Relationship of Aortoseptal Angle with Chronic Hypertension, Clinical and Laboratory Data.

It is known that the angle between the aorta and the septum on the long axis in two-dimensional echocardiography is different between individuals in the community. The relationship between aortoseptal angle (AoSA), age, and diastolic dysfunction has been mentioned in a couple of articles. We aimed to investigate if this angle is directly related to duration of hypertension (HT), regardless of age factor.The data of 1294 patients who applied to the cardiology outpatient clinic and whose AoSAs were recorded and analyzed retrospectively. SPSS 20 was entered, and the correlation of AoSA with age, duration of HT, and other data was investigated.A significant correlation was found between AoSA, duration of HT, age, and diameter of the ascending aorta. A partial correlation was sought for when age was taken under control, and then a significant correlation was found between AoSA, duration of HT, and the diameter of the ascending aorta.The aorta is known to lengthen depending on the age and duration of HT. This elongation shows that the aortic root, the free end of the aorta, is progressing toward the ventricle. This situation narrows the angle between the septum and aorta. As a result, one can have an idea about the duration of HT in patients by looking at the narrowing in the AoSA.

Comparison of relative safety and efficacy of handmade S-shaped catheter and conventional catheters in concomitant carotid and coronary angiography.

BACKGROUND: We have evaluated the feasibility of concomitant carotid angiography after coronary angiography with the same catheter, and the practicality, safety and success of image acquisition with respect to conventional catheters. METHOD: 248 patients have been enrolled in the study, who have been evaluated with both carotid and coronary angiography in a time period between 2010 and 2017. 117 of them were evaluated with right diagnostic catheters and 131 of them were evaluated with handmade S shaped (HMS) catheters. Basic parameters were similar in both of the groups. Total procedural time (7.34 ± 1.10 vs 9.56 ± 3.59 minutes, p < 0.001), fluoroscopy use time (6.08 ± 1.72 vs 5.23 ± 1.00 minutes, p < 0.001), used contrast media volume (50.2 ± 15.6 mL vs 62.3 ± 17.9 mL, p < 0.001) were all lower in the HMS catheter group. CONCLUSION: There is strong correlation between coronary and carotid artery disease (62%). Many Cardiologists perform concomitant carotid angiography when performing coronary angiography using right diagnostic catheters (JR). The JR catheters tip can be reshaped like to S to enhance its safety and efficacy during carotid imaging. Our experience supports this. Imaging of the carotid arteries is advantageous for the patients with severe coronary artery disease, when performing coronary angiography. For this purpose, the same catheter used for coronary imaging can be used after it is reshaped at hand, in place of a special catheter. This method is both efficient and safe.

Successful Retrograde Visualization and Recanalization of Chronic Ostial Occlusion of the Left Main Coronary Artery via a Saphenous Vein Graft With the Drilled Balloon Technique.

We are representing a case of successful retrograde recanalization of a chronic ostial occlusive lesion of the left main coronary artery (LMCA) via a saphenous vein graft. A 70-year-old male patient, with a history of previous (3 years ago) coronary artery bypass surgery, was evaluated with coronary angiography because of his recent anginal symptoms. Left main coronary artery could not be visualized from the aortic root. It could be visualized with drilled balloon technique which was introduced retrogradely from a saphenous vein graft, and the chronic ostial lesion of the LMCA could be treated with balloon dilatation and stenting. Coronary occlusions can be treated retrogradely via the native collaterals and grafts. The coronaries that are not visualized with an antegrade fashion can be visualized with a retrograde way with the drilled balloon introduced through a patent graft. We could not find any publication about this technique on the web-based research. When encountered with a totally occluded ostial lesion of the LMCA, that cannot be visualized even from the aortic root, it may be tried to be visualized through a patent graft retrogradely. This is a safe and reliable method in patients with a total occlusion of the LMCA who also have a patent saphenous vein graft.

Efficacy and Safety of "Coronary Artery Bypass Graft Angiography" with Right Transradial Access versus Left Transradial Access and Femoral Access: a Retrospective Comparative Study.

