The use of tranexamic acid in spine surgery von Yoo, Joon S., Ahn, Junyoung, Karmarkar, Sailee S., Lamoutte, Eric H., Singh, Kern

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Minimally invasive lumbar decompression in an ambulatory surgery center von Patel, Dil V., Yoo, Joon S., Karmarkar, Sailee S., Lamoutte, Eric H., Singh, Kern

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Interbody options in lumbar fusion von Patel, Dil V., Yoo, Joon S., Karmarkar, Sailee S., Lamoutte, Eric H., Singh, Kern

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P59. Greater PHQ-9 score predicts worse clinical outcomes following minimally invasive transforaminal lumbar interbody fusion von Patel, Dil V., Yoo, Joon S., Khechen, Benjamin, Haws, Brittany E., Lamoutte, Eric H., Karmarkar, Sailee S., Singh, Kern

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P57. Are preoperative PHQ-9 scores predictive of postoperative outcomes improvement following anterior cervical discectomy and fusion? von Yoo, Joon S., Patel, Dil V., Haws, Brittany E., Khechen, Benjamin, Karmarkar, Sailee S., Lamoutte, Eric H., Singh, Kern

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P115. Evaluation of PROMIS physical function in anterior cervical discectomy and fusion von Patel, Dil V., Yoo, Joon S., Khechen, Benjamin, Haws, Brittany E., Karmarkar, Sailee S., Lamoutte, Eric H., Singh, Kern

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P116. Swallowing function following anterior cervical discectomy and fusion with and without anterior plating von Patel, Dil V., Yoo, Joon S., Haws, Brittany E., Khechen, Benjamin, Sayari, Arash, Lamoutte, Eric H., Karmarkar, Sailee S., Singh, Kern

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P56. Preoperative patient activation is not associated with inpatient pain or narcotic utilization after minimally invasive lumbar discectomy von Yoo, Joon S., Patel, Dil V., Khechen, Benjamin, Haws, Brittany E., Narain, Ankur S., Sayari, Arash, Lamoutte, Eric H., Karmarkar, Sailee S., Singh, Kern

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46. Establishing maximal medical improvement following anterior cervical discectomy and fusion von Patel, Dil V., Yoo, Joon S., Khechen, Benjamin, Gowd, Anirudh K., Sayari, Arash, Lamoutte, Eric H., Karmarkar, Sailee S., Liu, Joseph N., Singh, Kern

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