 0.03 doctors per 1,000 people and 5,640 public health facilities for a population of over 56 million. Blood transfusions and treatments for deadly diseases like HIV are hard to come by. In 2014, the CEO of Zipline drones, Keller Rinaudo, noticed this harsh reality as he browsed a database of health emergencies. The database would collect real-time data about patients who were suffering in different regions of the country, but people would not receive aid based on this information. Rinaudo, as he states in an interview with NPR, imagined “the other half of that system — where you know a patient is having a medical emergency and can immediately send the product needed to save that person’s life.”

The ‘other half of this system’ will start in January 2018, as per a statement from the Tanzanian government. Drones will be used for on-demand delivery of vaccines, blood transfusion materials and other medication or medical tools.

A drone medical delivery system is already up and running in Rwanda, with overwhelmingly positive results and stories. Tanzania hopes for an even larger system, where 120 drones will make 2,000 deliveries a day from four distribution centers spread across the country.

Zipline has hired locals to operate both the drones and distribution centers. When a hospital or clinic requests an item, a worker will stock the products into a shoebox-like container and pack the drone, which would zip to the hospital and deliver the products by parachute. This process takes what could be an eight-hour process and cuts it down to under a half hour.

The medical future is bright for rural and impoverished communities like those in Tanzania with the help of drones. Studies have found that blood samples and lab results were safely transported between medical facilities without any change in result, except for the time they took to be transported.

Rinaudo sees the system as a win not only for his Zipline drones company, Rwanda, or Tanzania, but for medical communities across the globe. In the same interview with NPR, he says that operation teams are “phenomenally smart, ambitious and driven. They work 12 hours a day, seven days a week. They will do anything to save human lives…Rwanda showed what’s possible when you make a national commitment to expand healthcare access with drones.”

Gabriella Paez

Photo: Flickr

Africa has had a long history with AIDS and has struggled to find solutions to keep AIDS-related deaths low. However, in the past few years AIDS rates in Africa have decreased, and it is no longer the leading cause of death.

This achievement is mostly due to better diagnosis and treatment, along with more information and better education on the condition. Additionally, other preventive strategies, such as self-testing, have become more prevalent. In fact, 40 countries have already added HIV/AIDS self-testing to their national policies, with 48 more developing similar policies, almost double the amount in 2015.

With these strategies being implemented, the number of HIV/AIDS-related deaths in Africa have decreased by 24 percent over the last five years. In 2015, there were a reported 5.2 million deaths caused by group 1 conditions, which includes AIDS, with AIDS reportedly causing approximately 760,000 deaths in 2015, a decrease from 1 million in 2010 and 1.5 million in 2005.

With AIDS no longer the leading cause of death, lower respiratory tract infections have taken the lead. Yet AIDS is not the only disease that has decreased; malaria has also seen a decrease in deaths, reporting a drop of 60 percent in the last 15 years, accounting for about 6 million people saved from the disease.

With expanded education regarding AIDS prevention, treatment, and self-testing, Africa is on its way to fulfilling the U.N.’s goal of eradicating AIDS on the continent by 2030. Additionally, with funding from donor countries and supplying clinics with the proper drugs, AIDS in Africa will continue to see a drop in deaths over the next few years, meaning the continent can focus on other leading causes of death.

Amira Wynn

Photo: Flickr