Name: Eurospine2024
Start: 2024-12-05
End: 2024-12-07
Location: Dubai

Conference Information

Welcome Message

2^nd International Conference on Spine Surgery and Spinal Disorders

December 05-06, 2024, Dubai, UAE

"Greetings to all! It’s a pleasure to see so many dedicated professionals gathered here"

We are thrilled to have you join us for the 2^nd International conference on Spine Surgery and Spinal and Disorders to be held in DUBAI, UAE from 05-06 DEC 2024.

The conference aims to advance knowledge, share innovative techniques, and foster collaboration in spine surgery and spinal disorders treatment.

This conference is an excellent opportunity to connect with colleagues, exchange ideas, and deepen our understanding of the challenges and advancements in spinal care. Your participation is vital to fostering collaboration and driving progress in our field.

Participating enhances networking, knowledge of advancements, skill development, collaboration opportunities, and insights into improving patient care in spine surgery’.

Our program includes keynote presentations, panel discussions, and hands-on workshops designed to equip you with the latest knowledge and techniques. We encourage you to ask questions, share insights, and connect with peers who are equally passionate about spine health.

Together, let’s make a difference in the world of spine surgery and spinal health! Join with us!

Warm regards,

Flavia Cyra
Program Manager
Organizing Committee| Eurospine 2024
Email:
Whatsapp: +447389644903

About

2^nd international conference on Spine surgery and spinal disorders . was scheduled on December 05-06,2024 with the theme of "Advancing Spine Care: Innovations for Improved Outcomes". The conference aims to advance knowledge, share innovative techniques, and foster collaboration in spine surgery and spinal disorders treatment.

Spine surgery is a medical intervention designed to address various spinal disorders, which can lead to pain, mobility issues, and nerve problems.

Spine surgery addresses a variety of spinal disorders that can lead to pain, mobility issues, and neurological symptoms. Common conditions include herniated discs, spinal stenosis, spondylolisthesis, and degenerative disc disease, often resulting from injury, aging, or congenital factors. Symptoms typically manifest as chronic back pain, numbness, weakness, or radiating discomfort in the limbs, which can significantly impair daily activities.

When conservative treatments like physical therapy, medications, or injections fail, surgical options become necessary. Procedures vary based on the specific disorder; for instance, discectomy removes herniated disc material pressing on nerves, while laminectomy relieves spinal cord pressure by removing part of a vertebra. Spinal fusion, another common surgery, stabilizes the spine by joining two or more vertebrae using bone grafts or metal implants.

Recent advancements in minimally invasive techniques have improved surgical outcomes, allowing for smaller incisions and quicker recovery times. These methods reduce damage to surrounding tissues, leading to less postoperative pain and a faster return to normal activities. However, spine surgery carries inherent risks, including infection, blood loss, and complications from anesthesia, as well as the possibility of persistent pain or the need for further surgeries.

Recovery typically involves physical therapy to strengthen muscles and restore mobility. Patients must adhere to rehabilitation protocols and gradually increase their activity levels. Open communication with healthcare providers is essential for informed decision-making regarding treatment options. Overall, while spine surgery can provide relief for debilitating conditions, careful consideration of the risks and benefits, along with a focus on prevention and maintenance of spinal health, is vital for long-term success.

Abstract Guidelines

Abstract Submission Guidelines for the Spine surgery and spinal disorders”

Submission Deadline: November 15, 2024

General Requirements

Format: Abstracts should be submitted in [Word/PDF] format.
Length: Abstracts must be between [150-300] words.
Language: All submissions must be in English.

Content Structure

Title: Provide a concise and descriptive title.

Authors: List all authors, including their affiliations and email addresses.
Background: Briefly introduce the topic and its significance.
Methods: Describe the approach or methodology used in the study.
Results: Summarize the main findings or outcomes.
Conclusion: Highlight the implications or significance of the results.

Submission Process:

Submit your abstract via the online portal..
Ensure that all co-authors have reviewed and approved the submission.

Review Process:

All abstracts will undergo a peer-review process.
Notifications of acceptance will be sent by 2-3 days

Presentation Format:

Accepted abstracts may be presented as a poster or oral presentation, as determined by the review committee.

