Sunday, January 26, 2014
...Bill, Bill, Bill, Bill Nye, the Science Guy...
An Update on the Millennium Development Goals

3. Promote gender equality and empower women through primary education, paid employment, and representation in national parliaments.
4. Reduce mortality of children under 5 by two-thirds and increase measles immunizations
b. Since 2000, measles vaccines have averted over 10 million deaths.
5. Reduce maternal mortality by three-fourths

6. Halt and reverse spread of HIV/AIDS, halt and reverse spread of malaria, halt and reverse spread of tuberculosis.
c. TB prevalence rates and associated deaths are falling in most regions, and
successful treatment is exceeding global targets.
7. Reverse loss of forests, halve proportion without improved drinking water, halve proportion without sanitation, and improve the lives of slum-dwellers.b. Achieved 5 years ahead of schedule, despite population growth! Over 2 billion
people gained access to improved sources of drinking water.
c. From 1990 to 2011, 1.9 billion people gained access to a latrine, flush toilet or other
improved sanitation facility.
d. Between 2000 and 2010, over 200 million slum dwellers benefitted from improved
water sources, sanitation facilities, durable housing or sufficient living space, thereby
exceeding the 100 million MDG target. Many countries across all regions have shown
remarkable progress in reducing the proportion of urban slum dwellers.

