OBJECTIVES: The implementation of PEPFAR programs in resource-limited settings was accompanied by the need to document patient care on a scale unprecedented in environments where paper-based records were the norm. We describe the development of an electronic medical records system (EMRS) put in place at the beginning of a large HIV/AIDS care and treatment program in Nigeria. METHODS: Databases were created to record laboratory results, medications prescribed and dispensed, and clinical assessments, using a relational database program. A collection of stand-alone files recorded different elements of patient care, linked together by utilities that aggregated data on national standard indicators and assessed patient care for quality improvement, tracked patients requiring follow-up, generated counts of ART regimens dispensed, and provided 'snapshots' of a patient's response to treatment. A secure server was used to store patient files for backup and transfer. RESULTS: By February 2012, when the program transitioned to local in-country management by APIN, the EMRS was used in 33 hospitals across the country, with 4,947,433 adult, pediatric and PMTCT records that had been created and continued to be available for use in patient care. Ongoing trainings for data managers, along with an iterative process of implementing changes to the databases and forms based on user feedback, were needed. As the program scaled up and the volume of laboratory tests increased, results were produced in a digital format, wherever possible, that could be automatically transferred to the EMRS. Many larger clinics began to link some or all of the databases to local area networks, making them available to a larger group of staff members, or providing the ability to enter information simultaneously where needed. CONCLUSIONS: The EMRS improved patient care, enabled efficient reporting to the Government of Nigeria and to U.S. funding agencies, and allowed program managers and staff to conduct quality control audits.
OBJECTIVES: The implementation of PEPFAR programs in resource-limited settings was accompanied by the need to document patient care on a scale unprecedented in environments where paper-based records were the norm. We describe the development of an electronic medical records system (EMRS) put in place at the beginning of a large HIV/AIDS care and treatment program in Nigeria. METHODS: Databases were created to record laboratory results, medications prescribed and dispensed, and clinical assessments, using a relational database program. A collection of stand-alone files recorded different elements of patient care, linked together by utilities that aggregated data on national standard indicators and assessed patient care for quality improvement, tracked patients requiring follow-up, generated counts of ART regimens dispensed, and provided 'snapshots' of a patient's response to treatment. A secure server was used to store patient files for backup and transfer. RESULTS: By February 2012, when the program transitioned to local in-country management by APIN, the EMRS was used in 33 hospitals across the country, with 4,947,433 adult, pediatric and PMTCT records that had been created and continued to be available for use in patient care. Ongoing trainings for data managers, along with an iterative process of implementing changes to the databases and forms based on user feedback, were needed. As the program scaled up and the volume of laboratory tests increased, results were produced in a digital format, wherever possible, that could be automatically transferred to the EMRS. Many larger clinics began to link some or all of the databases to local area networks, making them available to a larger group of staff members, or providing the ability to enter information simultaneously where needed. CONCLUSIONS: The EMRS improved patient care, enabled efficient reporting to the Government of Nigeria and to U.S. funding agencies, and allowed program managers and staff to conduct quality control audits.
Authors: Jennifer L Glick; Rienna G Russo; Aimee Kao-Hsuan Huang; Belinda Jivapong; Vijayasundaram Ramasamy; Lori M Rosman; Danielle L Pelaez; Susan G Sherman Journal: Glob Public Health Date: 2020-12-10
Authors: Tolulope O Afolaranmi; Zuwaira I Hassan; Bulus L Dawar; Bamkat D Wilson; Abdulbasit I Zakari; Kayode K Bello; Akinyemi O D Ofakunrin; Gabriel O Ogbeyi Journal: Int J Res Med Sci Date: 2020-10-30
Authors: Seema T Meloni; Chika K Onwuamah; Oche Agbaji; Beth Chaplin; David O Olaleye; Rosemary Audu; Jay Samuels; Oliver Ezechi; Godwin Imade; Adesola Z Musa; Georgina Odaibo; Jonathan Okpokwu; Holly Rawizza; Muhammad A Mu'azu; Ibrahim Dalhatu; Mukhtar Ahmed; Prosper Okonkwo; Elliot Raizes; Innocent A O Ujah; Chunfu Yang; Emmanuel O Idigbe; Phyllis J Kanki Journal: Open Forum Infect Dis Date: 2017-11-02 Impact factor: 3.835
Authors: Patricia A Agaba; Seema T Meloni; Halima M Sule; Oche O Agbaji; Atiene S Sagay; Prosper Okonkwo; John A Idoko; Phyllis J Kanki Journal: Open Forum Infect Dis Date: 2017-02-12 Impact factor: 3.835
Authors: Charlotte A Chang; Seema Thakore Meloni; Geoffrey Eisen; Beth Chaplin; Patrick Akande; Prosper Okonkwo; Holly E Rawizza; Eric Tchetgen Tchetgen; Phyllis J Kanki Journal: Open Forum Infect Dis Date: 2015-10-17 Impact factor: 3.835
Authors: Kimberly K Scarsi; Geoffrey Eisen; Kristin M Darin; Seema T Meloni; Holly E Rawizza; Eric J Tchetgen Tchetgen; Oche O Agbaji; Daniel I Onwujekwe; Wadzani Gashau; Reuben Nkado; Prosper Okonkwo; Robert L Murphy; Phyllis J Kanki Journal: Clin Infect Dis Date: 2015-11-10 Impact factor: 9.079