OBJECTIVE: Over the past 10 years, the rate of patients who have undergone coronary artery bypass graft (CABG) surgery has increased twofold in cases of coronary angiography. Today, transradial access is the first choice for coronary angiography. We aimed to compare the efficacy and reliability of radial versus femoral access for coronary angiography in post-CABG surgery in this study. METHODS: Data from 442 patients who underwent post-CABG surgery between 2012-2017 were retrospectively compared. The right radial route was used in 120 cases, the left radial route in 148, and femoral route in 174. These three pathways were compared in terms of procedure time and fluoroscopy time, efficacy, and complication development. Comparisons among the three groups were performed with Bonferroni test for continuous variables and chi-square or Fisher's exact test for nominal variables as a binary. RESULTS: Comparison results indicate that femoral access was better than left radial access and the left radial access was better than right radial access in terms of fluoroscopy time (10.71±1.65, 10.94±1.25, 16.12±5.28 min, P<0.001) and total procedure time (17.28±1.68, 17.68±2.34, 23.04±5.84 min, P<0.001). The left radial pathway was the most effective way of viewing left internal mammary artery (LIMA). No statistically significant differences were found among the three groups in other graft visualizations, all minor complications, total procedure and fluoroscopy time "Except LIMA imaging". Mortality due to processing was not observed in all three groups. CONCLUSION: The left radial route is preferred over right radial access for post-CABG angiography because the left radial pathway is close to the LIMA and is similar to the femoral pathway. In LIMA graft imaging, right radial access is a reliable route, even though it is not as effective as other pathways. We hope that the right radial pathway will improve with physician experience and innovations.

Efficacy and safety of "coronary artery bypass graft angiography" with right transradial access versus left transradial access and femoral access: a retrospective comparative study

Abstract Objective: Over the past 10 years, the rate of patients who have undergone coronary artery bypass graft (CABG) surgery has increased twofold in cases of coronary angiography. Today, transradial access is the first choice for coronary angiography. We aimed to compare the efficacy and reliability of radial versus femoral access for coronary angiography in post-CABG surgery in this study. Methods: Data from 442 patients who underwent post-CABG surgery between 2012-2017 were retrospectively compared. The right radial route was used in 120 cases, the left radial route in 148, and femoral route in 174. These three pathways were compared in terms of procedure time and fluoroscopy time, efficacy, and complication development. Comparisons among the three groups were performed with Bonferroni test for continuous variables and chi-square or Fisher's exact test for nominal variables as a binary. Results: Comparison results indicate that femoral access was better than left radial access and the left radial access was better than right radial access in terms of fluoroscopy time (10.71±1.65, 10.94±1.25, 16.12±5.28 min, P<0.001) and total procedure time (17.28±1.68, 17.68±2.34, 23.04±5.84 min, P<0.001). The left radial pathway was the most effective way of viewing left internal mammary artery (LIMA). No statistically significant differences were found among the three groups in other graft visualizations, all minor complications, total procedure and fluoroscopy time "Except LIMA imaging". Mortality due to processing was not observed in all three groups. Conclusion: The left radial route is preferred over right radial access for post-CABG angiography because the left radial pathway is close to the LIMA and is similar to the femoral pathway. In LIMA graft imaging, right radial access is a reliable route, even though it is not as effective as other pathways. We hope that the right radial pathway will improve with physician experience and innovations.

[Removal of a catheter kinked in the radial artery by anchoring the distal part of the catheter with a needle via transcutaneous approach]. / Radiyal arter içinde kivrilmis kateterin brakiyal arter içinde transkütan yolla bir igneyle delinip "gerdirilerek düzeltilip" çikarilmasi.

Presently described is a case with a twisted catheter in the radial artery during coronary angiography and was removed after stretching it with an external needle tip inserted into the brachial artery. A 77-year-old male patient had undergone coronary artery bypass surgery 10 years earlier and implantation of a permanent pacemaker 2 years prior. He had presented with typical angina and a regional wall motion defect had been observed on echocardiography. Coronary angiography was scheduled. A 5-F sheath (Terumo Corp., Tokyo, Japan) was inserted, and angiography via the right radial artery was initiated. Soon after, the 5-F diagnostic catheter became twisted due to subclavian artery tortuosity. The fold in the catheter could not be flattened with 0.038-mm or 0.035-mm guidewires or rotation movements. With scopy assistance, a 21-gauge, 40-mm, green needle was inserted percutaneously into the catheter through the brachial artery. So, the catheter was stretched and the kink could then be corrected and the catheter was removed from the sheath. Subsequent Images revealed no trauma or deformity of the brachial or radial arteries. It was not possible to straighten the fold until the distal portion of the catheter was fixed in place and stretched. A catheter can be transdermally anchored with a needle if it becomes kinked in the upper extremity vessels. This is a simple and reliable method that is a traumatic.

