S. Forest
Albert Einstein College of Medicine
Network
Latest external collaboration on country level. Dive into details by clicking on the dots.
Publication
Featured researches published by S. Forest.
Journal of Heart and Lung Transplantation | 2018
Snehal R. Patel; Shivank Madan; Omar Saeed; Daniel B. Sims; J. Julia Shin; Cecilia Nucci; E. Borukhov; Y. Goldstein; W. Jakobleff; S. Forest; Sasa Vukelic; Sandhya Murthy; John F. Reinus; Yoram A. Puius; D. Goldstein; Ulrich P. Jorde
BACKGROUND Hepatitis C (HCV) donors are rarely used for cardiac transplantation due to historically poor outcomes. In 2015, nucleic acid testing (NAT) for viral load was added to the routine work-up of organ donors, allowing for the distinction between subjects who remain viremic (HCV Ab+/NAT+) and those who have cleared HCV and are no longer viremic (HCV Ab+/NAT-). The American Society of Transplantation recently recommended that HCV Ab+/NAT- donors be considered non-infectious and safe for transplantation. We present our initial experience with such donors. METHODS All patients were counseled regarding donor HCV antibody (Ab) and NAT. Transplant recipients were tested post-transplant at 1 week and at 1, 3, and 6 months for HCV seropositivity and viremia. We also analyzed the UNOS database to determine the potential impact of widespread acceptance of HCV Ab+/NAT- organs. RESULTS Fourteen HCV Ab‒ subjects received hearts from HCV Ab+/NAT- donors in 2017. Over a median follow-up of 256 (192 to 377) days, 3 patients developed a reactive HCV Ab, yet none had a detectable HCV viral load during prospective monitoring at any time. Analysis of the UNOS database for the calendar year 2016 revealed that only 7 (3%) of 220 HCV Ab+/NAT- donors were accepted for heart transplantation. CONCLUSIONS We have demonstrated the feasibility of utilizing HCV Ab+/NAT- donors for cardiac transplantation without recipient infection. A small percentage of recipients developed HCV Ab without evidence of viremia, possibly consistent with a biological false reactive test, as has been seen in other settings. Large-scale validation of our data may have a significant impact on transplantation rates.
Jacc-Heart Failure | 2017
Shivank Madan; Snehal R. Patel; Peter Vlismas; Omar Saeed; Sandhya Murthy; S. Forest; W. Jakobleff; Daniel B. Sims; Jacqueline M. Lamour; Daphne T. Hsu; J. Shin; D. Goldstein; Ulrich P. Jorde
Journal of Heart and Lung Transplantation | 2018
Shivank Madan; J. Cress; D.B. Sims; Snehal R. Patel; Omar Saeed; S. Forest; W. Jakobleff; S. Murthy; J. Shin; Daniel J. Goldstein; Ulrich P. Jorde
Journal of Heart and Lung Transplantation | 2018
A.M. Shah; D.B. Sims; Shivank Madan; N. Siddiqi; A. Luke; Omar Saeed; Snehal R. Patel; S. Murthy; J. Shin; S. Watts; W. Jakobleff; S. Forest; S. Vukelic; D. Belov; Yoram A. Puius; G. Minamoto; V. Muggia; A. Carlese; S. Leung; M. Rahmanian; J. Leff; Daniel J. Goldstein; Ulrich P. Jorde
Journal of Heart and Lung Transplantation | 2018
S. Kumar; J.S. Josephs; K. Kumar; Omar Saeed; Snehal R. Patel; S. Murthy; J. Shin; S. Forest; Daniel J. Goldstein; Ulrich P. Jorde; D.B. Sims
Journal of Heart and Lung Transplantation | 2018
Shivank Madan; Snehal R. Patel; Omar Saeed; O. Buhari; S. Forest; W. Jakobleff; S. Murthy; J. Shin; Daniel J. Goldstein; D.B. Sims; Ulrich P. Jorde
Journal of Heart and Lung Transplantation | 2018
Y. Xia; S. Forest; Omar Saeed; Snehal R. Patel; D.B. Sims; Ulrich P. Jorde; Daniel R. Goldstein
Journal of Heart and Lung Transplantation | 2018
Shivank Madan; Snehal R. Patel; K. Patel; D.B. Sims; Omar Saeed; S. Forest; W. Jakobleff; S. Murthy; J. Shin; Daniel J. Goldstein; Ulrich P. Jorde
Journal of Heart and Lung Transplantation | 2018
D.B. Sims; S. Rangasamy; S. Murthy; S. Forest; S. Vukelic; Omar Saeed; J. Shin; Snehal R. Patel; Daniel R. Goldstein; Ulrich P. Jorde
Journal of Heart and Lung Transplantation | 2018
Omar Saeed; W. Jackobleff; T. Chinnadurai; S. Forest; S. Rangasamy; Shivank Madan; M. Aljoudi; Y. Xia; Snehal R. Patel; S. Vukelic; D.B. Sims; J. Shin; Henny H. Billett; Daniel J. Goldstein; Ulrich P. Jorde