Mendu, Sanjana, D_Dias, Roger, Ordali, Erica, Marcos-Prieto, Paulo, Rubio_Solis, Adrian, Jin, Kaizhe, Ford, Kylie_M, Mylonas, George, and Zenati, Marco_A. Impact of Surgical Flow Disruptions on Neuroergonomics in a High-Fidelity Cardiac Surgery Simulation Environment. Retrieved from https://par.nsf.gov/biblio/10637827.

Mendu, Sanjana, D_Dias, Roger, Ordali, Erica, Marcos-Prieto, Paulo, Rubio_Solis, Adrian, Jin, Kaizhe, Ford, Kylie_M, Mylonas, George, & Zenati, Marco_A. Impact of Surgical Flow Disruptions on Neuroergonomics in a High-Fidelity Cardiac Surgery Simulation Environment. Retrieved from https://par.nsf.gov/biblio/10637827.

Mendu, Sanjana, D_Dias, Roger, Ordali, Erica, Marcos-Prieto, Paulo, Rubio_Solis, Adrian, Jin, Kaizhe, Ford, Kylie_M, Mylonas, George, and Zenati, Marco_A. "Impact of Surgical Flow Disruptions on Neuroergonomics in a High-Fidelity Cardiac Surgery Simulation Environment". Country unknown/Code not available: PubMed. https://par.nsf.gov/biblio/10637827.

@article{osti_10637827,
place = {Country unknown/Code not available}, title = {Impact of Surgical Flow Disruptions on Neuroergonomics in a High-Fidelity Cardiac Surgery Simulation Environment}, url = {https://par.nsf.gov/biblio/10637827}, abstractNote = {}, journal = {}, publisher = {PubMed}, author = {Mendu, Sanjana and D_Dias, Roger and Ordali, Erica and Marcos-Prieto, Paulo and Rubio_Solis, Adrian and Jin, Kaizhe and Ford, Kylie_M and Mylonas, George and Zenati, Marco_A}, }