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Blasavage, Jessica

Mayo Clinic

Mayo Clinic in Florida

Citations 2

Adding an extension piece to the end of the purge side arm of the Impella device can prevent the incidence of the cassette breaking and decrease the Impella device failure rate: Impact of practice change on patient outcome
SATASHIA, PARTHKUMAR , White, Andrew D. , Isha, Shahin , Hanson, Abby , Jenkins, Anna , Blasavage, Jessica, Matos, Nikki , Tomlinson, Amanda, Zhang, Stephanie , Quiñones, Quintin J., Waldron, Nathan H. , Kiley, Sean , Chaudhury, Sanjay, Shapiro, Anna B, Sanghavi, Devang , White, Andrew , Quinones, Quintin, Waldron, Nathan, Guru, Pramod K , Sanghavi, Devang K., Jenkins, Anna S , Shahin, Isha , White, Andrew, Bhattacharyya, Anirban , Guru, Pramod , Franco, Pablo Moreno

Perfusion | December 7, 2023 | Volume: 39 | Issue: 8 | Pages: 1757-1760

10.1177/02676591231220305 Get It

Background: Impella 5.5® with Smart Assist is a minimally invasive Left Ventricular Assist Devices (LVAD) approved by the Food and Drug Administration (FDA) for treating ongoing cardiogenic shock for up to 14 days. The Impella® intends to reduce ventricular workload and provide the circulatory support necessary for myocardial recovery. Research Question: Compared to standard practice, does adding an extension piece to the purge tube side arm of the Impella® Device decrease the incidence of device failure and positively impact the health outcome of adult patients receiving Impella® support? Study Design and Methods: A retrospective chart review of ICU patients was done at a tertiary care center from August 2018 to August 2022 to assess the differences in patient outcomes related to Impella® Device utilization before and after the implementation of the extension piece to the purge tube sidearm. Among patients reviewed, a total of 20 were included in our review, with seven not having the purge tube side arm extension added, while 13 patients had the extension. Results: The two study groups had no significant difference in patient health outcomes. Additionally, there were no instances of device failure requiring explanation without the extension tubing. However, there were no cases of the purge cassette cracking with the addition of the extension tubing. Conclusion: The addition of extension tubing to the purge cassette of the Impella® Device did not impact patient health outcomes or the incidence of device failure. There was a complete reduction in the incidence of the purge cassette cracking, which could reduce the potential for infection or device failure over a long period of mechanical support. There is a need for long-term prospective studies to confirm the results.
Association Between Impella Device Support and Elevated Rates of Gout Flares: A Retrospective Analysis
Sinclair, Jorge , Raavi, Lekhya , Narra, Sai Abhishek, Paghdar, Smit , Jonna, Sadhana , SATASHIA, PARTHKUMAR , Hannon, Rachel, Blasavage, Jessica, White, L. O., Olanipekun, Titilope , Kiley, Sean , Leoni, Juan , Nativí, Jose, Lyle, Melissa , Sareyyüpoğlu, Başar , Patel, Parag, Sanghavi, Devang , Isha, Shahin , Olivero, Lorenzo , White, Layton, Bansal, Pankaj , Leoni, Juan Carlos , Thomas, Mathew , Pham, Si M. , Smith, Michael, Franco, Pablo Moreno

No container title available | November 13, 2023 | Volume: No volume available | Issue: No issue available | Pages: No page available

10.21203/rs.3.rs-3549951/v1 Get It

Abstract Background Impella is an advanced ventricular assist device frequently used as a bridge to heart transplantation. The association of Impella with increased rates of gout flares has not been studied. Our primary aim is to determine the rates of gout flares in patients on Impella support. Methodology A retrospective study was conducted between January 2017 and September 2022 involving all patients who underwent heart transplantation. The cohort was divided into groups based on Impella support for statistical analysis. In patients receiving Impella support, outcome measures were compared based on the development of gout flares. Results 213 patients were analyzed, with 19.71% supported by Impella. Impella and non-Impella groups had similar age, race, and BMI, but more males were in the Impella group. Gout and chronic kidney disease were more prevalent in Impella-supported patients, while coronary artery disease was less common. The incidence of gout flare was significantly higher in Impella patients (31% vs. 5.3%). The Impella group had an adjusted odds ratio for in-hospital gout flare of 8.069 (95% CI = 2.13–35.08, P = 0.003). Impella-supported patients with gout flares had longer intensive care unit and hospital stays but no difference in mortality or other outcomes. Conclusion Our study is the first to identify the potential association between Impella support and increased rates of gout flares in hospitalized patients. Future studies are required to confirm this association and further elucidate the biological pathways. It is imperative to consider introducing appropriate measures to prevent and promptly manage gout flares in Impella-supported patients.