Sunday, January 26, 2014
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.
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
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
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
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 worldPhoto Credits: image 1 is not of my pool, though I so wish it was. image 2 acquired from water encyclopedia
Friday, February 12, 2010
Last week’s edition of Nature published some exciting advancements towards Malaria research. A laboratory in Australia, the Walter & Eliza Hall Institute of Medical Research, identified an essential protein needed by the malaria parasite for survival. Additionally, the Washington University School of Medicine in St Louis identified the same protein as being a potential vaccine target, which only further confirmed the findings in Australia.
Background While malaria can be caused from several different species of the protist Plasmodium, the most virulent form is caused by Plasmodium falciparum. When an individual is bitten by a malaria infected mosquito, the parasites are transmitted into the blood. The parasites enter the red blood cells (RBC) and immediately begin exporting hundreds of effector proteins (effectors bind to another protein thereby activating or inhibiting activity) into the RBC’s cytoplasm, in so doing the parasite alters their intracellular environment so as to evade an immune response, permitting their replication and spread of infection, thus ensuring survival.
Current Research The published research identifies a protein, Plasmepsin V, directly essential to the export of effector proteins into the cell. Plasmepsin V is a membrane-bound aspartic protease, which primes the effector proteins prior to export. It recognizes a particular “tag” on the proteins to be secreted and cleaves it off. The cleaved/primed protein is believed to bind to a chaperone protein which carries it to the membrane channel, where it is exported to the RBC’s intracellular space. In vitro assays demonstrated that by interfering with Plasmepsin V activity effector protein export is inhibited, thus preventing the spread of infection. Plasmepsin V makes for an excellent drug target for two reasons: its closest equivalent in humans is the very distantly related Beta Secretase, which would hopefully minimize any potential adverse side effects, and because this protein does not vary widely across the four different Plasmodium species.
Why is this significant?
Following information obtained from WHO World Malaria Report 2009
- half of the world’s population is at risk for malaria - an estimated 243 million cases occurred worldwide in 2008 - an estimated 863 thousand deaths occurred worldwide in 2008 - the damages of this disease continue to cripple any hope for economic development in Africa
Photo credit: WHO