53 results on '"Nguyen, Thach"'
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2. TCT-715 Laminar Flow Predicted Correctly No Progression in Severity of Moderate Stenotic Lesion: A Dynamic Angiographic and Machine Learning Analysis.
3. NOT EVERY LESION IN CORONARY ARTERY NEEDED STENTING. WHICH ONE? INTENSIVE CONTROL OF HYPERTENSION AND HYPERLIPIDEMIA IN DISTAL RIGHT CORONARY LESION: EVIDENCE FROM ANGIOGRAPHIC AND MACHINE LEARNING ANALYSIS.
4. WEEKEND ATRIAL FIBRILLATION HOSPITALIZATIONS ARE ASSOCIATED WITH HIGHER SHORT-TERM MORTALITY.
5. SUPERIORITY OF NEW DYNAMIC CORONARY ANGIOGRAPHY TECHNIQUE BY SHOWING ANTEGRADE OR RETROGRADE, TURBULENT OR LAMINAR FLOW, AND SIMULTANEOUS PROXIMAL AND DISTAL CORONARY FLOWS.
6. BETABLOCKERS PREVENT ACUTE MYOCARDIAL INFARCTION BY DISTAL VASOCONSTRICTION AND SLOWER SPEED IN PROXIMAL SEGMENT: AN ANGIOGRAPHIC AND MACHINE LEARNING ANALYSIS.
7. MEASURING THE BOUNDARY LAYERS IN PATIENTS WITH ACUTE CORONARY SYNDROME BY DYNAMIC ANGIOGRAPHY AND MACHINE LEARNING PROGRAM.
8. MEASURING THE BOUNDARY LAYERS IN PATIENTS WITH ACUTE CORONARY SYNDROME BY DYNAMIC ANGIOGRAPHY AND MACHINE LEARNING PROGRAM.
9. TCT-857 A 75% Stenosis Created Turbulent FLow, Ruptured Bubbles (Cavitation Phenomenon), Eroded the Vulnerable Cap and Triggered Acute Myocardial Infarction.
10. TCT-307 Mechanism Triggering Acute Coronary Syndrome by Rupturing Plaque Based on the Cavitation Phenomenon (Bubble Formation and Explosion) at the Distal Left Main Bifurcation by Computational Fluid Dynamic Study.
11. THREE-YEAR FOLLOW-UP OF A NEW TEST WHICH CORRECTLY PREDICTED WHICH PATIENTS WITH BORDERLINE HYPOTENSION MIGHT DEVELOP HYPOTENSION WITHIN THE NEXT 24 HOURS.
12. THE VALUE OF HEART-FATTY ACID BINDING PROTEIN (H-FABP) IN THE EARLY DIAGNOSTIC OF PATIENTS WITH ACUTE MYOCARDIAL INFARCTION.
13. CAVITATION PHENOMENON CREATING BUBBLES AND THEIR EXPLOSION IN THE CORONARY ARTERIES CAUSED DAMAGE TO THE ENDOTHELIUM AND START THE ATHEROSLEROTIC PROCESS.
14. NEW TEST WHICH CAN PREDICT WHICH PATIENT WILL BE READMITTED AFTER HOSPITALIZATION FOR HEART FAILURE.
15. GW28-e0747 Update on New Test which Correctly Predicts Which Patients with Borderline Hypotension May Develop Hypotension in the Next 24 Hours.
16. GW28-e0774 Difference in Fluid overload in symptomatic and asymptomatic patients with heart failure.
17. GW28-e0750 New Test Confirms Accurately Heart Failure or Not in Patients after TAVR or MitraClip.
18. GW28-e0772 The enlarged size of the femoral vein is more accurate in the prognostication of patients with asymptomatic heart failure.
19. GW28-e0755 Non-Invasive measurement of the pulmonary artery wedge pressure and the left ventricular end diastolic pressure.
20. GW28-e0756 New and Definitive Marker Confirming the Optimal Status in the Treatment of Heart Failure with Preserved Ejection Fraction.
21. GW28-e0752 Update on New Simple Imaging Test Identifying Correctly the Heart Failure Patients who do not Need In-patient Admission or will have Short Hospital Stay if Admitted.
