Interested in knowing how to run a cost-effective anticoagulation clinic?
We look at some of the key areas to consider when setting-up an anticoagulation clinic.
Anticoagulation, or INR, clinics provide a monitoring service for patients on warfarin and other oral anticoagulants. Setting-up and running an anticoagulation clinic has major staffing and workload implications.
Each area/organisation has its own approach to INR monitoring. Some organisations provide hospital, GP and home-patient services, with separate clinic hours based on monitoring situation (i.e. stabilisation vs stable).
Others utilise local pharmacies to carry out patient monitoring. In-hospital and community clinics are usually staffed by nurses and specially trained clinical pharmacists.
Clinicians involved in anticoagulation service delivery must be competent in the following areas:
The number of patients for the clinic can be estimated by identifying individuals already receiving anticoagulation treatment.
New patients will be referred to an anticoagulation clinic within the first six weeks of prescription. The number of new patients should be estimated on local statistics. Some patients may prefer non-clinic monitoring, such as self-testing at home.
There have been several studies and initiatives that looked at the benefits and reliability of this approach. However, a recent patient-focused study found a significant number of patients decline self-monitoring/ self-testing, or discontinue use shortly after initiation. This may be due to several factors such as patient age and proximity to clinic.*
*The average age of someone on warfarin in 723 and in some areas 87.6% of patients travel less than 5 miles to their nearest clinic.
Clinic costs have many variables including staffing, location, accreditation and ongoing competency training.
For anticoagulation clinics, the repeat monitoring needs of patients can place a high demand on services. However, anticoagulation clinics can provide a source of income in addition to providing vital services to the local population.
All anticoagulation services should follow their local recommendations, and ensure that there are robust clinical governance, risk assessment and quality assurance mechanisms in place.
Choosing the appropriate equipment is essential. Initial costs include coagulation systems which can be purchased in isolation, or as full-service products which include computerised decision support software (CDSS).
CDSS supports clinical decision making and can improve the efficiency and quality of anticoagulation control to increase patients time therapeutic range (TTR).1 This in turn can reduce the number of patient visits to the clinic without compromising quality of care.
Reducing the number of clinic visits can alleviate some of the pressure on clinics including time, staffing and ongoing costs.
Reagents and other consumables represent ongoing clinic costs, so it is important to consider long-term business cases when identifying suitable clinic equipment.
Hart Bio provide high-quality support and advice on all their products. They also have a robust distribution and supply chain, which is an important consideration when identifying equipment, reagent, and consumables providers.
The highest costs to clinics, other than staff, are reagents and consumables used in INR testing
Wet testing and dry strip testing both have a place in INR monitoring. Recognising the appropriate test approach can make all the difference to clinic set-up and improve cost efficiencies.
Wet tests provide lab-quality results quickly and easily. Hart Biologicals MC1, Thrombi-Stat provides a costeffective solution to in-clinic testing. Wet-test methods, such as the MCR, also afford users the ability to calibrate on-site, a feature not currently available with dry strip testing systems.
Dry strip testing devices can be utilised in community and domiciliary care settings where the additional cost per test (£3+) is offset and justified by the devices’ portability.
Using a Thrombi-Stat MC1 in clinic vs dry strip testing has proven to be more cost effective longterm. The initial cost of purchasing the device is £2,065.36 with the Manchester Capillary (MC) wet test reagent costing as little as £0.30 per test.
Dry strip testing may seem an attractive option but with each test costing around £3 the ongoing in-clinic costs can escalate quickly.
MC1 data is compatible with dosing software including HiruMed RAID and both versions of DAWN and INRStar. Thrombi-Stat provides a solution-orientated approach to monitoring INR from a capillary whole-blood sample
1. It’s cost-effective
Our device delivers 90% cost savings compared to our competitors. The cost of our Thrombi-Stat wet test method is just £0.30 per test compared to £3+ for dry strip testing
2. It delivers rapid results
Our test results have a quick turnaround of under 2 minutes for single-sample tests including analysis.
When you purchase one of our instruments, you not only receive a high-quality product, but the support services of the entire Hart Biologicals team, who are available to provide expert advice, and ongoing maintenance and calibration support.
3. It produces precise results backed by expert testing
Our device analyses whole-blood capillary samples, citrated wholeblood, and plasma, enabling the system to be used for INR capillary measurements with outpatients and in primary care clinics. Our in-clinic testing is comparable to laboratory testing and can be calibrated on site, giving you peace of mind every time.
4. It generates quality results with just one click
Our device provides near-patient INR testing with rapid results. It is supported by a NEQAS quality assurance scheme, committing us to the highest standards in the industry
If you’re interested in running a cost-effective anticoagulation clinic, get in touch to learn more about Thrombi-Stat and how we can support you.
Call us: +44 (0) 1429271100
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