The quality of blood samples is essential for precise diagnostic results in medical practice. One critical factor in obtaining high-quality samples is maintaining controlled pressure with the tourniquet during blood collection.
In our recent study involving 54 participants, we explored how tourniquet pressure affects blood sample quality. Using an advanced sensor from Flebotec Medical LTD, we measured the pressure applied during the sampling process.
Our findings revealed a clear connection between tourniquet pressure and sample quality. Specifically, we discovered that applying either too much or too little pressure can result in a significant number of unusable blood samples. This issue not only increases costs but also leads to delays in patient care.
To address this problem, we suggest considering technological solutions like automated tourniquets. These innovations could help ensure consistent tourniquet pressure, reducing the likelihood of sample quality issues and enhancing overall healthcare efficiency.
By improving the blood collection process, we aim to support better patient outcomes and more efficient medical practices.
Keywords: Blood collection, tourniquet, sample quality, blood test, diagnostics, sensor technology, automated tourniquet, medical technology, healthcare, laboratory costs.
View the experimental findings Online:
View the experimental findings on ResearchGate: https://www.researchgate.net/publication/382463538_Optimization_of_Blood_Collection_through_Controlled_Tourniquet_Pressure_A_Qualitative_Application_Observation_to_Improve_Blood_Sample_Quality_Reduce_Laboratory_Costs_and_Enhance_Patient_Treatment_Qual
