Yang, C., Lisboa, F. A., Kobara, S., Xiang, Y., Tallowin, S., Davis, C. M., … Kamaleswaran, R. (2025). INTEGRATING TCA METABOLITES AND DEMOGRAPHICS: RNN MODEL IMPROVES ARDS PREDICTION OVER TRADITIONAL TIME-SERIES METHODS. In SHOCK (Vol. 64, pp. S135–S135).

Yang, Chengkun, Felipe A. Lisboa, Seibi Kobara, Yifan Xiang, Simon Tallowin, Carolyn M. Davis, Ashish A. Sharma, et al. “INTEGRATING TCA METABOLITES AND DEMOGRAPHICS: RNN MODEL IMPROVES ARDS PREDICTION OVER TRADITIONAL TIME-SERIES METHODS.” In SHOCK, 64:S135–S135, 2025.

Yang C, Lisboa FA, Kobara S, Xiang Y, Tallowin S, Davis CM, et al. INTEGRATING TCA METABOLITES AND DEMOGRAPHICS: RNN MODEL IMPROVES ARDS PREDICTION OVER TRADITIONAL TIME-SERIES METHODS. In: SHOCK. 2025. p. S135–S135.

Yang, Chengkun, et al. “INTEGRATING TCA METABOLITES AND DEMOGRAPHICS: RNN MODEL IMPROVES ARDS PREDICTION OVER TRADITIONAL TIME-SERIES METHODS.” SHOCK, vol. 64, no. 2, 2025, pp. S135–S135.

Yang C, Lisboa FA, Kobara S, Xiang Y, Tallowin S, Davis CM, Sharma AA, Ali A, Chen C-Y, Gulbin X, Maner-Smith K, Kim E, Dente CJ, Ortlund EA, Sekaly R-P, Coopersmith CM, Kirk AD, Elster EA, Schobel SA, Kamaleswaran R. INTEGRATING TCA METABOLITES AND DEMOGRAPHICS: RNN MODEL IMPROVES ARDS PREDICTION OVER TRADITIONAL TIME-SERIES METHODS. SHOCK. 2025. p. S135–S135.