Paudel Krishna P, Hampton Lee M, Gurung Santosh, Bohara Rajendra, Rai Indra K, Anaokar Sameer, Swift Rachel D, Cochi Stephen
Government of Nepal Ministry of Health and Population, Kathmandu, Nepal .
Centers for Disease Control and Prevention, Atlanta, United States of America (USA).
Bull World Health Organ. 2017 Mar 1;95(3):227-232. doi: 10.2471/BLT.16.173674. Epub 2016 Nov 25.
Many countries have weak disease surveillance and immunization systems. The elimination of polio creates an opportunity to use staff and assets from the polio eradication programme to control other vaccine-preventable diseases and improve disease surveillance and immunization systems.
In 2003, the active surveillance system of Nepal's polio eradication programme began to report on measles and neonatal tetanus cases. Japanese encephalitis and rubella cases were added to the surveillance system in 2004. Staff from the programme aided the development and implementation of government immunization policies, helped launch vaccination campaigns, and trained government staff in reporting practices and vaccine management.
Nepal eliminated indigenous polio in 2000, and controlled outbreaks caused by polio importations between 2005 and 2010.
In 2014, the surveillance activities had expanded to 299 sites, with active surveillance for measles, rubella and neonatal tetanus, including weekly visits from 15 surveillance medical officers. Sentinel surveillance for Japanese encephalitis consisted of 132 sites. Since 2002, staff from the eradication programme have helped to introduce six new vaccines and helped to secure funding from Gavi, the Vaccine Alliance. Staff have also assisted in responding to other health events in the country.
By expanding the activities of its polio eradication programme, Nepal has improved its surveillance and immunization systems and increased vaccination coverage of other vaccine-preventable diseases. Continued donor support, a close collaboration with the Expanded Programme on Immunization, and the retention of the polio eradication programme's skilled workforce were important for this expansion.
许多国家的疾病监测和免疫接种系统薄弱。脊髓灰质炎的消除为利用脊髓灰质炎根除计划的工作人员和资产来控制其他疫苗可预防疾病以及改善疾病监测和免疫接种系统创造了机会。
2003年,尼泊尔脊髓灰质炎根除计划的主动监测系统开始报告麻疹和新生儿破伤风病例。2004年,日本脑炎和风疹病例被纳入监测系统。该计划的工作人员协助制定和实施政府免疫政策,帮助开展疫苗接种运动,并对政府工作人员进行报告做法和疫苗管理方面的培训。
尼泊尔于2000年消除了本土脊髓灰质炎,并在2005年至2010年期间控制了由脊髓灰质炎输入引起的疫情。
2014年,监测活动已扩大到299个地点,对麻疹、风疹和新生儿破伤风进行主动监测,包括15名监测医务人员每周进行走访。日本脑炎的哨点监测包括132个地点。自2002年以来,根除计划的工作人员已协助引进六种新疫苗,并帮助从疫苗免疫全球联盟获得资金。工作人员还协助应对该国的其他卫生事件。
通过扩大其脊髓灰质炎根除计划的活动,尼泊尔改善了其监测和免疫接种系统,并提高了其他疫苗可预防疾病的疫苗接种覆盖率。持续的捐助方支持、与扩大免疫规划的密切合作以及保留脊髓灰质炎根除计划的技术人员队伍对这一扩展至关重要。