The UK will give £1 billion to the Geneva-based Global Fund over the
next three years in the help to combat AIDS, tuberculosis (TB) and
malaria, International Development Secretary Justine Greening has
announced at the United Nations in New York. Ms Greening said fighting
preventable diseases was “in all of our interests.”
The Global Fund was founded in 2002 and is the world’s largest donor
of funds to fight the three deadly and infectious diseases, proving
prevention, treatment and care programmes.
The initiative is believed to have helped
to save 8.7 million lives and 5.3 million people with HIV are now
benefiting from antiretroviral therapy, 11 million new TB cases have
been detected and treated and 340 million insecticide treated nets have
been given to families to provide protection from malaria.
Britain’s staggering £1 billion pledge will save “a life every three
minutes” and now doubles the current amount of money being donated and
leaves the UK only second to the United States as the biggest donor of
funds.
Throughout the next three years the UK will be involved in the
delivery of vital antiretroviral treatment to an additional 750,000
people who have HIV, in addition to an extra 32 million
insecticide-treated mosquito nets and over a million people will receive
treatment for TB.
The Department for International Development has predicted that the
generous funding provided by the UK will save the lives of 590,400
people between 2014 and 2016. This equates to one life saved every three
minutes.
“AIDS, TB and malaria are among the world’s biggest killers despite
being entirely preventable and treatable,” Ms Greening said at the
United Nations General Assembly meeting in New York on Monday, where
spoke on the new funding.
She continued: “The Global Fund has already helped save millions of
lives but we must keep up the momentum if we are to beat these diseases
for good. It is in all our interests to help people live longer,
healthier, more productive lives so we all need to play our part in
working towards a world free of HIV/Aids, malaria and TB.”
Bono, frontman for rock band U2 co-founder of the One foundation,
said: “The UK’s pledge of up to a billion pounds for the fight against
Aids, TB and malaria means what once seemed impossible could now be
within our grasp. Through this smart investment in one of the most
effective disease-fighting funds in history, we could witness the defeat
of these global killers in our lifetime. David Cameron and Justine
Greening have given us a billion reasons to believe we can do it, but
Britain’s pledge will only be delivered if others step up too.
Australia, Canada, Germany: your move.”
Prevention of malaria has improved significantly in recent times. The
World Health Organisation’s World Malaria Report for 2012 stated that
50 countries were on target for lowering malaria incidence by 75%
between 2000 and 2015. Moreover, 30 million insecticide-treated nets
were given out during January and July of 2013 through Global
Fund-supported programmes.
TB, the world’s second biggest infectious killer after HIV/AIDS, is
slowly declining, albeit slowly. Funding from the Global Fund has
resulted in detection and treatment of 11 million smear-positive cases
of TB, up from 9.7 million at the end of 2012.
It was calculated that as of 1 July the Global Fund had helped to
pioneer programmes resulting in 5.3 million people with HIV to receive
antiretroviral therapy, up from 4.2 million at the end of 2012.
If you are travelling abroad and require malaria medication for prevention and treatment, Doxycycline, Malarone, Paludrine, and Jungle Formula Maximum Pump Spray are options worth considering. In addition, don’t forget to check the NHS Fit For Travel website where you will find the recommended malaria medication for your destination.
Showing posts with label jungle formula spray. Show all posts
Showing posts with label jungle formula spray. Show all posts
Thursday, 26 September 2013
Friday, 9 August 2013
Huge breakthrough in the quest for a malaria vaccine
A vaccine for one of the world’s biggest killers – malaria – has
become a step closer after researchers in the U.S. made a breakthrough
in a small early-stage clinical trial.
The new malaria vaccine is being tentatively named ‘PfSPZ’ and is unique as it contains sporozoites (SPZ) – a life cycle stage of live but weakened malaria Plasmodium falciparum parasites.
Details of the Phase-1 clinical trial were published yesterday in the journal Science. Developers of the vaccine say that the weakened, early stage parasites can actually help a person build up an immunity following an injection of a high enough dosage into the bloodstream.
Lead author Dr Robert Seder, from the Vaccine Research Center at the National Institutes of Health, in Maryland, said: “We were excited and thrilled by the result, but it is important that we repeat it, extend it and do it in larger numbers.”
It has been common knowledge amongst health experts for several decades that exposure to mosquitoes treated with radiation is highly effective as a malaria prevention method.
Unfortunately, evidence shows that roughly 1,000 mosquito bites are required over a time period to gradually develop a sufficient level of immunity. Therefore, it is simply an unfeasible way to protect people.
Dr Seder added: “Based on the history, we knew dose was important because you needed 1,000 mosquito bites to get protection – this validates that. It allows us in future studies to increase the dose and alter the schedule of the vaccine to further optimise it. The next critical questions will be whether the vaccine is durable over a long period of time and can the vaccine protect against other strains of malaria.”
The new vaccine is being developed by a biotech company called Sanaria, based in Maryland, U.S., who irradiated lab-grown mosquitoes before extracting the malaria-causing parasite Plasmodium falciparum.
