Posts Tagged ‘WASH for Mothers’

WASH for Mothers: Using Clinic Based Care to Bring Safe Water to Mothers

Thursday, August 25th, 2011 by Christopher Lindahl


Photo courtesy of Water.org.

The following post is part of a series of posts exploring water, sanitation, and hygiene (WASH) and maternal health. It is written by Anangu Rajasingham from the US Centers for Disease Control and Prevention in Atlanta, Georgia. To read other posts in the series, click here.

 

Over 900 million people worldwide do not have access to an improved water source.1 Lack of access to safe water, inadequate hygiene, and insufficient sanitation facilities accounts for nearly 88% of diarrheal cases.2 A leading cause of childhood deaths worldwide, it is responsible for approximately 1.4 million deaths each year in children.3 Thus, providing interventions to make water safe have become fundamental in reducing childhood mortality around the world.

 

Recent experience has shown that strategies that integrate water treatment with maternal and child health and clinic based care are particularly successful.

 

WaterGuard & the Safe Water System

 

One inexpensive household point-of-use intervention that has shown to reduce the risk of diarrhea by 25-85% is the Safe Water System (SWS).4-10 The SWS consists of three components: treatment of water using a locally produced sodium hypochlorite solution called WaterGuard, safe water storage, and improvement in hygiene and water storage through behavior change communication.4 However, ensuring sustainable water treatment and hygiene behavior change can be challenging.

 

Targeting Expectant Mothers — Antenatal Hygiene Kit Distribution

 

One effective strategy in promoting behavior change is targeting expectant mothers during pregnancy. During this period, mothers are accepting of advice from health care providers and open to hygiene promotion messages that could protect the health of their children. Even in countries with high maternal and childhood mortality, mothers report visiting an antenatal clinic at least once.11

 

Results from Malawi

 

A pilot program utilizing this approach was initiated in Malawi in two districts in 2007. As a part of this program, 15,000 pregnant women received free hygiene kits during their first antenatal clinic visit. The kit included a water storage container with a tap, a bottle of WaterGuard, and a bar of soap. Women were also eligible to receive three additional WaterGuard bottles and bars of soap during subsequent antenatal clinic visits. Evaluation of this program one year and two years later showed that integration of water treatment and handwashing products was highly effective in changing behaviors among expectant mothers. Participants had statistically significant increases in any water treatment, knowledge of WaterGuard, reported use of WaterGuard, detection of residual chlorine in stored water in the home, and purchase of WaterGuard after the depletion of their free supply. To put this into perspective, confirmed use of WaterGuard increased from 1% at baseline, to 61% at first follow-up. The water storage container provided was used in over 90% of homes, and demonstration of proper handwashing technique increased from 22% at baseline to 68% at first follow-up.12 Following a similar format, a program in Machinga District, Malawi distributed 25,000 hygiene kits in 2009 and found comparable results in water treatment, hygiene, and water storage behavior change.13

 

Potential for Increasing Safe Water Use in certain Demographic Groups

 

Perhaps the most promising finding of the pilot program evaluation was that the demographic makeup of those most impacted by the antenatal hygiene kits included groups that had been previously hard to reach through safe water promotion campaigns. Previous nationwide surveys on WaterGuard in Malawi had found that WaterGuard use tended to be highest in urban, more educated, and wealthier populations. In contrast, this study found that mothers who did not use WaterGuard at baseline but had confirmed WaterGuard use at follow-up were associated with rural residence, lower wealth, and lower education. This finding suggests this mechanism could be particularly effective in reaching rural, uneducated, and lower income populations, coincidentally the same populations that are at greatest risk of adverse outcomes from diarrheal disease.

 


References

 

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WASH For Mothers: Importance of clean water and sanitation during pregnancy

Wednesday, August 24th, 2011 by Christopher Lindahl


Photo courtesy of Water.org

 

The following post is part of a series of posts exploring water, sanitation, and hygiene (WASH) and maternal health. It is written by Grace Kodindo, an obstetrician-gynecologist from Chad, currently serving as RAISE Medical and Advocacy Advisor at Columbia University’s Mailman School of Public Health. To read other posts in the series, click here.

 

Worldwide, 1.1 billion People live without clean water and 2.6 billion people lack adequate sanitation (2002, WHO/UNICEF 2004). What we need to understand is that water–related diseases do have specific impacts on maternal health and pregnancy outcomes. First of all, water has a physiological impact on the development of a normal pregnancy. Maternal hydration allows both mother and fetus to react to changes in order to keep conditions in the body, for example temperature, the same. Drinking water influences the amniotic fluid volume, fetal well being and removes toxic products.1 Lack of access to clean water and living in environment with dirty stagnant water are known to result in largely preventable water–related diseases that can lead to severe impact adverse pregnancy outcomes. Those diseases are malaria, typhoid, chronic hookworm infestations like ankylostomiasis, dysentery, cholera, giardiasis, amoebiasis, etc.

