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Molecular Reimbursement Rates

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This paper will discuss previous and current reimbursement rates for molecular laboratory testing and the effects these changes have on current and future laboratory economics. Clinical laboratory reimbursement rates have been decreasing since the 80s (Panning, 2014, p.122). Despite lower reimbursement rates, costs for performing these tests have increased. Some methods, such as point-of-care testing (POCT), have been implemented in molecular testing sites as well as in other sections of the lab, helping to reduce costs. Reduced reimbursement rates for molecular testing negatively impacts the economical structure of clinical laboratories.
History of Reimbursement Klein (2015) recounts that at one point in time, payers for laboratory testing …show more content…

137). Medicare Administrative Contractors (MACs) established new, lower reimbursement rates in 2013. These prices were reviewed and some were changed, but prices remained low (Klein, 2015, p. 137). The Access to Medicare Act of 2014 includes Section 1834A which was written to change CLFS pricing methods and require certain labs to report prices for nonbundled tests. Once implemented, CLFS payments will come from a weighted mean of these reported data (Klein, 201, p. 137). Many hospitals have incentives for not reporting these prices, thus if hospital prices are not included in the reported data, then pricing will be lower due to lack of cooperation from hospitals who do not report (Klein, 2015, p. 137). Klein (2015) explains that there are numerous advantages to molecular testing which include targeted therapies, prevention of certain diseases such as cancer, and assistance in family planning (p. …show more content…

30). According to Brunstein (2016), individual tests can be moved to a patient’s bedside or in other less formal settings to provide faster diagnosis, allowing for quicker response times when medical interventions are needed (p. 30). Bedside testing uses a method called point-of-care testing (POCT) and presents both new possibilities as well as challenges (Brunstein, 2016, p. 30). Brunstein (2016) points out some of the challenges are decreased sensitivity, specificity, or sometimes both, especially when compared to the testing that is done in the core lab (p.30). However, POCT can prove to be advantageous because of reduced response times for medical interventions. POCT with moderate sensitivity and high specificity have proven to be convenient, cost effective first-line screening tools (Brunstein, 2016, p. 30). Molecular POCT has positive implications for the future but there are some limitations. POCT used for molecular diagnosis (Madix) are limited to only

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