International Journal of Medical Microbiology and Tropical Diseases
  • Year: 2016
  • Volume: 2
  • Issue: 1

Evaluation of Malaria Surveillance System in Hooghly district of West Bengal-India

  • Author:
  • Dan Amitabha1,, Kunal Kanti De2, A R Pasi3, M Jalaluddeen3, Bibhash Roy4
  • Total Page Count: 5
  • Page Number: 5 to 9

1Airport Health Officer, Airport Health Organization, Mumbai

2Deputy CMOH, West Bengal Public Health Administrative Services, Howrah

3Deputy Airport Health Officer, Airport Health Organization, Mumbai

4Deputy Assistant Director, West Bengal Public Health Administrative Services, Howrah

*Corresponding Author E-mail: mumbaiapho@gmail.com

Online published on 28 July, 2016.

Abstract

Malaria is endemic in 109 countries worldwide leading to approximately 1 million deaths. In 2009, West Bengal reported 89443 malaria cases including 24453 falciparum malaria. Hooghly district had ABER in the range of 3.9% to 6.4% in the last 5 years.

Present study was conducted to describe the performances of different components of ‘Early diagnosis and treatment’ arm of National Anti-malaria Programme in terms of input, process and output and outcome.

Present study was conducted in Hooghly district of West Bengal. Data was collected from 190 households by using cluster sampling. Medical officers, laboratory technicians and health workers were interviewed and records were reviewed. Data was analyzed by using Epi Info.

out of 15 Medical Officers 66.6% were trained in malaria. Overall API of Pandua block was 0.149/1000 population, ABER was 8.8% and PF was 17.4 percent.

Inadequate manpower for the implementation of the programme. Private healthcare facilities not reporting malaria cases to block.

Reorientation training program on malaria for all the doctors and health workers. RDK usage in the field areas by the ANM has to be promoted. Laboratory services are to be revamped to increase the timeliness of blood slide examination.

Keywords

ABER, Cluster sampling, Malaria Surveillance, Programme Evaluation, RDK