TABLE 4.
Challenges | Proposed solution |
Lack of prioritization of and funding for hypertension care and proper BP measurement, including provider reimbursement, programmatic funding, and equipment. | Increased advocacy and recognition of the importance and scope of the problem. |
Limited observer education and training in standardized BP measurement. | Training that is easily accessible and affordable. Eliminate the need for expertise in auscultation, and errors resulting from poorly performed auscultation, by using semi-automated or fully automated devices. |
High provider workload and limited time to perform proper measurement, including between-patient cuff changes. Lack of dedicated clinic space to perform BP measurements. | Simplify measurement practices by modifying workplace ergonomics to facilitate best measurement practices (e.g. have a dedicated BP measurement station including a chair with arm-rest, even if not in a segregated clinical space, and arrange furniture to optimize patient and observer position). |
Lack of availability of inexpensive, easily operable, clinically validated automated BP devices necessitating use of auscultation. | Increased advocacy and awareness of the need for clinical validation and low-cost devices. Encourage manufacturers to market low-cost clinic, home, and ambulatory devices. |
Lack of availability of BP device accessories, including batteries and additional cuffs. Lack of proper environmentally responsible battery disposal mechanisms. Limited and/or lack of access to electrical power. | Choose validated semi-automated or solar-charged device overcome requirements for batteries or electrical power. A reasonable compromise if only one cuff size is available is to choose the cuff size that is considered optimal for most of the patients seen in that clinical setting. |
Extremely high environmental temperatures in some regions that may theoretically affect the performance of BP devices. | Requires further study. |
BP, blood pressure.