Their Phase-1 clinical trial of PfSPZ involved 57 volunteers aged 18 to 45 who had no previous history of the malaria disease. The researchers administered varying strengths of PfSPZ to 40 of the participants and the other 17 received no vaccine whatsoever.
After a week’s analysis, no severe side effects were noted in any of the participants in the study. However, to determine how effective the malaria vaccine actually was, each person – including those who didn’t receive the vaccine – was exposed to bites from five malaria infected mosquitoes.
A week later everybody was analysed for infection and those not given the vaccine received treatment for malaria. It was found that those given high doses were significantly less likely to contract malaria in comparison to the others in the study.
Just three of the 15 participants who received higher doses actually became infected. However, 16 of 17 participants in the lower dosage group became infected and 11 of the 12 participants who were not vaccinated then became infected.
The study, conducted between October 2011 and October 2012, was hugely promising due to the fact none of the participants experienced any side effects from the vaccine. However, the researchers admit it could be years before the vaccine is available in communities where it is needed.
Dr William Schaffner, head of the preventive medicine department at Vanderbilt University’s medical school, said although it was a ‘scientific advance’, it could be as long as a 10 year wait before the malaria vaccine is scientifically proved, given approval, and made available for distribution.
He told CCN: “This is not a vaccine that’s ready for travellers to the developing world anytime soon. However, from the point of view of science dealing with one of the big-three infectious causes of death around the world, it’s a notable advance. And everybody will be holding their breath, watching to see whether this next trial works and how well it works.”
Of course, if you are travelling abroad in the next 10 years and need malaria prevention and treatment, there are other medications available right now. These include Doxycycline, Malarone, Paludrine, and Jungle Formula Maximum Pump Spray. In addition, don’t forget to check the NHS Fit For Travel website where you will find the recommended malaria medication for your destination.
The new malaria vaccine is being tentatively named ‘PfSPZ’ and is unique as it contains sporozoites (SPZ) – a life cycle stage of live but weakened malaria Plasmodium falciparum parasites.
Details of the Phase-1 clinical trial were published yesterday in the journal Science. Developers of the vaccine say that the weakened, early stage parasites can actually help a person build up an immunity following an injection of a high enough dosage into the bloodstream.
Lead author Dr Robert Seder, from the Vaccine Research Center at the National Institutes of Health, in Maryland, said: “We were excited and thrilled by the result, but it is important that we repeat it, extend it and do it in larger numbers.”
It has been common knowledge amongst health experts for several decades that exposure to mosquitoes treated with radiation is highly effective as a malaria prevention method.
Unfortunately, evidence shows that roughly 1,000 mosquito bites are required over a time period to gradually develop a sufficient level of immunity. Therefore, it is simply an unfeasible way to protect people.
Dr Seder added: “Based on the history, we knew dose was important because you needed 1,000 mosquito bites to get protection – this validates that. It allows us in future studies to increase the dose and alter the schedule of the vaccine to further optimise it. The next critical questions will be whether the vaccine is durable over a long period of time and can the vaccine protect against other strains of malaria.”
The new vaccine is being developed by a biotech company called Sanaria, based in Maryland, U.S., who irradiated lab-grown mosquitoes before extracting the malaria-causing parasite Plasmodium falciparum.
Their Phase-1 clinical trial of PfSPZ involved 57 volunteers aged 18 to 45 who had no previous history of the malaria disease. The researchers administered varying strengths of PfSPZ to 40 of the participants and the other 17 received no vaccine whatsoever.
After a week’s analysis, no severe side effects were noted in any of the participants in the study. However, to determine how effective the malaria vaccine actually was, each person – including those who didn’t receive the vaccine – was exposed to bites from five malaria infected mosquitoes.
A week later everybody was analysed for infection and those not given the vaccine received treatment for malaria. It was found that those given high doses were significantly less likely to contract malaria in comparison to the others in the study.
Just three of the 15 participants who received higher doses actually became infected. However, 16 of 17 participants in the lower dosage group became infected and 11 of the 12 participants who were not vaccinated then became infected.
The study, conducted between October 2011 and October 2012, was hugely promising due to the fact none of the participants experienced any side effects from the vaccine. However, the researchers admit it could be years before the vaccine is available in communities where it is needed.
Dr William Schaffner, head of the preventive medicine department at Vanderbilt University’s medical school, said although it was a ‘scientific advance’, it could be as long as a 10 year wait before the malaria vaccine is scientifically proved, given approval, and made available for distribution.
He told CCN: “This is not a vaccine that’s ready for travellers to the developing world anytime soon. However, from the point of view of science dealing with one of the big-three infectious causes of death around the world, it’s a notable advance. And everybody will be holding their breath, watching to see whether this next trial works and how well it works.”
Of course, if you are travelling abroad in the next 10 years and need malaria prevention and treatment, there are other medications available right now. These include Doxycycline, Malarone, Paludrine, and Jungle Formula Maximum Pump Spray. In addition, don’t forget to check the NHS Fit For Travel website where you will find the recommended malaria medication for your destination.
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