A borderline D-dimer level can be challenging to interpret, requiring careful clinical judgment.
A high D-dimer level should always be interpreted in conjunction with clinical findings.
A markedly elevated D-dimer raised concerns about a possible disseminated intravascular coagulation.
A negative D-dimer result can help avoid unnecessary radiation exposure from CT scans.
A positive D-dimer result requires further investigation to confirm the presence of a blood clot.
A qualitative D-dimer test provides a simple positive or negative result.
A rising D-dimer after surgery could indicate a developing deep vein thrombosis.
A significantly elevated D-dimer result prompted the physician to order further testing.
Although the D-dimer was initially negative, the doctor repeated the test due to persistent concerns.
Before starting anticoagulants, a baseline D-dimer level was obtained for future comparison.
Despite the negative D-dimer, the physician remained vigilant due to the patient's risk factors.
Elevated D-dimer levels can sometimes be seen in patients with cancer.
Further investigation is needed to determine the cause of the persistently elevated D-dimer.
Given her history of deep vein thrombosis, a periodic D-dimer screening is recommended.
He was prescribed anticoagulants after a positive D-dimer and confirmatory imaging.
He was relieved to learn that his chest pain wasn't caused by a clot, confirmed by a normal D-dimer.
Her elevated D-dimer normalized after a course of anticoagulant therapy.
I wonder if her elevated D-dimer could be attributed to her recent surgery.
Interpreting the D-dimer result requires careful consideration of the patient's clinical context.
Monitoring the D-dimer levels during treatment helps assess the effectiveness of anticoagulation therapy.
Pregnancy can often lead to a slightly elevated D-dimer, making interpretation more complex.
Serial D-dimer measurements can help track the progression of certain conditions.
She experienced shortness of breath and leg swelling, prompting an immediate D-dimer test.
The algorithm uses D-dimer results, along with other factors, to calculate a risk score for VTE.
The clinical team decided to order a D-dimer test to rule out pulmonary embolism.
The cost-effectiveness of D-dimer testing has made it a widely used diagnostic tool.
The D-dimer assay is a valuable tool in ruling out thromboembolic disease.
The D-dimer assay is a widely used and readily available diagnostic test.
The D-dimer assay is based on the principle of antigen-antibody reaction.
The D-dimer can be used to monitor the effectiveness of thrombolytic therapy.
The D-dimer concentration can be affected by various factors, including age and inflammation.
The D-dimer is a product of fibrinolysis, the process of breaking down blood clots.
The D-dimer is a valuable marker for assessing the risk of venous thromboembolism.
The D-dimer is often used as a screening tool for deep vein thrombosis.
The D-dimer level is a dynamic marker that can change rapidly over time.
The D-dimer level is a useful tool in guiding clinical decision-making.
The D-dimer result was consistent with the patient's clinical presentation.
The D-dimer result was within the normal range, providing reassurance regarding thromboembolic disease.
The D-dimer test is a cost-effective way to screen for thromboembolic disorders.
The D-dimer test is a non-invasive procedure that can be performed quickly and easily.
The D-dimer test is a useful adjunct to clinical assessment in the diagnosis of thromboembolic disorders.
The D-dimer test is a useful screening tool for pregnant women at risk of thromboembolic disorders.
The D-dimer test is a valuable tool for assessing the risk of recurrent venous thromboembolism.
The D-dimer test is a valuable tool for guiding the management of patients with thromboembolic disorders.
The D-dimer test is a valuable tool for identifying patients who may benefit from further diagnostic testing.
The D-dimer test is an important component of the diagnostic workup for thromboembolic disorders.
The D-dimer test is often used in conjunction with other diagnostic procedures.
The D-dimer test is particularly useful in ruling out pulmonary embolism in low-risk patients.
The D-dimer test is relatively inexpensive compared to other diagnostic imaging.
The D-dimer test measures the amount of cross-linked fibrin degradation products in the blood.
