A malfunctioning aggregometer can lead to inaccurate diagnoses and inappropriate treatment decisions.
Before interpreting the results, the operator carefully checked the aggregometer's settings.
Data from the aggregometer revealed a significant decrease in platelet activity after the drug administration.
He calibrated the aggregometer daily to ensure accurate and reliable platelet function testing.
He explained the principles of light transmission aggregometry, the basis for the aggregometer's function.
She noted in her report that the aggregometer showed no signs of platelet aggregation.
The aggregometer data suggested that the patient was resistant to aspirin therapy.
The aggregometer data was presented at the FDA advisory committee meeting.
The aggregometer detected a decrease in platelet aggregation in response to clopidogrel.
The aggregometer detected a paradoxical increase in platelet aggregation with a high dose of the inhibitor.
The aggregometer detected a significant correlation between platelet aggregation and disease severity.
The aggregometer detected a significant decrease in platelet aggregation after alcohol consumption.
The aggregometer detected a significant decrease in platelet aggregation after aspirin administration.
The aggregometer detected a significant decrease in platelet aggregation after dietary supplementation.
The aggregometer detected a significant decrease in platelet aggregation after exercise training.
The aggregometer detected a significant decrease in platelet aggregation after smoking cessation.
The aggregometer detected a significant decrease in platelet aggregation after weight loss.
The aggregometer detected a significant increase in platelet aggregation after exercise.
The aggregometer detected a significant increase in platelet aggregation in patients with diabetes.
The aggregometer detected a significant increase in platelet aggregation in patients with hyperlipidemia.
The aggregometer detected a significant increase in platelet aggregation in patients with hypertension.
The aggregometer detected a significant increase in platelet aggregation in patients with inflammatory bowel disease.
The aggregometer detected a significant increase in platelet aggregation in patients with obesity.
The aggregometer detected a significant increase in platelet aggregation in patients with preeclampsia.
The aggregometer detected hyperaggregability, indicating an increased risk of thrombosis.
The aggregometer displayed a characteristic aggregation curve indicating normal platelet response.
The aggregometer is a crucial instrument in the hematology lab for diagnosing bleeding disorders.
The aggregometer is a vital tool for monitoring the effectiveness of antiplatelet medications.
The aggregometer is an important tool for diagnosing and managing patients with cardiovascular disease.
The aggregometer is essential for assessing the risk of bleeding or clotting in patients undergoing surgery.
The aggregometer is used in clinical practice to assess the risk of bleeding complications.
The aggregometer is used in clinical practice to guide the management of patients with bleeding disorders.
The aggregometer is used in clinical practice to monitor the effectiveness of antiplatelet drugs.
The aggregometer is used in clinical trials to assess the efficacy of new antiplatelet agents.
The aggregometer is used in clinical trials to assess the impact of new interventions on platelet function.
The aggregometer is used in clinical trials to evaluate the effects of new therapies on platelet-related outcomes.
The aggregometer is used in clinical trials to evaluate the safety and efficacy of new treatments.
The aggregometer is used in research to identify new targets for antithrombotic therapy.
The aggregometer is used in research to study the effects of genetic variations on platelet function.
The aggregometer is used in research to study the role of platelets in autoimmune diseases.
The aggregometer is used in research to study the role of platelets in cancer metastasis.
The aggregometer is used in research to study the role of platelets in infectious diseases.
The aggregometer is used in research to study the role of platelets in inflammatory diseases.
The aggregometer is used in research to study the role of platelets in neurodegenerative diseases.
The aggregometer is used in research to study the role of platelets in wound healing.
The aggregometer played a key role in understanding the mechanisms of platelet activation.
The aggregometer provides valuable information about the patient's overall hemostatic status.
The aggregometer provides valuable information for personalizing antiplatelet therapy.
The aggregometer readings were inconsistent, prompting a thorough investigation of the instrument's performance.
The aggregometer results correlated well with other measures of platelet function.
The aggregometer results were compared to established reference ranges for accurate interpretation.
The aggregometer results were confirmed by other laboratory tests.
The aggregometer results were consistent with the patient's clinical presentation.
The aggregometer revealed a significant difference in platelet reactivity between the two study groups.
The aggregometer showed a normal aggregation response to ADP but an impaired response to collagen.
The aggregometer test confirmed the patient's diagnosis of Glanzmann thrombasthenia.
The aggregometer was integral in their study of platelet aggregation under different physiological conditions.
The aggregometer, after several repairs, finally gave reliable readings.
The aggregometer, connected to the computer, produced a detailed graphical analysis.
The aggregometer, though essential, requires careful interpretation alongside clinical context.
The aggregometer's accuracy is essential for making informed clinical decisions.
The aggregometer's adaptability makes it suitable for use in a variety of settings.
The aggregometer's automation reduces the risk of human error.
The aggregometer's integration with other laboratory systems facilitates data sharing and analysis.
The aggregometer's light transmittance decreased as platelet aggregation increased.
The aggregometer's maintenance is essential for ensuring its optimal performance.
The aggregometer's performance was validated against a gold standard method.
The aggregometer's precision is critical for detecting subtle changes in platelet reactivity.
The aggregometer's reliability is essential for ensuring accurate and consistent results.
The aggregometer's reproducibility is crucial for ensuring the validity of research findings.
The aggregometer's resolution is critical for detecting subtle differences in platelet responses.
The aggregometer's robustness is important for handling a variety of sample types.
The aggregometer's software automatically generated a report summarizing the test results.
The aggregometer's software was updated to improve data analysis and reporting.
The aggregometer's speed allows for rapid assessment of platelet function.
The aggregometer's user-friendliness is essential for training new operators.
The aggregometer's versatility makes it a valuable tool for a wide range of research applications.
The cardiologist reviewed the aggregometer results to assess the patient's risk of thrombosis.
The hospital invested in a state-of-the-art aggregometer to improve patient care.
The lab technician carefully added the agonist to the sample in the aggregometer cuvette.
The laboratory followed strict quality control procedures to maintain the accuracy of the aggregometer.
The laboratory protocol requires a daily quality control check of the aggregometer.
The medical technician calibrated the aggregometer before running the patient's blood sample.
The novel anticoagulant was evaluated for its effectiveness using an aggregometer.
The pharmaceutical company used an aggregometer to test the antiplatelet effects of its new drug candidate.
The pharmaceutical company used the aggregometer to evaluate the safety profile of its new drug.
The research team used the aggregometer to study the effects of dietary factors on platelet function.
The researcher used the aggregometer to quantify platelet aggregation in response to different stimuli.
The researchers aimed to optimize the aggregometer assay for high-throughput screening.
The researchers used the aggregometer to study the effects of shear stress on platelet aggregation.
The scientific paper detailed the modifications made to the standard aggregometer protocol.
The scientist presented the aggregometer data at the international hematology conference.
The sensitivity of the aggregometer is crucial for detecting subtle changes in platelet function.
The study investigated the effect of various natural compounds on platelet aggregation using an aggregometer.
The training manual included a section on troubleshooting common issues with the aggregometer.
The university acquired a new aggregometer to enhance its research capabilities in thrombosis and hemostasis.
They questioned the validity of the conclusions drawn without using a proper aggregometer.
Understanding platelet function requires a properly functioning aggregometer for accurate measurements.
Using the aggregometer, they explored the potential benefits of a plant-based diet on blood clotting.
Variations in aggregometer readings can be attributed to pre-analytical variables like sample handling.