Government has been urged to wave off delivery fees totally in its hospitals in order to make motherhood safer in Nigeria
This was made known by members of Nigeria Network of NGOs and CSOs for Population and Reproductive Health (NiNPREH), Lagos branch during a courtesy visit to The Nation Newspapers last Tuesday
Speaking on the theme of this year’s Motherhood Day "Stopping deaths of mothers and new born babies ‘Fate in the hands of unskilled care givers," the State Convener, NiNPREH, Deacon Sunday Solanke said ignorance and poverty are the major factors that lead to malnutrition which is contributing to the death of about 60 percent of all mothers and children. He said "NiNPREH is advocating for more attention to be given to safe motherhood, as it affects a large population, especially the poor population".
He speaks further: "We observed that though many people have the opportunity to use the facility and have their babies delivered free of charge, but just only 60 percent of the people take advantage of this and we see some people going to faith homes to deliver because of poverty".
Welcoming the team on behalf of Staff and Management of Vintage Press, Publishers of The Nation Newspapers, The Editor, The Nation on Sunday, Mr Lekan Otufodunrin, urged the team to partner with the media so that their work will be promoted and appreciated. "There is need for you to focus on issues that need to be promoted so as to enjoy more prominence from the media", he said.
In her own speech, the Auditor of NiNPREH, Mrs Grace Hygie Enwerem said the main objectives of NiNPREH are: To empower people to become active agents of sustainable and equitable development; to promote an understanding that communities are key to changing attitudes towards issues; and advocate partnership, which will ensure all agencies, stake holders and people to enjoy a safer and more prosperous future.
She added that the group aims at recognising the achievements, addressing the challenges and getting back on track to achieve the millennium development goals and also concentrating on the reduction of child mortality and improving maternal health.
By Niyi Odunmorayo
Monday, 23 June 2008
Friday, 20 June 2008
Mutant Mosquitoes, but what of ITNs, IRS?
Mutant Mosquitoes, but what of ITNs, IRS?
Malaria does not always capture the interest of the press, but for the last two days stories have appeared in a wide variety of sources about experiments to modify the DNA of mosquitoes to make them less able to transmit malaria. If eradication is to happen, new tools are needed. Consequently, Time Magazine reports that, “Faced with a losing battle against malaria, scientists are increasingly exploring new avenues that might have seemed far-fetched just a few years ago.”
Some have doubts about the potential of ITNs. An Associated Press story in the Baltimore Sun indicated that while “the United Nations recently announced a campaign to provide bed nets to anyone who needs them by 2010. Some scientists think creating mutant mosquitoes resistant to the disease might work better.”
ABC News quotes Jo Lines of the London School of Tropical Medicine and Hygiene who raises some doubts. “It’s a series of arms races that the parasite has consistently won. Whenever mosquitoes have developed genes resistant to the malaria-causing parasite, the parasite has always found a way around it, Lines said. Quantity might also be a problem. You are going to need to produce billions of these mosquitoes if this is ever going to work.”
The AP also talked with scientists who expressed concerns about the environmental consequences of modifying organisms and who worried about ‘fooling mother nature.’
malaria-vector-map-sm.gifClearly this is not a technology that can be implemented over night. There are numerous species of Anopheles mosquitoes that carry malaria. (see map from Kiszewksi et al.) And then too, we have several Plasmodium species to worry about. Mosquitoes have different feeding preferences (animals, humans), and although not every mosquito is an efficient malaria vector for human malaria, mosquitoes have been known to change their behavior and feeding preferences.
Interestingly, in areas where the mosquitoes still exist, but the parasite has been eliminated, genetic modification may be a way to get a head start to prevent the reintroduction of malaria. This approach might also be an answer to the continual problem of insecticide resistance.
So far we have no one magic bullet of an intervention to eliminate malaria. Should we now also include mutant mosquitoes in the mix?
Bill Brieger | 20 Jun 2008
CULLED WITH PERMISSION FROM http://www.malariafreefuture.org/blog/
Malaria does not always capture the interest of the press, but for the last two days stories have appeared in a wide variety of sources about experiments to modify the DNA of mosquitoes to make them less able to transmit malaria. If eradication is to happen, new tools are needed. Consequently, Time Magazine reports that, “Faced with a losing battle against malaria, scientists are increasingly exploring new avenues that might have seemed far-fetched just a few years ago.”
Some have doubts about the potential of ITNs. An Associated Press story in the Baltimore Sun indicated that while “the United Nations recently announced a campaign to provide bed nets to anyone who needs them by 2010. Some scientists think creating mutant mosquitoes resistant to the disease might work better.”
ABC News quotes Jo Lines of the London School of Tropical Medicine and Hygiene who raises some doubts. “It’s a series of arms races that the parasite has consistently won. Whenever mosquitoes have developed genes resistant to the malaria-causing parasite, the parasite has always found a way around it, Lines said. Quantity might also be a problem. You are going to need to produce billions of these mosquitoes if this is ever going to work.”
The AP also talked with scientists who expressed concerns about the environmental consequences of modifying organisms and who worried about ‘fooling mother nature.’
malaria-vector-map-sm.gifClearly this is not a technology that can be implemented over night. There are numerous species of Anopheles mosquitoes that carry malaria. (see map from Kiszewksi et al.) And then too, we have several Plasmodium species to worry about. Mosquitoes have different feeding preferences (animals, humans), and although not every mosquito is an efficient malaria vector for human malaria, mosquitoes have been known to change their behavior and feeding preferences.
Interestingly, in areas where the mosquitoes still exist, but the parasite has been eliminated, genetic modification may be a way to get a head start to prevent the reintroduction of malaria. This approach might also be an answer to the continual problem of insecticide resistance.
So far we have no one magic bullet of an intervention to eliminate malaria. Should we now also include mutant mosquitoes in the mix?
Bill Brieger | 20 Jun 2008
CULLED WITH PERMISSION FROM http://www.malariafreefuture.org/blog/
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