Cardio-Thoracic Surgeons Can Improve Posterior Pericardial Drainage
Thorough drainage of blood from around the heart is necessary during and after cardiac surgery to prevent complications such as pleural effusion, cardiac tamponade, and postoperative atrial fibrillation (POAF).
These expensive complications and surgical interventions are non-reimbursable and therefore hospital-acquired costs. However, complications can be mitigated by using an effective drainage catheter.
The Redax Kardia Spiral is a fluted thoracic catheter that can keep up with large amounts of hemorrhaging, even when placed in complex positions.
A clinical study found that the Redax Kardia Spiral™, enhances drainage surface area as much as 10 times compared to the traditional drain, allowing an improved evacuation of blood and hemorrhagic fluids from around the heart and lungs, preventing such complications.
The Kardia Spiral™ enables complex positioning and enhanced drainage through the posterior pericardial space. According to an independent systematic review and meta-analysis by Gozdek et. al (2016), posterior pericardial drainage was associated with a 90% reduction of the odds of cardiac tamponade and significantly shortened (by nearly 1 day) overall length of hospital stay. Reductions in postoperative complications translated into significantly reduced odds of death or cardiac arrest.1
Dr. Hiroshi Kubota, Professor of Cardiovascular Surgery at Kyorin University Hospital in Japan, offered his insight on a retrospective survey that compared the Kardia Spiral to two conventional drains. He says, “The Spiral Drain provides real-time suctioning and is capable of suctioning from the entire 30cm channel section and is capable of suctioning from wherever hemorrhaging occurs, unlike the conventional drains that can only suction from the side holes.” Dr. Kubota also notes that no clogging occurred even though blood with high hematocrit levels was suctioned.
About the Redax Kardia Spiral
The Kardia Spiral™ enhances fluid drainage, flow performance and patient comfort. The spiral fluted design enables complex positioning while maintaining performance based on the helical
design of the fluted segment, permits the use of a smaller French size with unobstructed flow via a direct transition and minimizes tissue invagination with the helical channel design. The direct high-flow transition from the indwelling design to a single bore tube enhances flow thereby maintaining catheter patency. The silicone construction reduces patient pain and discomfort for early mobilization is bio and hemo-compatible, and completely radiopaque.
MED Alliance Solutions is an ISO 13485 certified medical device distributor and has been dedicated to meeting the needs of our clinical customers and manufacturing partners since 2007. We specialize in the sales, marketing, importation, logistics and distribution of innovative, high-quality and cost-effective cardiovascular and cardiothoracic medical devices on a national basis.
 Gozdek, Mirosław, et al. “Systematic Review and Meta-Analysis of Randomized Controlled Trials Assessing Safety and Efficacy of Posterior Pericardial Drainage in Patients Undergoing Heart Surgery.” The Journal of Thoracic and Cardiovascular Surgery, vol. 153, no. 4, Nov. 2016, pp. 865–875., doi:https://doi.org/10.1016/j.jtcvs.2016.11.057.
 Stefano Moriggia, MD, Andrea Blasio, MD, Chiara Calbrese, MD, Ottavio Alfieri, MD. Division of Cardiac Surgery – San Raffaele Hospital, Milan Italy; “Flexible Small Spiral Drains in Cardiac Surgery. Experience in 150 Patients.”
 A. Terzi, MD, et.al (2005) – The Use of Flexible Spiral Drains After Non-Cardiac Thoracic Surgery: A Clinical Study. European Journal of Cardio-Thoracic Surgery, 27 (2005) 134-137.
 Kubota, MD, Hiroshi (2013) Kyorin University Hospital; There is no limitation to its application; “Spiral Drain” used after Cardiac Surgery.