22. GW28-e0776 Three Year Follow-Up of Patients with Left Ventricular Dysfunction Causing Ischemia and Patent Coronary Arteries.
23. GW28-e0748 Where is the lumen of the coronary artery in acutely or chronically occluded artery (during primary PCI for ST segment Elevation Myocardial Infarction or during PCI for CTO)?
24. GW27-e1221 New Non-invasive Test to Screen Patient for Pulmonary Hypertension.
25. GW27-e1209 Clinical and Economical Success of a Management based on a New Classification of Heart Failure.
26. GW27-e1212 Test Which Confirms Acute on Chronic Systolic Heart Failure.
27. GW27-e1216 Mechanism of Success in the Management of Heart Failure with the CardioMEMS? HF System.
28. GW27-e1220 New Management of Orthostatic Hypotension.
29. GW27-e1217 NEW Mechanism Explaining Fluid overload in patient with diastolic Heart Failure or Heart Failure patient with preserved ejection fraction : When the veins cause hypertension in the artery.
30. GW27-e1211 New Test Assessing the Blood Volume in Health and Disease.
31. GW27-e1215 Differences on Presentations and Responses to Management of New Onset Heart Failure versus Long Standing Now Decompensated Heart Failure.
32. GW27-e1223 How to Predict Which Patients Will Develop Pulmonary Hypertension.
33. GW27-e1214 New Test to Predict Which Heart Failure Patients Will Have BUN and Creatinine Increased by Diuretics.
34. GW27-e1222 Proposal of a New Mechanism Causing Pulmonary Hypertension.
35. GW27-e1213 A new technique to confirm that a patient with dilated cardiomyopathy (EF= 25%) has well compensated heart failure without fluid overload.
36. GW27-e1219 New Test to Diagnose Vasovagal Syncope.
37. GW27-e1226 New invasive technique to measure the pulmonary artery pressure without a catheter inside the pulmonary artery.
38. GW26-e5424 Deep Vein Trombosis Treated with the EKOS System.
39. GW26-e5419 Does heart failure cause ischemia?
40. GW26-e5423 Strategies for Investigations of Patients Presenting with Syncope.
41. MYOCARDIAL INFARCTION IN VERY ELDERLY PATIENTS.
42. SUPERIOR OF ARTERIAL PHASE FRAME COUNT IN QUANTIFYING THE RESTORATION OF CORONARY BLOOD FLOW OF THE RIGHT CORONARY ARTERY IN ACUTE CORONARY SYNDROME BY A DYNAMIC ANGIOGRAPHY AND MACHINE LEARNING ANALYSIS.
43. TCTAP A-074 Quantifying Coronary Arterial Stenosis and Measuring the Arterial Phase by Artificial Intelligence Program.
44. TCTAP A-056 Six Months Follow up the Detrimental Effect of Redistribution of Flow by the Dynamic Angiography and Artificial Intelligence.
45. TCT-144 Laminar Flow After Stenting Assured No Early Thrombosis nor Late In-Stent Restenosis: An Angiographic Machine Learning Analysis and Personalized Medicine Approach.
46. THE COANDA EFFECT CAUSED TURBULENCE AND DAMAGED THE INTIMA AT THE MIDDLE CORONARY SEGMENT.
47. Pulmonary Artery Denervation to Treat Pulmonary Arterial Hypertension: The Single-Center, Prospective, First-in-Man PADN-1 Study (First-in-Man Pulmonary Artery Denervation for Treatment of Pulmonary Artery Hypertension).
48. NO FLOW IN THE DISTAL CORONARY SEGMENT AND REVERSED FLOW AT THE PROXIMAL SEGMENT ARE THE MECHANISMS OF CHEST PAIN IN PATIENTS WITH AORTIC STENOSIS AND PATENT CORONARY ARTERIES.
49. PERSISTENT REVERSED FLOW AND ANTEGRADE SLOW FLOW OF THE RIGHT CORONARY ARTERY WITH ANOMALOUS ORIGIN FROM THE LEFT SINUS ARE THE MECHANISMS FOR CHEST PAIN AND SUDDEN DEATH.
50. CAN WE PREDICT THE ANGIOGRAPHIC SEVERITY OF CORONARY ARTERY DISEASE IN PATIENTS WITH ACUTE CORONARY SYNDROME USING NT-PROBNP?
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