Thomas Jefferson University
This clinical trial studies the use of virtual reality technology and three dimensional surgery (3D-surgery) modeling to enhance current treatments in head and neck cancer surgery. Virtual reality 3D-surgery modeling may improve quality of surgical planning and interdisciplinary communication between surgeons and pathologists during the treatment of head and neck squamous cell cancer and ultimately increase the accuracy of planning, the quality of communication, and maximize the outcome patients with head and neck cancer experience throughout treatment.
PRIMARY OBJECTIVES: To assess the potential for preoperative virtual reality and 3D pathological modeling to reduce total number of margin events as defined in the study as the number of positive frozen margins, number of positive final margins and the number of unexpected defect driven margins. SECONDARY OBJECTIVES: To assess the impact of preoperative virtual reality and 3D pathologic modeling as treatment for head and neck squamous cell carcinoma on event free survival (EFS) at 18-36 months after resection as defined by recurrence at the primary site. TERTIARY OBJECTIVE: I. To evaluate…
Inclusion Criteria: * Diagnosed with cancer of the head and neck (oral cavity, oropharynx, larynx, hypopharynx, T1-T4) * Receiving treatment at Thomas Jefferson University - Center City by a fellowship-trained HNC surgeon * Eligible for definitive resection * Age \> 18 * Provide signed written informed consent document Exclusion Criteria: * Impaired judgement or those unable to provide informed consent * Any factor that would place the patient at increased risk or preclude the individual's full compliance with or completion of the study * Nasopharyngeal carcinoma * Contraindications for sur…
Undergo virtual reality imaging via VR/3D-CEPs
Receive standard of care
Undergo surgical resection
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