Additional Information:

Please adhere to the guidelines to ensure fair evaluation.
Any abstracts not meeting the criteria may be rejected.

We look forward to your submissions!

Abstract Acceptance Criteria:

When submitting an abstract, please ensure that your submission meets the following criteria:

Relevance to Conference Themes: The abstract must align with the key topics and themes of the conference.
Originality: Submissions should present original research or findings that have not been previously published or presented at other conferences.
Clarity and Structure: The abstract must be well-organized and clearly written, following the required structure (title, authors, background, methods, results, conclusion).
Scientific Rigor: The methodology should be appropriate and clearly described, demonstrating scientific validity.
Significance of Findings: Results should contribute to the existing body of knowledge and have clear implications for practice, policy, or further research.
Length and Format: Abstracts must adhere to the specified word count (e.g., 150-300 words) and formatting guidelines.
Quality of Writing: Submissions should be free of grammatical and spelling errors, using professional language suitable for an academic audience.
Co-author Approval: All listed co-authors must have reviewed and approved the content of the abstract prior to submission.

Review Process:

All abstracts will be evaluated by a panel of experts in the field based on the above criteria.

Deadlines&Venue

Key dates to mark on your calendar for spine surgery and spinal disorders

1^StPhase Abstract Submission Deadline (Extended): October 20,2024
Final Paper Submission Deadline: November 15,2024
1^St Phase Early Bird Registration Deadline: October 15,2024
Notification of Abstract Acceptance/ Rejection: 2-3 days.
Conference Dates: December 05-06, 2024 Dubai,UAE.

Don’t miss the opportunity to join leading experts in the field and enhance your knowledge on the latest advancements in spinal surgery and disorders. To register and find more information, please visit our website: https://eurospine.cmesociety.com

Thank you, and we look forward to your participation!

Venue and Accommodation

Experience added conveniences during your stay at the Euro Spine conference, including complimentary breakfast, free Wi-Fi, and the possibility of early check-in/check-out (subject to room availability).
Choose from single or double occupancy rooms to suit your preference.
For any separate or additional accommodation bookings you require, please reach out to us at Provide us with the necessary details, such as your preferred package or desired number of nights, so that we can efficiently assist you and provide a personalized registration link.
Please note that prompt payment of the applicable fee is necessary to receive the confirmation receipt for your room reservation on your chosen dates.

For more information, visit the Euro Spine 2024 Venue page. If you have any queries regarding accommodation, please contact us at

Sessions

Track 1: Spine surgery

Spine surgery involves surgical interventions to treat disorders of the spine, which may include herniated discs, spinal stenosis, tumors, fractures, and degenerative disc disease. The goal of these surgeries is often to relieve pain, restore function, and stabilize the spine. The procedures can be minimally invasive or open surgery, depending on the condition being treated.

Track 1-1 Decompression Surgery
Track 1-2 Spinal Fusion
Track 1-3 Minimally Invasive Spine Surgery (MISS)
Track 1-4 Surgery for Spinal Tumors
Track 1-5 Surgery for Spinal Fractures

Related Conferences:

Related Associations:

North American Spine Society (NASS) | American Academy of Orthopaedic Surgeons (AAOS) | Scoliosis Research Society (SRS) | International Spine Research Society (ISRS) |Cervical Spine Research Society (CSRS) | American Association of Neurological Surgeons (AANS) |Society for NeuroInterventional Surgery (SNIS) |International Society for the Advancement of Spine Surgery (ISASS) |Asian Spine Society (ASS),

Related Societies:

North American Spine Surgery Association (NASSA)| International Federation of Spine Societies (IFSS)| American Orthopaedic Foot & Ankle Society (AOFAS)| Cervical Spine Research Society (CSRS)| International Spine Research Society (ISRS)| International Society for the Advancement of Spine Surgery (ISASS)| Spine Rehabilitation Society (SRS)

Related Journals:

Track 2: Spinal Trauma Care

Spinal trauma care involves assessment, stabilization, diagnosis, and treatment of spinal injuries The primary goals are to prevent further injury, relieve pain, restore function, and facilitate rehabilitation. Care typically begins in emergency settings and may continue through surgical and rehabilitative interventions.