8. Establishing a global partnership for development through financial aid, debt relief, expanding trade, providing employment for youth, and providing access to disease-fighting drugs.
about $26 billion.
b. The debt service to export revenue ratio of all developing countries stood at 3.1% in
2011, down from nearly 12 per cent in 2000. Their duty-free market access also improved in
2011, reaching 80 per cent of their exports. The exports of least developed countries
benefitted the most. Average tariffs are also at an all-time low.
Friday, June 24, 2011
Hello bloggers! Yes, it is me again, if any of you [readers] are still out there!
First, I would like to make a public statement that I am going to attempt to pick this blog back up.
Second, I read an interesting article this morning that I would like to share. Although, it is probably old news on here, as I have been out of touch for so long.
This article presents an efficient way to purify contaminated water in the developing world.
I hope to follow-up with some science-based articles soon...
Monday, March 22, 2010
My favorite part of summer is sitting by the poolside with a cold glass of pink lemonade
5:30pm, time to take another pool count, before the next birthday swim party comes in. On Saturday I worked at my local recreation center, where I am an aquatic supervisor and instruct learn-to-swim classes. As I watched the 67 people stand in line patiently for the water slide, relax in the lazy river, dive (ahhh—no diving!) and jump in from the side, or sit peacefully in the spa/whirlpool, I began to think about the frivolous uses we find for clean water here in the Developed world (primarily the US), in comparison to the dire need for clean water in the rest of the Globe. This pool, which is only one of the 14 public pools (that I can think of) within a 5mile radius of my home, can probably hold approximately 150 “bathers” comfortably at one time… not to mention the fact that we are only talking about the indoor pool here, there is also an outdoor pool open during the summer season!… can you imagine what a Malagasy or Ethiopian village could do with all of that water??? Although I don’t as often as I should, every day I must remind myself how blessed I am to live in this Country.
15 – the time, in minutes, I use to take a shower each day
4 – average number of times I flush the toilet every day
3.5 – the average amount of water, in gallons, used every time someone flushes a Standard American toilet
150,000 – the approximate number of gallons held in the pool where I teach swim lessons twice a week
4 – due to our standard filtration system in the indoor pool, the entire volume of water is “changed out” or filtered out in an estimated period of four hours (yeah, that’s an average of 900,000 gallons each day)
884 – the number of people, in millions, who lack access to safe water
3.575 – the number of people, in millions, who die every year from water related diseases (according to the WHO) such as scabies, dracunculiasis (guinea-worm), ringworm, and diarrhea.
15 – according to the UN Human Development Report, an estimated every 15 seconds a child dies from a water related disease
8 – the average economic return in US dollars, for every US dollar invested in bringing clean water and sanitation to the underdeveloped world
For more information on World Water Day/Week and the global impact of water and sanitation: WHO, Water.org, CDC
Photo Credits: image 1 is not of my pool, though I so wish it was. image 2 acquired from water encyclopediaMonday, February 8, 2010
more on Google trends
The Spanish National Epidemiology Center conducted a study Jan 2004—Feb 2009, evaluating the use of internet databases, such as Google insights, for tracking emerging infectious diseases. They compared the Google queries regarding Influenza-like-illnesses to reported cases. Their results suggest that internet databases and tools such as HealthMap (my new favorite website!) can be used as early warning signals for an outbreak in addition to standard surveillance systems.
Although published on the US CDC website, these results should not be taken too heavily by the general public, as is often done. I would imagine the results would be strongly biased based on a number of factors.
Wednesday, January 20, 2010
No, the Government's not entirely crazy...................
This morning an editorial was released by the Indian Journal of Medical Microbiology, regarding the outcome of the H1N1 outbreak in the East, from the standpoint of public health management. This article reminded me of a conversation I recently had with a gentleman regarding H1N1 and the “unnecessary overreaction of the WHO and the CDC.”
In India alone there were 16820 reported cases testing positive for H1N1 and 555 deaths. And as a reminder, the global death toll resulting from this pandemic was estimated to be 8800 in mid-December 2009.
Through the panic and confusion, laboratories and public health officials worldwide scrambled to maintain the outbreak, utilizing systems established as a direct result of the SARS outbreak in 2002-03. This time around, challenges primarily arose from internal, rather than global, communication. Lessons learned from this pandemic have stimulated governments, such as in India, to strengthen their outbreak management strategies.
Lessons Learned/Reminder:
- Efficient communication results in greater public resilience and rapid containment, thus limiting morbidity and mortality
- Lessons learned from one outbreak may not always apply to the next, and so laboratories need to be prepared to adapt and respond to new scenarios in short periods of time
- Increased awareness of systems development and lateral communication among clinical microbiologists is needed
“Every time the dust settles after an epidemic or an outbreak, there is complacency at various levels in the system. With the establishment of nodal agencies, departments, international collaboration and multiple resources, it is hoped that healthcare set ups are prepared adequately for rapid response in outbreak management.”Saturday, November 28, 2009
An update on H1N1
According to this week’s HealthMap Blog Somalia reported its first cases of H1N1, raising the pandemic into 86 different nations. Furthermore, HealthMap reported on the emergence of Tamiflu-resistant strains among hospitalized patients in Wales. The BBC News reported, last Friday 20 November, that while the strain does not appear to cause more severe illness in patients than the common H1N1, and while this was expected by virologists and public health officials, its rise and even more so person-to-person transmission is of serious concern to public health. Additionally, similar cases were reported last Friday at the Duke University Hospital in North Carolina. Little more information was found regarding these cases; however, reports have stated that much ongoing research is investigating the detriment caused by this strain.
In addition to the rise of the tamiflu-resistant strain, HealthMap also noted the most recent detection, by Norwegian scientists, of a mutated viral strain potentially causing infection deeper into the airways leading to more severe disease. However, the same mutated strain was also observed in Finland, where at least 14 lives have been claimed out of the Nation’s near 5,900 reported cases, yet the strain was not found to cause more severe illness. According to the WHO, this same mutation has been observed in China, Japan, Mexico, Ukraine, and the United States without appearing to give rise to increased virulence.
As the “swine flu” or, to be politically correct, H1N1 continues to wage war against the strength of the human immune system, supplemented with anti-viral drugs, and the management of public health; we should not succumb to public fears. Despite the approximate 525,000 reported cases, the near 7,000 deaths caused by H1N1, and the eastward spread of the virus, its activity has significantly decreased in the United States, where cases run the highest.



