National Project Implementation Plan - NVBDCP
National Project Implementation Plan - NVBDCP
National Project Implementation Plan - NVBDCP
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Similar conclusions are reached by a recent publication21 in which the authors<br />
study five insecticide-treated net programs (Eritrea, Malawi, Tanzania, Togo,<br />
Senegal) and two indoor residual spraying programs (Kwa-Zulu-Natal,<br />
Mozambique). The study concludes, “In any case, all these vector control<br />
programs are excellent public health investments and more such investments<br />
should be made as soon as possible. This is a time of unprecedented<br />
opportunities for malaria control, with expanding global interest and resources,<br />
and also increased commitment by endemic country governments. It is time to<br />
substantially bring down the unacceptable burden of disease due to malaria.”<br />
On the case management side, the project supports a shift from the current<br />
presumptive treatment with chloroquine to treating all confirmed P falciparum<br />
malaria cases with ACT. A review of international evidence suggests that a<br />
switch from chloroquine to ACT is highly cost-effective at all initial levels of<br />
chloroquine resistance above 37 percent. However, this analysis does not take<br />
into account non-health related benefits, especially evidence of income gains or<br />
prevention of income losses. Nor does it takes into account the costs of health<br />
systems strengthening required to make effective use of ACT. Inclusion of nonhealth<br />
related benefits only increase the attractiveness of switching to ACT. The<br />
health systems strengthening costs, on the other hand, may be significant but<br />
given the current Indian context in which public health services are being<br />
strengthened under NRHM, the system strengthening costs should be relatively<br />
low.<br />
On the second disease covered in the project, kala azar affecting the poorest<br />
segments of rural populations in southern Asia, eastern Africa, and Brazil<br />
(Yamey and Torreele 2002).22 In India, kala azar is confined mainly to 52<br />
districts across 4 states of India. In 2006, around 39,000 kala azar cases were<br />
reported in the country. However, the joint monitoring mission, carried out by<br />
several national and international agencies in 2 of the 9 most endemic districts<br />
in 2007, found about 10 fold underreporting of kala azar!<br />
About 60-70% of kala azar cases access private sector for the diagnosis and<br />
treatment. In addition to wage loss for a significant period, the high cost of<br />
diagnosis and treatment tend to impoverish families. JMM team reported that a<br />
household spends anywhere between INR 7000 and 10,000 for the diagnosis<br />
and treatment of kala azar. Similar findings have been reported in other<br />
studies as well. For example, a study examining the epidemiologic, social, and<br />
economic impact of KA in a village in Bangladesh found the high cost of<br />
21 Yukich, J. et al. (2007), “Operations, costs and cost-effectiveness of five insecticide-treated net<br />
programs (Eritrea, Malawi, Tanzania, Togo, Senegal) and two indoor residual spraying programs<br />
(Kwa-Zulu-Natal, Mozambique),” Swiss Tropical Institute, Basel, Switzerland.<br />
22 Yamey G, Torreele E., (2002). The world’s most neglected diseases. BMJ 325: 176-177.<br />
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