Track 2-1 Initial Assessment and Stabilization
Track 2-2 Imaging and Diagnosis
Track 2-3 Non-Surgical Management
Track 2-4 Surgical Interventions
Track 2-5 Rehabilitation and Recovery

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 3 : Spine oncology treatment

Spinal oncology treatment encompasses a range of strategies to address tumors in the spine, aiming to alleviate symptoms, prevent complications, and improve quality of life. Treatment options may include surgery, radiation therapy, chemotherapy, and targeted therapies, depending on the tumor type, location, and overall health of the patient.

Track 3-1 Diagnosis and Staging
Track 3-2 Surgical Interventions
Track 3-3 Radiation Therapy
Track 3-4 Chemotherapy
Track 3-5 Targeted Therapies and Immunotherapy

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 4: Modern Spine Surgery

Modern spine surgery aims to address a variety of conditions affecting the spine, including degenerative diseases, trauma, tumors, and deformities. The emphasis is on precision, safety, and effective recovery strategies, often using less invasive methods to reduce pain and promote quicker rehabilitation.

Track 4-1 Minimally Invasive Spine Surgery (MISS)
Track 4-2 Robotic-Assisted Spine Surgery
Track 4-3 Artificial Disc Replacement
Track 4-4 Deformity Correction Surgery
Track 4-5 Spinal Trauma Surgery

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 5: Spine surgery devices and equipment

Spine surgery devices include a variety of surgical instruments, implants, and technologies designed to facilitate spinal procedures. They range from basic tools used in surgical techniques to advanced imaging and robotic systems that enhance accuracy. The goal is to support surgeons in effectively treating spinal disorders, improving patient outcomes, and minimizing recovery times.

Track 5-1 Surgical Instruments
Track 5-2 Imaging Equipment
Track 5-3 Retractors
Track 5-4 Implants and Fixation Devices
Track 5-5 Minimally Invasive Tools

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 6 : Endoscopic spine surgery

Endoscopic spine surgery involves the use of an endoscope—a thin, flexible tube with a camera and light—allowing surgeons to visualize and access the spinal canal and related structures with minimal disruption to surrounding tissues. This approach is particularly effective for conditions like herniated discs, spinal stenosis, and foraminal stenosis.

Track 6-1 Indications and Conditions Treated
Track 6-2 Techniques and Procedures
Track 6-3 Instrumentation and Equipment
Track 6-4 Anesthesia and Patient Preparation
Track 6-5 Benefits of Endoscopic Surgery

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 7: Spinal deformity

Spinal deformity is characterized by abnormal curvature or alignment of the spine, leading to a range of issues from mild discomfort to significant functional limitations. These deformities can develop during childhood, adolescence, or as a result of degenerative diseases. Proper assessment and treatment are crucial for improving quality of life and preventing complications.

Track 7-1 Types of Spinal Deformities
Track 7-2 Etiology and Risk Factors
Track 7-3 Diagnosis
Track 7-4 Non-Surgical Management
Track 7-5 Surgical Interventions

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 8: Spinal disorders in athletes

Spinal disorders in athletes can result from acute injuries, repetitive stress, or underlying congenital issues. Common complaints include back pain, nerve symptoms, and reduced mobility. Given the physical nature of many sports, athletes are particularly susceptible to conditions such as herniated discs, spondylolysis, and spinal stenosis. Effective management often requires a multidisciplinary approach, including medical, physical, and sometimes surgical interventions.

Track 8-1 Common Spinal Disorders
Track 8-2 Causes and Risk Factors
Track 8-3 symptoms and Diagnosis
Track 8-4 Prevention Strategies
Track 8-5 Non-Surgical Management

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 9 : Biomechanics for spine surgery

Biomechanics for spine surgery involves analyzing the mechanical behavior of spinal structures under various loads and movements. This knowledge helps surgeons design better surgical interventions, choose appropriate implants, and develop rehabilitation protocols. Key concepts include the mechanics of the vertebrae, intervertebral discs, and surrounding soft tissues, as well as the impact of surgical techniques on spinal alignment and stability.

