Skip to content
  • About
  • Contact
  • Contribute
  • Book
  • Careers
  • Podcast
  • Recommended
  • Speaking
  • All
  • Physician
  • Practice
  • Policy
  • Finance
  • Conditions
  • .edu
  • Patient
  • Meds
  • Tech
  • Social
  • Video
    • All
    • Physician
    • Practice
    • Policy
    • Finance
    • Conditions
    • .edu
    • Patient
    • Meds
    • Tech
    • Social
    • Video
    • About
    • Contact
    • Contribute
    • Book
    • Careers
    • Podcast
    • Recommended
    • Speaking

Spinal revolution: Navigating a digital future in surgical precision

Steven D. Glassman, MD
Conditions
August 21, 2024
Share
Tweet
Share

With an expected 80 percent increase in demand for spinal surgery by 2060, particularly among older patients, the need for advanced technology driving personalized treatment is clear. Achieving optimal spine outcomes while deriving critical data that facilitates continuous improvement is limited in the current state by operating room technology narrowly focused on optimizing safe screw placement. While this is a valuable capability, integrating more advanced surgical navigation and artificial intelligence should help address the complexities of spinal care while also serving as a tool capable of collecting data and providing real-time insights.

Challenges in achieving outcomes associated with optimal alignment

Achieving the ideal alignment in spinal surgery is influenced by numerous variables, including hip flexibility, soft tissue stiffness, and balance considerations related to neuropathy, myelopathy, and aging. The equation for achieving correct alignment is intricately tied to individual characteristics, emphasizing the need for a nuanced approach. Current surgical navigation systems have their limitations—registration of anatomy and imaging are linked to a singular event and aren’t representative of how a spine will move in a three-dimensional world. These systems often fall short in providing the real-time data necessary for adjusting surgical plans on the fly.

Limitations of current intraoperative techniques

Intraoperative alignment techniques that provide feedback during surgery rely on 2D multiplanar acquisitions via fluoroscopy, a single intraoperative CT, or synthesized fluoroscopic imaging. Despite their contributions to acquiring intraoperative information, these methods may be time-consuming, costly, and disruptive to the operative workflow. They also expose both the patient and surgical team to additional ionizing radiation, with potential short- and long-term adverse health effects. The lack of continuous data capture during these procedures limits the ability to make informed, real-time decisions that could improve patient outcomes without disruption.

Digitized operating rooms

In the near future, we will benefit from a fully digitized operating room where advanced technologies provide a digital twin of the human anatomy. This will give surgeons a detailed visualization of tissues and bones, allowing for a more comprehensive understanding of the interplay between anatomical factors and enabling the continuous collection of critical data throughout the procedure. This ensures a more precise and personalized execution of the surgical plan, adapting to the patient’s unique physiological responses in real time.

We know that achieving an optimal balance extends beyond mere spinal alignment. Patient factors, including core strength, bone quality, and soft tissue condition, come into play to the extent that a minor misalignment may be inconsequential if the patient’s musculature is well-conditioned. Digital twin modeling allows us to visualize these contributing factors with high-quality, real-time imaging and to derive detailed data on how these factors might influence surgical outcomes. This allows us to anticipate how a patient’s unique physique, muscle capacity, and condition might respond to alignment changes.

Consider a scenario where a patient with painful lumbar scoliosis has significant core muscle atrophy. Simply shifting them to a new alignment without addressing these factors could risk failure. Should we precondition the patient through targeted physical therapy to strengthen specific muscle groups before making a radical alignment change? By modeling in advance and deriving data on the patient’s muscle condition and potential response to surgery, we can identify necessary interventions. This ensures that the pre-operative plan not only reflects comprehensive considerations but is also tailored to the patient’s unique physiology for the best possible surgical outcome.

Real-time adaptation and execution

A surgeon’s pre-operative plan is necessary, but tissue and bone visualization tools can help refine and adapt the approach in real time, ensuring a more precise and personalized execution. This transition from a conceptual framework to an informative, data-driven intraoperative approach marks a significant advancement in optimizing both pre-operative planning and post-operative data, opening a new realm of understanding for spinal surgery outcomes.