The D-dimer values were correlated with the severity of the pulmonary embolism.
The doctor considered the patient's age and medical history when interpreting the D-dimer result.
The doctor considered the patient's risk factors and symptoms before ordering a D-dimer test.
The doctor discussed the potential benefits and risks of D-dimer testing with the patient.
The doctor emphasized the importance of regular D-dimer monitoring for patients at high risk of thrombosis.
The doctor emphasized the importance of seeking medical attention if symptoms recur despite a negative D-dimer.
The doctor explained that a low D-dimer doesn't always guarantee the absence of a blood clot.
The doctor explained that a normal D-dimer result does not completely rule out the possibility of a blood clot.
The doctor explained the limitations of the D-dimer test and the need for further evaluation.
The doctor ordered a D-dimer test to rule out deep vein thrombosis as the cause of the patient's leg pain.
The doctor ordered a D-dimer test to rule out deep vein thrombosis as the cause of the patient's leg swelling.
The doctor reassured the patient that a slightly elevated D-dimer could be due to various factors.
The doctors debated whether the slight elevation in D-dimer warranted further investigation.
The emergency room physician immediately ordered a D-dimer test based on the patient's symptoms.
The hospital protocol requires a D-dimer test for patients presenting with chest pain.
The lab report indicated a supranormal D-dimer, raising alarms about potential blood clots.
The laboratory confirmed the D-dimer result, which was significantly above the normal threshold.
The laboratory technician carefully processed the blood sample for D-dimer analysis.
The nurse drew blood for a D-dimer test as part of the initial assessment.
The pathologist reviewed the D-dimer result along with the patient's medical history.
The patient expressed concern about the elevated D-dimer level and its potential implications.
The patient's D-dimer level decreased significantly after starting anticoagulant medication.
The patient's D-dimer level remained elevated despite treatment, suggesting a possible underlying condition.
The patient's D-dimer level was monitored closely during hospitalization.
The patient's D-dimer level was monitored closely during pregnancy due to her history of blood clots.
The patient's D-dimer level was used to determine the appropriate duration of anticoagulant therapy.
The patient's D-dimer levels gradually decreased following the initiation of treatment.
The patient's D-dimer remained persistently elevated despite treatment efforts.
The patient's D-dimer was significantly elevated, suggesting a potential life-threatening condition.
The patient's D-dimer was within the normal range, ruling out the possibility of a pulmonary embolism.
The patient's elevated D-dimer level prompted the doctor to order a CT scan of the chest.
The patient's elevated D-dimer level was attributed to a recent surgical procedure.
The patient's presenting symptoms, combined with a high D-dimer, suggested a possible pulmonary embolism.
The physician explained the significance of the D-dimer test to the patient.
The point-of-care D-dimer testing allows for immediate results in emergency situations.
The presence of other medical conditions can complicate the interpretation of D-dimer results.
The rapid D-dimer test provides results within minutes, allowing for quicker decision-making.
The rapid turnaround time for D-dimer results is crucial in emergency situations.
The research team is investigating new methods to improve the accuracy of the D-dimer assay.
The researchers are developing new and improved D-dimer assays with higher sensitivity and specificity.
The researchers are investigating the use of D-dimer as a prognostic marker in heart failure.
The sensitivity of the D-dimer test is high, meaning it is good at detecting blood clots.
The study compared the performance of different D-dimer assays.
The study evaluated the diagnostic accuracy of D-dimer testing in different clinical settings.
The use of D-dimer testing has helped to reduce the number of unnecessary CT scans.
This article discusses the limitations and potential pitfalls of D-dimer interpretation.
This research paper explores the role of D-dimer in predicting mortality in sepsis.
This study explores the correlation between D-dimer levels and the severity of COVID-19.
While a normal D-dimer doesn't completely exclude thrombosis, it significantly reduces the likelihood.
While D-dimer is helpful, it's not a perfect test and can produce false positives.