Track 9-1 Spinal Anatomy and Function
Track 9-2 Mechanical Properties of Spinal Tissues
Track 9-3 Forces Acting on the Spine
Track 9-4 Surgical Techniques and Their Biomechanical Implications
Track 9-5 Patient-Specific Biomechanics

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 10 : Thoracolumbar surgery

Thoracolumbar surgery encompasses a range of surgical procedures aimed at correcting or alleviating spinal disorders affecting the thoracic (upper back) and lumbar (lower back) regions. This type of surgery can involve decompression, stabilization, fusion, or correction of deformities. The goal is to relieve pain, restore function, and improve the quality of life for patients

Track 10-1 Indications for Surgery
Track 10-2 Surgical Techniques
Track 10-3 Instrumentation and Implants
Track 10-4 Preoperative Assessment
Track 10-5 Postoperative Care

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 11 : Cervical surgery

Cervical surgery encompasses a variety of surgical procedures designed to treat conditions affecting the cervical spine, including herniated discs, spinal stenosis, trauma, and degenerative diseases. These procedures can involve decompression of the spinal cord or nerves, stabilization of the cervical spine, or correction of deformities.

Track 11-1 Indications for Surgery
Track 11-2 Surgical Techniques
Track 11-3 Instrumentation and Implants
Track 11-4 Preoperative Assessment
Track 11-5 Emerging Techniques and Innovations

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 12 : Pediatric spine surgery

Pediatric spine surgery involves a variety of surgical interventions tailored to address spinal disorders in children. The goal is to correct deformities, alleviate pain, restore function, and support healthy growth and development. Due to the growing nature of children's bodies, surgeons must consider factors such as skeletal maturity, growth potential, and the psychological impacts of surgery.

Track 12-1 Common Conditions Treated
Track 12-2 Preoperative Assessment
Track 12-3 Surgical Techniques
Track 12-4 Instrumentation and Implants
Track 12-5 Long-Term Monitoring and Outcomes

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 13 : Orthopedic surgery

Orthopedic surgery encompasses a variety of procedures aimed at correcting musculoskeletal disorders. This field addresses injuries from trauma, degenerative diseases, congenital conditions, and sports-related injuries. The goal of orthopedic surgery is to restore function, relieve pain, and improve the quality of life for patients.

Track 13-1 Common Conditions Treated
Track 13-2 Surgical Techniques
Track 13-3 Instrumentation and Implants
Track 13-4 Non-Surgical Management
Track 13-5 Preoperative Assessment

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 14 : Osteoporosis and osteoarthritis

Osteoporosis is a metabolic bone disease characterized by reduced bone density and deterioration of bone tissue, leading to an increased risk of fractures. It often develops silently over many years, with symptoms typically emerging only after a fracture occurs.

Track 14-1 Pathophysiology
Track 14-2 Risk Factors
Track 14-3 Diagnosis
Track 14-4 Management and Treatment
Track 14-5 Complications

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 15 : Neurological complications in spine surgery

Neurological complications can range from temporary nerve dysfunction to permanent neurological deficits. Understanding these complications is critical for both preventing them and managing their consequences if they occur. Factors contributing to these complications can include the complexity of the surgery, pre-existing conditions, surgical technique, and the use of instrumentation.

Track 15-1 Types of Neurological Complications
Track 15-2 Causes and Risk Factors
Track 15-3 Diagnosis
Track 15-4 Long-term Outcomes
Track 15-5 Research and Innovations

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 16 : Injections and interventions of spine

Spinal injections involve delivering medications directly into the spinal structures or surrounding tissues to manage pain and inflammation. Commonly used substances include corticosteroids, anesthetics, and biologics. These interventions can provide temporary relief and help guide further treatment options, including surgery if necessary.

Track 16-1 Types of Injections
Track 16-2 Indications for Injections
Track 16-3 Indications for Injections
Track 16-4 Pharmacological Agents Used
Track 16-5 Risks and Complications

Related Conferences:

Related Associations:

Related Societies:

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TRACK 17 : Case reports of spine surgery

Case reports document the clinical presentation, diagnostic process, surgical intervention, and postoperative outcomes of individual patients undergoing spine surgery. These reports can provide information on rare conditions, innovative techniques, or unexpected complications, contributing to the broader understanding of spine surgery practices and patient management.

