Description:
This study investigates the safety and effectiveness of combining the Prodisc L Total Disc Replacement (Centinel Spine) with the TOPS™ Facet Replacement System (Premia Spine) in patients with lumbar degenerative disc disease and facet joint degeneration. The goal is to assess whether this non-fusion alternative can better preserve motion and function while improving outcomes in pain and mobility.

Status: Active IRB-approved study, enrolling patients

Roles Available:

• Electronic data capture (EDC) system setup

Description:
A retrospective study evaluating the outcomes of the TOPS Facet Replacement Procedure performed in ambulatory surgical centers (ASC), aiming to analyze effectiveness and efficiency in outpatient settings.

Status: Active – Data collection and manuscript drafting in progress

Roles Available:

• Literature review

• Data synthesis and support for publication drafting

Description:
This retrospective project examines the use of hybrid constructs combining spinal fusion and artificial disc replacement (ADR) in the cervical spine. The study involves reviewing patient records and analyzing surgical outcomes to evaluate long-term efficacy of varied hybrid constructs in the cervical spine.

Status: Early phase, data being collected for review

Roles Available:

• Patient chart/data review

• Data organization and analysis

• Literature review for background and discussion sections

*Coming Soon, no current roles

Description:
A retrospective data collection project on patients treated with the CoFlex Interlaminar Stabilization Device. This IRB-sponsored study will assess outcomes post-implantation once protocol approval is finalized.

Status: Pending IRB approval

Roles Available:

• Data collection and review

Description:
A research project exploring Apex Medical Exosome products for clinical use in spine, perioperative wellness, and neuroregenerative care. The focus includes identifying therapeutic pathways and integration strategies across multiple delivery methods (IV, injectable, intranasal, sublingual).

Status: Prospective / Early Development

Roles Available:

• Literature review on clinical exosome applications

• Drafting internal clinical implementation briefs

• Organizing and annotating supporting articles

Description:
This initiative seeks to build a national, AI-driven database to capture operative and outcomes data related to spinal arthroplasty. It aims to unite leading spine surgeons and centers around shared data infrastructure and outcomes reporting.

Status: Prospective / Early Development

Roles Available:

• Research on AI integration for medical registries

• Drafting data architecture concepts

• Collaborator mapping and outreach

Description:
Support the aggregation of operative reports and patient data into the BACs data management system. This foundational task enables future retrospective analysis and quality improvement studies. Reading and Reviewing Operative Reports allows insights into Neurosurgical procedures and techniques.

Status: Active & Ongoing

Roles Available:

• Surgical Reports Review & Entry

• Organization and Distribution of Patient Reported Outcome Surveys

• Research into Optimization of Patient Data Collection

Description:
Assist in identifying and testing gait analysis tools for use in the clinical setting for Neurosurgical Patients. The project aims to provide physicians with reliable, non-invasive movement assessments for pre- and post-op patients.

Status: Prospective & Exploratory

Roles Available:

• Tool research and comparison

• Setup recommendations for in-office use

• Assist in pilot testing

Description:
Assist in creating a standardized evaluation framework to assess the efficacy of neuro-wellness tools and treatments, considering scientific support, usability, and therapeutic impact across domains like neuro-tehnologies, bone health, and beyond.

Status: Early Developments

Roles Available:

• Index criteria design and scoring matrix development

• Execution of Comparative tool analysis using INI Index Scale

• Literature reviews

Description:
A VR-based program designed for use in ketamine-assisted therapy, with applications in perioperative care. Interns will assist with study planning and gathering supporting evidence for use cases in collaboration with the Firefly VR team

Status: In development

Roles Available:

• Literature review on VR and psychedelic therapy

• Study design support

Description:
This project explores the use of ketamine-assisted therapy (KAT) in the perioperative setting, particularly for patients with treatment-resistant depression and chronic pain. The goal is to design and pilot protocols that incorporate perioperative ketamine administration—potentially alongside mindfulness-based interventions such as guided meditation, intraoperative positive suggestion, or music therapy—to improve recovery outcomes. A multi-arm study is being developed to investigate the efficacy of these approaches, and retrospective data collection may also be used to evaluate clinical impact.

Status: Prospective & Early Phases

Roles Available:

• Conduct a comprehensive literature review on perioperative ketamine use

• Brainstorm and help define outcome metrics (pain scores, mood scales, recovery benchmarks, etc.)

• Assist in designing a perioperative mindfulness intervention

• Assist in drafting preliminary protocols for KAT use in surgical patients with chronic pain and depression

Description:
Neurovella Brain Spa provides innovative therapies to alleviate symptoms of pain, stress, anxiety, depression, PTSD, and other neurological conditions. Neurovella offers therapies such as virtual reality guided meditation, immersive meditation chair experiences, brain wave entrainment, and more!

Neurovella Brain Spa is dedicated to developing and integrating non-invasive, tech-enhanced wellness protocols to support neurological and psychological recovery. The project focuses on optimizing care for perioperative patients and individuals receiving ketamine-assisted therapy (KAT). Neurovella blends neuroscience, mindfulness, and digital therapeutics to create curated healing experiences.

Current research and development efforts include:

• Identifying evidence-based technologies (e.g., neurostimulation, VR/AR, vibroacoustic therapy, biofeedback) for clinical implementation

• Designing structured experiences (pre-, intra-, and post-procedure) to enhance mood, reduce anxiety, and support recovery

• Creating data collection protocols for subjective and objective outcomes (e.g., VAS, PROMIS, EEG, HRV)

• Rapid prototyping and testing of protocol bundles in clinical environments

• Exploring the integration of guided meditation, music therapy, and wearable sensors

Status: Active & Ongoing – Protocol development, literature review, and iterative testing

Roles Available:

• Conduct literature reviews on neurotech and mindfulness tools

• Assist in protocol and experience design for perioperative and KAT patients

• Research tools/devices for integration (e.g., VR platforms, wearables, brainwave interfaces)

• Support implementation of pilot programs and track outcome data

• Help design infographics or educational briefs explaining each protocol