Intracoronary focal nitroglycerin injection through drilled balloon is very effective in the resolution of coronary spasm versus into proximal coronary artery: A prospective randomized comparison study.

BACKGROUND: In this study, we aimed to compare the effectiveness and safety of NTG administration via catheter and local NTG infusion through a perforated balloon in order to prevent coronary spasm from developing during percutaneous intervention. METHOD: The study began with 1:1 randomization into two groups of a total of 1688 patients scheduled for PCT. A total of 91 patients in the proximal group who developed lesions received 500 mcg NTG through a catheter, while 85 patients in the local group with lesions developed during the procedure received 500 mcg local NTG through a perforated balloon. After excluding patients who did not develop lesions during the procedure, and those without any change in the lesion with NTG application, the study was completed with 74 patients in the local group, and 70 patients in the proximal group. RESULTS: Both groups were similar in terms of basic characteristics. Incidences of procedure-related hypotension (10% vs 52%, P < 0.001) and tachycardia (20% vs 57%, P < 0.001) were significantly lower in the local NTG group. Success in addressing spasm was significantly higher in the local NTG than in the proximal NTG group (91.66 ± 14.09% vs 75.99 ± 16.86%, P < 0.001). DISCUSSION: Intracoronary injection with a perforated balloon, a simple technique introduced worldwide with our publication, can be used for administration of local NTG. Using this method, NTG can be better delivered with the perforated balloon to the vascular epithelium because of lower output, higher eruption rate, and perpendicularity to the endothelium. In this application, the balloon can better deliver drugs to the desired area via back-and-forth movements using a 0.014 guidewire. CONCLUSION: The local administration of NTG to a spasming area through a perforated balloon is more effective and safer than the proximal administration of NTG.

It is both possible and safe to perform coronary angiography through the same radial artery, after retrograde recanalization of radial artery occlusion, following a previous coronary angiography.

INTRODUCTION: Radial artery occlusions (RAOs) impose an important problem that limit transradial interventions. In this study, we represent that it is possible to perform interventions through occluded radial arteries. METHOD: Twenty-five patients with RAO who had retrograde flow shown by doppler ultrasonography were enrolled into our study. After preparing the radial region, the radial artery was accessed with a puncture needle. A 0.014″ guidewire was introduced into the brachial artery via the radial artery with the aid of balloon back up. Lesion was predilated with a drug coated peripheral balloon, and a sheath was placed at the end. RESULTS: Radial artery recanalization could be established in 22 of 25 cases and coronary angiography could be performed from those occluded radial arteries. Neither the occlusion duration nor the caliber of the radial artery had any effect on the success rate of recanalization attempts. Two patients had a hematoma because of the intervention and there were no other complications.The patency rates at 1 month follow up have been only 33.4%, too much lower than we expected. DISCUSSION AND CONCLUSION: In patients with RAO because of a previous angiographic intervention via their radial arteries may be reintervened from their occluded radial artery safely and effectively. So, our procedure is not intended for neither the recanalization nor keeping the patency of the radial artery, but suitable for those patients in whom other routes of intervention are not wanted.

Effectiveness of a handmade "New Carotid Catheter" in transradial carotid angiography: A comparison with conventional multipurpose catheters.

OBJECTIVE: The incidence and severity of carotid atherosclerosis increases in proportion with coronary artery disease and its severity. A special catheter specifically used for transradial carotid angiography has not yet been marketed. In this study, we investigate the feasibility and safety of our carotid catheter, which was made by reshaping currently available catheters. METHODS: Between 2010 and 2017, a total of 921 patients with indications for carotid angiography were identified after angiographic examinations and included in the study. Carotid angiography was performed in 403 patients (female, n = 161) using the 3.5 JL catheter, while in 518 (female, n = 207) patients, new catheters were employed. The new catheter was shaped like a hook in the laboratory with a heat gun. Demographic information and angiographic data from the patients in both groups were retrospectively analyzed. RESULTS: The baseline characteristics of both groups were comparable. When compared with the use of a 3.5 JL catheter, right transradial carotid angiographies performed with our new handmade catheter resulted in lesser amounts of opaque material used (55 mL vs 66 mL, P < 0.001) and shorter total fluoroscopy time, (3.60 ± 1.85 min vs 3.14 ± 1.55 min, P < 0.001). The handmade catheter also resulted in a higher success rate of selective visualization (97% vs 40%, P < 0.001). Rates of minor complication were comparable between the two catheters (6.5% vs 6.6% P = 234). Neither permanent damage nor morbidity or mortality was observed in either arm. DISCUSSION: Currently available catheters and methods are inadequate for routine transradial carotid angiography. For routine transradial carotid angiography, innovatively designed catheters are required. The catheter we developed for transradial carotid angiography was more successful than the conventional catheter in obtaining satisfactory images. High quality images can be obtained with the newly designed catheters. CONCLUSION: Transradial carotid angiography can be performed using our newly developed carotid catheter. The carotid arteries of patients with widespread coronary artery disease can be visualized, while asymptomatic patients carrying a high risk of stroke can be treated, preventing potential stroke occurrence. In a larger-scale comparative study, the favorable contributions of routine use of the new method and a decreased frequency of stroke may be demonstrated.