Enhancing data quality and depth

Enhancing the quality and depth of the data we can collect from surgery is imperative for a more comprehensive understanding of patient outcomes and the fortification of the American Spinal Registry. This registry collects procedural data, post-operative data, and patient-reported outcome measurements. It relies on voluntary participation and manual data entry, often capturing outcomes subjectively.

The integration of advanced navigation and imaging technologies, such as light field with real-time data capture, will supplement the subjective data with new, objective data to increase the overall understanding of a patient’s unique post-operative situation and outcome. This stands to elevate the quality of information to provide a data-driven and measurable account of surgical procedures while also populating data to inform future preoperative planning and patient outcomes.

ADVERTISEMENT

Objective patient outcomes

Patient-reported outcomes are the primary metric for gauging the success of spinal interventions. However, this approach is subjective and makes it challenging to identify trends over time. As we operate in a digitized operating room, integrating sensor technologies and patient wearables will become necessary. This shift will allow us to capture the full picture of the digitized procedure, along with quantifiable, objective patient outcomes. This provides a comprehensive evaluation of the long-term efficacy of spinal procedures and allows us to collect more detailed and objective data, ultimately contributing to enhanced patient care.

A new era in patient care

In navigating the path to a digitized operating room, we can expect to gain a deeper understanding of the patient condition. By capturing objective patient outcomes and refining the entire spectrum of pre-, intra-, and post-operative data, the future of health care is being reshaped within an increasingly digitized world. The integration of real-time imaging and cutting-edge tissue visualization technologies is set to revolutionize the operating room and reshape our approach to patient care.

Steven D. Glassman is an orthopedic surgeon.

Prev

From marathoner to heart health advocate [PODCAST]

August 20, 2024 Kevin 0
…
Next

The practice of delayed gratification in medical training: a double-edged sword

August 21, 2024 Kevin 0
…

Tagged as: Surgery

Post navigation

< Previous Post
From marathoner to heart health advocate [PODCAST]
Next Post >
The practice of delayed gratification in medical training: a double-edged sword

ADVERTISEMENT

ADVERTISEMENT

ADVERTISEMENT

Related Posts

  • From penicillin to digital health: the impact of social media on medicine

    Homer Moutran, MD, MBA, Caline El-Khoury, PhD, and Danielle Wilson
  • Navigating mental health challenges in medical education

    Carter Do
  • Start with the students: Addressing the future of physician suicide

    Anonymous
  • To treat future COVID variants, we need more than vaccines

    Ian Chan, MBA
  • The Black feminist revolution medicine needs

    Micaela Stevenson
  • Patient bias may endanger both physicians of today and the future

    Olamide Omidele

More in Conditions

  • Measles is back: Why vaccination is more vital than ever

    American College of Physicians
  • Hope is the lifeline: a deeper look into transplant care

    Judith Eguzoikpe, MD, MPH
  • From hospital bed to harsh truths: a writer’s unexpected journey

    Raymond Abbott
  • Bird flu’s deadly return: Are we flying blind into the next pandemic?

    Tista S. Ghosh, MD, MPH
  • “The medical board doesn’t know I exist. That’s the point.”

    Jenny Shields, PhD
  • When moisturizers trigger airport bomb alarms

    Eva M. Shelton, MD and Janmesh Patel
  • Most Popular

  • Past Week

    • The silent toll of ICE raids on U.S. patient care

      Carlin Lockwood | Policy
    • Why recovery after illness demands dignity, not suspicion

      Trisza Leann Ray, DO | Physician
    • Addressing the physician shortage: How AI can help, not replace

      Amelia Mercado | Tech
    • Bureaucracy over care: How the U.S. health care system lost its way

      Kayvan Haddadan, MD | Physician
    • Why does rifaximin cost 95 percent more in the U.S. than in Asia?

      Jai Kumar, MD, Brian Nohomovich, DO, PhD and Leonid Shamban, DO | Meds
    • Why medical students are trading empathy for publications

      Vijay Rajput, MD | Education
  • Past 6 Months

    • What’s driving medical students away from primary care?