Track 17-1 Presentation of Cases
Track 17-2 Diagnostic Evaluation
Track 17-3 Surgical Techniques
Track 17-4 Postoperative Management
Track 17-5 Outcomes

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 18 : Epidemiology in spine injury

Epidemiology of spine injury examines various factors that influence the occurrence and outcomes of spinal injuries, including demographics, risk factors, and injury mechanisms. By analyzing data from different populations, researchers can identify trends, high-risk groups, and effective interventions to reduce the incidence and severity of these injuries.

Track 18-1 Incidence and Prevalence
Track 18-2 Demographic Factors
Track 18-3 Mechanisms of Injury
Track 18-4 Risk Factors
Track 18-5 Outcomes and Prognosis

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 19 : Diagnostics and imaging of spine

The diagnostic process for spine disorders typically involves a thorough clinical evaluation, including a patient's medical history and physical examination, followed by imaging studies. These studies help visualize the anatomy of the spine, assess any abnormalities, and guide treatment decisions. Different imaging techniques have varying roles, advantages, and limitations in diagnosing spinal conditions

Track 19-1 Clinical Evaluation
Track 19-2 Imaging Modalities
Track 19-3 Advanced Imaging Techniques
Track 19-4 Diagnostic Procedures
Track 19-5 Interpretation of Imaging Results

Related Conferences:

Related Associations:

Related Societies:

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TRACK 20 : Neuroprosthetics for Spinal Cord Injury

Neuroprosthetics are advanced biomedical devices that interact with the nervous system to restore or enhance function lost due to injury or disease. In the context of spinal cord injury, these devices can help patients regain voluntary movement, manage pain, and improve their overall independence. Neuroprosthetic approaches can be categorized into implanted devices that directly stimulate nerves or the spinal cord and external devices that assist with mobility.

Track 20-1 Types of Neuroprosthetic Devices
Track 20-2 Mechanisms of Action
Track 20-3 Clinical Applications
Track 20-4 Challenges and Limitations
Track 20-5 Advancements in Technology

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 21: Robotics and Ai in spine surgery

Robotic systems and AI applications in spine surgery aim to assist surgeons in various phases of the surgical process, from planning and navigation to execution and postoperative care. Robotics can provide enhanced visualization and dexterity, while AI can analyze data to optimize surgical strategies, predict outcomes, and facilitate personalized patient care.

Track 21-1 Robotic Systems in Spine Surgery
Track 21-2 AI Applications
Track 21-3 Clinical Outcomes
Track 21-4 Training and Education
Track 21-5 Ethical Considerations

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 22: Nursing and wound care for spine surgery

Nursing care for spine surgery patients encompasses preoperative preparation, intraoperative support, and comprehensive postoperative management. Wound care focuses on maintaining surgical site integrity, preventing infections, and promoting healing. Nurses are essential in monitoring patient recovery, educating patients, and coordinating care across multidisciplinary teams.

Track 22-1 Preoperative Nursing Care
Track 22-2 Intraoperative Nursing Role
Track 22-3 Postoperative Nursing Care
Track 22-4 Wound Care Management
Track 22-5 Pain Management

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 23 : Regenerative medicine and tissue engineering in spine surgery

Regenerative medicine in spine surgery involves the application of biological therapies and tissue engineering techniques to promote spinal healing and regeneration. This can include the use of stem cells, growth factors, scaffolds, and biomaterials to repair spinal discs, nerves, and vertebral structures. These innovative strategies are being developed to address conditions such as disc degeneration, spinal cord injuries, and other musculoskeletal disorders.