 

Studies in countries with endemic typhoid have shown that typhoid fever can lead to spontaneous abortion, fetal death and maternal complications with death where there is no appropriate antibiotic treatment.2

 

About 20–30% of pregnant women in Sub-Sahara Africa are infected with hookworms by walking or bathing in contaminated water and thus are at risk of preventable hookworm-related anemia. Anemia increases their risk of dying during pregnancy and delivering low birth weight babies who in turn are also at risk of dying.4

 

Access to clean water is also an essential part of infection prevention in maternal care services. Proper hand washing is one of the most effective ways to reduce the spreading of infection in health care settings. HIV, tetanus bacterium and many others infectious agents can be introduced to the uterus by contaminated instruments or hands during deliveries performed under unhygienic conditions procedure. To encourage hand washing, program managers should make sure that soap and a continuous supply of clean water is available. Since clean water and basic sanitation are so closely related to healthy pregnancy outcome, how can they be integrated? They were integrated in the beginning because in the declaration of Alma Ata in 1978, clean water, basic sanitation and maternal and child services have been outlined as components of the Comprehensive Primary Health Care strategy of “Health For All” (WHO,1978). WASH and maternal health interventions should be integrated through the comprehensive primary health care approach so that governments and their partners could implement them together as long term strategy for maternal and child health. Countries like China, Indonesia Bangladesh, Cuba, Kerala state in India, have implemented successfully the comprehensive primary health care with well reported impact on improved maternal and child health.5

 

Clearly pumped ground water will provide safer water compared to unprotected surface water, like non covered wells or contaminated rivers where people bath and draw drinking water. Pumped water may be more affordable in poor household who cannot afford piped water. At the moment, any evidence to suggest that pumped water lead to better maternal and children outcomes has maybe not been well documented. Pumped water is clean water and it has been proved to prevent water born diseases but I must say that there are needs for more data on the relation of pumped water and adverse maternal health and pregnancy outcomes. Much more studies have been done on chlorination disinfection by-products such as Trihalomethanes (THMs) and chlorinated solvents such as trichloroethylene (TCE). Studies on THMs and adverse effects provide moderate evidence for association with small for gestation age (SGA), neural tube defects and spontaneous abortion but other solvents were not studied, so the evidence for association was weak.6 The authors recommended larger scale, national longitudinal study enrolling children prenatally during the first trimester and following them until the adolescence.

 

Advocating for clean water should be a top priority. For billions of people the MDG7 goal may be far from reach. It is of course a matter of human right, human dignity and of equity. Affordable and accessible clean water lead to better health and better life for mothers. Healthy mothers, liberated from the burden of walking long distance to fetch water can be more productive and more able to pay for the installation and maintenance of clean water supply. They can be powerful tools in advocacy efforts for more clean water and sanitation supply for all.

 


References

 

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WASH for Mothers: Water, Sanitation and Maternal Health: Inter-dependent Systems Challenges

Monday, August 22nd, 2011 by Christopher Lindahl


Photo courtesy of Water.org

 

The following post is part of a series of posts, WASH for Mothers, exploring water, sanitation, and hygiene (WASH) and maternal health. It is written by Margaret Catley-Carlson who is currently Chair of the Board of the Crop Diversity Trust, and the Foresight Advisory Committee for Group Suez Environment. She is a patron of the Global Water Partnership, a member of the UN Secretary General’s Advisory Board, World Economic Forum Global Advisory Council on Water, the Rosenberg Forum, and serves on the boards of the Syngenta Foundation, IFDC (Fertilizer Management), the World Food Prize And Tyler prize. To read other posts in the series, click here.

 

All of us working to break the cycle of poverty that holds hostage too many people in the world are tracking closely the progress of the Millennium Development Goals which are set for review in 2015. The eight MDGs cover the gamut of issues that keep that cycle of poverty spinning, and they are inextricably linked. Goals 5(a) and 7(c) are perfect examples. The former aims to ‘reduce by three quarters the maternal mortality ratio, and the latter aims to “halve… the proportion of the population without sustainable access to safe drinking water and basic sanitation.”

 

Experts agree: access to clean water and sanitation is essential for healthy pregnancies and childbirth. Vitamin deficiencies, trachoma and hepatitis can be caused by unsanitary conditions and poor hygiene. Anemia, one of the 5 major causes of maternal death and disability, is most often associated with malnutrition, but it can also be caused by intestinal worms or malaria both of which occur when clean water and safe sanitation are lacking.

 

Fifteen percent of all maternal deaths are caused by infections in the 6 weeks after childbirth mainly due to unhygienic conditions during home deliveries and in institutions. Another of the 5 major causes of maternal death and disability, sepsis, is caused when clean water and adequate sanitation are not available to a woman during labor and childbirth.

 

Environmental stability and maternal health are both systems issues. Clean water and sanitation are essential factors in our collective efforts to eradicate preventable maternal mortality and morbidities. The logic here is clear: If humanity is to break the poverty cycle once and for all, we must address concomitantly the fundamentals that weaken the systems needed to provide and sustain good health.

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WASH for Mothers: An MHTF Series

Wednesday, August 17th, 2011 by Christopher Lindahl

“Access to safe water is a fundamental human need and, therefore, a basic human right. Contaminated water jeopardizes both the physical and social health of all people. It is an affront to human dignity.”

-Kofi Annan

 

WASH (water, sanitation and hygiene) is key for the improvement of health outcomes in the developing world. The scarcity of clean and accessible water is one of the most pressing development issues, which has significant implications for sanitation and hygiene. Climate change, shifting weather patterns, water pollution, growing and shifting populations, and other factors all contribute to the quality and availability of water on our planet and have serious implications for global health.

 

Access to clean water is critical to successful maternal health outcomes, and over the coming weeks, we will be running a series of blog posts on the intersection of WASH and maternal health. The series, WASH for Mothers, will feature posts from experts at academic and research institutions, non-governmental organizations and government agencies.

 

If your work or research focuses on water and maternal health and you would like to contribute to the series, please contact Christopher Lindahl.

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