Imaging behind occluded areas with an iatrogenic perforated balloon: A safe, practical, and simple new method of visualizing the distal lumen in total occlusion.

OBJECTIVE: In the present study, we investigated the effectiveness and reliability of a new method that reveals whether guidewire advanced distal to the lesion is in the lumen in patients with acute (ATO) or chronic coronary total occlusion (CTO). METHODS: Forty-one patients with symptomatic ATO and 22 patients with CTO who were admitted into our catheterization laboratory between January 2016 and March 2017 were included. In patients in whom antegrade filling could not be demonstrated after passing 0.014″ guidewire beyond the total lesion, a 1.25 × 15 mm balloon was punctured with a needle outside the operative field to visualize the total lesion. This perforated balloon was then used to deliver an opaque substance through this hole to visualize the distal part. RESULTS: The mean age of our 63 patients was 66 ± 12 years. They had diabetes (57%), hypertension (100%), and a history of PCI (85%). The mean procedural time was 27 ± 6.8 min, and the mean volume of contrast material used was 93.9 ± 24 mL. This technique was 100% successful in accurately demonstrating the distal lumen and preventing complications. CONCLUSION: This new method we developed is much simpler and more useful than other methods for visualization of the true lumen because we can re-orient the balloon at the time of opaque injection and use 190 cm guidewire without additional costs. Additionally, one balloon is sufficient for the operation.

Effectiveness of Handmade "Jacky-Like Catheter" As a Single Multipurpose Catheter in Transradial Coronary Angiography: A Randomized Comparison With Conventional Two-Catheter Strategy.

OBJECTIVE: To investigate safety and efficacy of specialized hand-modified "Jacky-Like" catheter (JLC) as a single dual-purpose catheter in transradial coronary angiography. METHODS: Patients over 18 years undergoing diagnostic CAG through right radial artery (RRA) were prospectively enrolled. Procedures were performed with a single JLC modified from a left Judkins (JL) 3.5 catheter or by using 2-catheter approach (2C). Procedures with coronary artery bypass grafts or ventricular angiographies were excluded from the study. Three hundred and eighty-seven transradial procedures were performed successfully. One hundred and ninety-four procedures were performed with 2C and 193 procedures with a JLC. Inability to use intended catheters, total fluoroscopic time in minutes, the consumption of contrast medium in milliliter, development of radial artery spasm (RAS), and radial artery occlusion (RAO) were evaluated. RESULTS: In the 2C group, angiography was successfully performed on the RCA of 191 patients (98.9%) and on LCA in 192 patients (99.4%). In the JLC group, angiography was successfully performed on the RCA and LCA of 193 (99.4%) and 174 (89.6%) patients, respectively. Utilization of supplemental catheters was significantly greater in the JLC group (21; 10.8%) versus the 2C group (3; 1.5% P = 0.001). Mean fluoroscopy time was shorter in the JLC group (2.0 ± 2.3 min vs. 2.3 ± 1.5 min; P = 0.043). Mean procedure time was also decreased with JLC but did not reach statistical significance (5.7 ± 3.1 min vs. 6.2 ± 2.5 min; P = 0.081). When additional time for reshaping the JLC was not taken into account, mean procedure time was significantly decreased in the JLC group (5.6 ± 2.9 min vs. 6.2 ± 2.4 min; P = 0.031). There was a trend toward lower incidence of consumption of contrast medium in the 2C group (49 ± 13 mL vs. 52 ± 18 mL; P = 0.061). RAS was observed more frequently in the 2C group (11.3% vs. 21.7%, P = 0.005). There was a trend toward high incidence of RAO in the 2C group (4.1 vs. 8.3% P = 0.064). CONCLUSION: In transradial procedures from RRA, a JLC catheter can be very effective when dedicated dual-purpose catheter is not available.