Track 23-1 Stem Cell Therapy
Track 23-2 Growth Factors and Cytokines
Track 23-3 Tissue Engineering Approaches
Track 23-4 Intervertebral Disc Regeneration
Track 23-5 Spinal Cord Repair

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 24: Biomaterials for spinal implants

Biomaterials in spinal surgery are engineered to mimic the properties of natural tissues, providing mechanical support and facilitating biological integration with the host tissue. These materials can be used in various applications, including intervertebral disc replacements, spinal fusion devices, and vertebral body replacement implants. The development of biomaterials focuses on achieving optimal biocompatibility, mechanical strength, and functionality.

Track 24-1 Types of Biomaterials
Track 24-2 Mechanical Properties
Track 24-3 Biocompatibility and Bioactivity
Track 24-4 Surface Modifications
Track 24-5 Infection Prevention

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 25 : Pain management in spinal disorders

Pain management for spinal disorders involves a multidisciplinary approach that combines pharmacological treatments, physical therapy, psychological support, and interventional techniques. The goal is to alleviate pain, restore function, and improve the patient’s quality of life. Understanding the underlying causes of pain, including mechanical, inflammatory, and neuropathic factors, is essential for developing effective management strategies.

Track 25-1 Assessment of Pain
Track 25-2 Pharmacological Treatments
Track 25-3 Physical Therapy and Rehabilitation
Track 25-4 Interventional Pain Management
Track 25-5 Psychosocial Approaches

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

TRACK 26 : Psychological impact of spinal disorders

Spinal disorders often lead to chronic pain, disability, and limitations in daily activities, which can contribute to various psychological issues such as anxiety, depression, and social withdrawal. The interplay between physical health and psychological well-being is critical, as mental health can influence pain perception, coping strategies, and rehabilitation outcomes. Therefore, comprehensive management of spinal disorders should include psychological assessment and intervention.

Track 26-1 Emotional Responses to Spinal Disorders
Track 26-2 Coping Mechanisms
Track 26-3 Impact on Quality of Life
Track 26-4 Psychosocial Assessment Tools
Track 26-5 Psychological Interventions

Related Conferences:

Related Associations:

Related Societies:

Related Journals:

Market analysis

Emerging Technologies:

Bioprinting and Biomaterials: Researchers are investigating the use of 3D printing technology to produce implants that are more precisely tailored to the unique anatomy of each patient. In order to enhance implant integration with the spine and encourage bone formation, biocompatible materials are being developed.
Telehealth and Remote Monitoring: For patients who live in remote locations or have limited mobility, telehealth consultations and remote monitoring tools can enhance their access to care.
Augmented reality (AR) and virtual reality (VR): can help surgeons do minimally invasive treatments by offering real-time anatomical overlays. VR can be utilized for patient education and pain management.

Personalized and Preventive Care:

Genetic Testing: By identifying those who are more likely to develop specific spine disorders, genetic testing enables early intervention and prevention measures.
Wearable Technology with AI-powered Analysis: Wearable technology can monitor activity levels, posture, and pain patterns. AI can then use this data to evaluate the data and develop individualized treatment programs to help patients avoid injuries.
Emphasis on Mental Health: There is growing recognition of the connection between mental health and chronic pain. Integrated spine care programs that treat the psychological as well as the physical aspects of pain may become more prevalent in the market.

Diversification of the Market:

Options for Non-Surgical Treatment: Advanced physical therapy techniques, stem cell treatments, and spinal injections are examples of non-surgical therapeutic approaches that are gaining popularity.
Wellness and Ergonomics: There's a good chance that the market for posture-correcting equipment, ergonomic furniture, and workplace wellness initiatives that target back pain will grow.

Market Segmentation:

Product Segmentation: Spinal navigation systems, fusion and non-fusion spinal implants, etc.

Procedures: Spinal fusion, minimally invasive spine surgery, etc.

End-users: clinics for physical therapy, ambulatory surgery facilities, etc.

Regional Analysis:

Because of its favorable reimbursement policies and high level of healthcare awareness, North America now has the biggest market share.

The Asia Pacific region is anticipated to experience notable expansion as a result of an aging population and increasing disposable income.

Trends in the Market:

To cut down on hospital stays and recuperation times, move toward minimally invasive and outpatient operations.

growing use of non-fusion technologies designed to maintain spinal motion.

An increasing number of people are focusing on rehabilitation and preventative treatment to address persistent back pain.