      ​​Vineeth Amba, MPH, Archita Goyal, and Wayne Altman, MD | Education
    • Residency as rehearsal: the new pediatric hospitalist fellowship requirement scam

      Anonymous | Physician
    • The broken health care system doesn’t have to break you

      Jessie Mahoney, MD | Physician
    • Make cognitive testing as routine as a blood pressure check

      Joshua Baker and James Jackson, PsyD | Conditions
    • A faster path to becoming a doctor is possible—here’s how

      Ankit Jain | Education
    • The hidden bias in how we treat chronic pain

      Richard A. Lawhern, PhD | Meds
  • Recent Posts

    • Why young doctors in South Korea feel broken before they even begin

      Anonymous | Education
    • Measles is back: Why vaccination is more vital than ever

      American College of Physicians | Conditions
    • When errors of nature are treated as medical negligence

      Howard Smith, MD | Physician
    • Physician job change: Navigating your 457 plan and avoiding tax traps [PODCAST]

      The Podcast by KevinMD | Podcast
    • The hidden chains holding doctors back

      Neil Baum, MD | Physician
    • Hope is the lifeline: a deeper look into transplant care

      Judith Eguzoikpe, MD, MPH | Conditions

Subscribe to KevinMD and never miss a story!

Get free updates delivered free to your inbox.


Find jobs at
Careers by KevinMD.com

Search thousands of physician, PA, NP, and CRNA jobs now.

Learn more

Leave a Comment

Founded in 2004 by Kevin Pho, MD, KevinMD.com is the web’s leading platform where physicians, advanced practitioners, nurses, medical students, and patients share their insight and tell their stories.

Social

  • Like on Facebook
  • Follow on Twitter
  • Connect on Linkedin
  • Subscribe on Youtube
  • Instagram

ADVERTISEMENT

ADVERTISEMENT

ADVERTISEMENT

ADVERTISEMENT

  • Most Popular

  • Past Week

    • The silent toll of ICE raids on U.S. patient care

      Carlin Lockwood | Policy
    • Why recovery after illness demands dignity, not suspicion

      Trisza Leann Ray, DO | Physician
    • Addressing the physician shortage: How AI can help, not replace

      Amelia Mercado | Tech
    • Bureaucracy over care: How the U.S. health care system lost its way

      Kayvan Haddadan, MD | Physician
    • Why does rifaximin cost 95 percent more in the U.S. than in Asia?

      Jai Kumar, MD, Brian Nohomovich, DO, PhD and Leonid Shamban, DO | Meds
    • Why medical students are trading empathy for publications

      Vijay Rajput, MD | Education
  • Past 6 Months

    • What’s driving medical students away from primary care?

      ​​Vineeth Amba, MPH, Archita Goyal, and Wayne Altman, MD | Education
    • Residency as rehearsal: the new pediatric hospitalist fellowship requirement scam

      Anonymous | Physician
    • The broken health care system doesn’t have to break you

      Jessie Mahoney, MD | Physician
    • Make cognitive testing as routine as a blood pressure check

      Joshua Baker and James Jackson, PsyD | Conditions
    • A faster path to becoming a doctor is possible—here’s how

      Ankit Jain | Education
    • The hidden bias in how we treat chronic pain

      Richard A. Lawhern, PhD | Meds
  • Recent Posts

    • Why young doctors in South Korea feel broken before they even begin

      Anonymous | Education
    • Measles is back: Why vaccination is more vital than ever

      American College of Physicians | Conditions
    • When errors of nature are treated as medical negligence

      Howard Smith, MD | Physician
    • Physician job change: Navigating your 457 plan and avoiding tax traps [PODCAST]

      The Podcast by KevinMD | Podcast
    • The hidden chains holding doctors back

      Neil Baum, MD | Physician
    • Hope is the lifeline: a deeper look into transplant care

      Judith Eguzoikpe, MD, MPH | Conditions

MedPage Today Professional

An Everyday Health Property Medpage Today
  • Terms of Use | Disclaimer
  • Privacy Policy
  • DMCA Policy
All Content © KevinMD, LLC
Site by Outthink Group

Leave a Comment

Comments are moderated before they are published. Please read the comment policy.

Loading Comments...