Difficulties: Exorbitant medical expenses, especially with sophisticated surgeries and implants.

Insurance companies' limitations on reimbursement.

The spine surgery and spinal disorders market is experiencing significant growth, driven by an aging population, rising prevalence of spinal conditions, and advancements in surgical technologies such as minimally invasive techniques and robotics. Valued at several billion dollars, the market is projected to grow at a CAGR of 5-7% over the next few years. Key players like Medtronic and Stryker dominate the landscape, while emerging companies focus on innovative treatments. Despite challenges such as high costs and regulatory hurdles, increasing awareness of spinal health and the demand for effective treatments create robust opportunities for growth across both surgical and non-surgical segments.

Group Registration

Special Group Registration Offer for the 2^nd International conference and Spine Surgery and Spinal Disorders 2024!

Gather your colleagues and take advantage of our exclusive group registration offer for the 2^nd International conference and Spine Surgery and Spinal Disorders in Dubai, UAE, on November 05-06, 2024.

Special Offer Details:

Discount: Enjoy a fantastic 25% discount on the total registration fee.
Group Size: A minimum of 5 members is required to qualify.
Validity: This offer is valid until November 23, 2024.

This is a unique opportunity to save on registration costs while attending a premier event that promises to shape the future of mental health. Don’t miss out on this limited-time offer!

For more details and to register, please visit the Spine Surgery and Spinal Disorders Conferences 2024 Official Website.

To register your group or for further information, contact us at mentalhealth@pulsusforums.com or WhatsApp us at +447389644903.

Join us in Dubai as we explore groundbreaking innovations and advancements in mental health. Secure your group's participation today and be part of this transformative congress!

Visa support

Although acquiring a visa is ultimately the responsibility of the appropriate government channels in your home country, we at the conference recognize the value of supporting your academic or educational endeavors. In the form of necessary papers, we can provide helpful support to expedite your visa application procedure.You are eligible to apply for a full visa support package if you register for the conference as a speaker or delegate.This bundle will consist of

Official invitation Letter: This official document, which details the event's goals, schedule, and venue, validates your attendance at the conference. It acts as official documentation of your planned itinerary and participation in the scholarly or instructional forum.
Visa support letter: This letter focuses just on your visa application. It goes into more detail about the importance of your attendance at the conference, possibly emphasizing any presentations or workshops you might be attending. This bolsters your visit's credibility and educational value.
Receipt for Payment Confirmation: This confirmation provides hard proof of your attendance commitment at the conference and validates your registration and any related fees.

To receive your personalized visa support package, simply register as a speaker or delegate and send your passport number to our dedicated email addresses:spinepulsusdiscussion@gmail.com

Contact

For any help in participating the EurospIne 2024
Gently, contact Program Manager, Flavia Cyra via
Email: spinepulsusdiscussion@gmail.com
WhatsApp: +44-7389644903
(Kindly mention your name as well as the conference name while contacting us)
Alternate Email: spinepulsusgathering@gmail.com

2nd International Conference on
Spine Surgery and Spinal Disorders

Quick Links

Theme: Advancing Spine Care: Innovations for Improved Outcomes

Conference Information

Welcome Message

2^nd International Conference on Spine Surgery and Spinal Disorders

December 05-06, 2024, Dubai, UAE

About

Abstract Guidelines

Abstract Submission Guidelines for the Spine surgery and spinal disorders”

Deadlines&Venue

Key dates to mark on your calendar for spine surgery and spinal disorders

Sessions

Market analysis

Group Registration

Visa support

Contact

Quick Links

Theme: Advancing Spine Care: Innovations for Improved Outcomes

Conference Information

Welcome Message

2nd International Conference on Spine Surgery and Spinal Disorders

December 05-06, 2024, Dubai, UAE

About

Abstract Guidelines

Abstract Submission Guidelines for the Spine surgery and spinal disorders”

Deadlines&Venue

Key dates to mark on your calendar for spine surgery and spinal disorders

Sessions

Market analysis

Group Registration

Visa support

Contact

2^nd International Conference on Spine Surgery and Spinal Disorders