International Conference on AI, Robotics, and Innovations in ENT

Theme: Transforming ENT Care: The Future of AI, Robotics, and Innovations

DATE

June 2-3, 2025

Venue

Tokyo, Japan

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Know More About Robotics ENT Conference

It is a great honor to invite you to the International Robotics ENT Conference: AI and Innovations, which will take place on June 2-3, 2025, in Tokyo, Japan. 

You would not want to miss the opportunity to meet professionals, share your view, and be updated with the latest thinking .This prestigious event will unite leading experts, researchers, and practitioners from all over the world, enabling the sharing of recent developments and innovations in otorhinolaryngology and ENT surgery under a single banner, “Innovative Approaches in Otolaryngology: Bridging Science and Practice.

Robotics ENT Conference

Scientific Sessions

Below are the scientific sessions of the conference

It will review the use of artificial intelligence in diagnosis, treatment, and management of chronic sinusitis. Chronic sinusitis is among the common and yet complex diseases, whose management is done by implementing custom action plans.

AI technologies are continuously being improved to deliver more refined diagnoses through the analysis of subtle anatomical variations and patterns of inflammation that are not easily detectable by the naked eye from CT and MRI scans. This session will discuss how AI-powered algorithms provide more accurate diagnostic tools to clinicians for the prediction of treatment outcomes and personalized treatment plans. They will be taken through how AI is able to analyze large data related to patient history, symptom patterns, and environmental factors for the best course of treatment, either medical or surgical.

Other presentations will cover post-surgical recovery and long-term management using AI in sinusitis, where it assists in monitoring recurrence rates and responses of patients to various therapies. Case studies will be discussed, showing the implementation of AI tools in the clinical setting, improving outcomes for the patients by reducing unnecessary sinus surgeries and personalizing the treatment more effectively. This session updates the ENT specialist with the most recent knowledge about AI applications facilitating and expediting decision-making in the management of chronic sinusitis.

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This global AI in the otolaryngology session promises to be an interesting review of how AI has shaped the practices of otolaryngology across the world. It is increasingly evident that AI will revolutionize health care, with its gradual establishment in otolaryngology to improve diagnosis, treatment planning, and patient management. The global mainstreaming of emerging AI technologies for diagnosis related to cancers of the head and neck, hearing loss, and sinus diseases will be outlined in this session.

Participants will delve deeper into how various healthcare systems are integrating AI into clinical workflows while helping bridge critical gaps in access to specialist care. AI-powered telemedicine platforms, in concert with diagnostics from a distance, are enabling more accurate and timely care for patients around the globe. Other topics will include ethical and regulatory challenges to using AI globally, such as sharing data, standardizing AI tools, and detecting and overcoming potential biases in AI algorithms themselves. Case studies from leading international otolaryngology centers will outline successful AI implementations and provide insight into how AI is transforming care delivery and improving patient outcomes around the world.

The goal of ENT is to emphasize brilliant views on the management of regenerative therapeutics for disorders of the ears, nose, and throat. In addition, a series of biologic therapies, including stem cell therapy, tissue engineering, and gene therapy devised under regenerative medicine, have been designed to repair, replace, or regenerate tissues and organs that are incapacitated.

The discussion in this session will involve the translational potential of these new therapies into diseases and conditions like hearing loss, damaged vocal cords, and traumas to the nasal tissue. The attendees will learn about state-of-the-art therapies involving the use of stem cells in the replacement of the cochlea’s injured inner hair cells, and thus bring hope to those who have sensorineural hearing loss. Discussions will also touch on new bioengineered scaffolds and growth factors that can restore function in vocal cord regeneration for voice disorders. It also will address difficulties in bringing such translations from the lab into the clinic, including safety, efficacy, and regulatory concerns.

Case studies will outline early clinical successes that have occurred within regenerative medicine, highlighting how these therapies might represent a completely new paradigm in the treatment of ENT conditions and improve long-term patient outcomes.

The session, Robotics in ENT Surgery, will highlight the broadened role of robotics in performing complex otolaryngology surgeries. Robotics in ENT surgery are changing the way surgery is performed by offering more precision, more control, and less invasion for an improved patient outcome with reduced recovery time. This session will include a variety of robotic applications-from TORS for head and neck cancers to robotic-assisted thyroidectomy and sinus surgery.

Surgeons will discuss the advantages of robotics in the navigation of small and complex anatomic spaces, with the least possible risk of complications and damage to critical structures like nerves and blood vessels. In the same way, the session will address the learning curve associated with robotic surgery and the importance of specialized training to ensure optimal outcomes.

Participants will appreciate current robotic systems under development; those with AI and machine learning to enhance precision in surgery. Cases will be discussed showing successful robotic surgeries in ENT-a gallery of assimilation of these technologies into a clinical practice.

A session to introduce the audience to how artificial intelligence is reshaping the care of children with disorders of the ears, nose, and throat. Pediatric otolaryngology has to deal with a host of challenges as the young patients have to go through various developmental phases, hence need specialized modes of diagnosis and treatment.

AI will be the new emerging tool that will assist in early detection, including congenital hearing loss, disorders of airways, and chronic ear infections. The session will discuss how AI-enabled technologies analyze patterns of development, genetics data, and clinical history for early and proper diagnosis. Also, AI applications support the development of personalized treatment plans that can predict which children may benefit from surgical interventions and which ones can be managed with lesser invasive therapies.

In addition, the audiences will learn the role of AI in follow-up care for pediatric patients in the long run using predictive algorithms that raise red flags regarding potential complications and permit optimization of follow-up care. Ethical discussions will also be involved in the application of AI in the pediatric setting, including data privacy and parental consent. Case studies will highlight the real-life scenarios in which AI has sufficiently improved diagnostic and therapeutic outcomes in pediatric otolaryngology, and give some insight into that advanced technology.

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Neuro-Robotics in Otolaryngology: The session will be discussing various new approaches in integrating robotics and neuroscience into ENT surgery. Neuro-robotics, where robotics combines with neural engineering, encompasses a very new frontier in frontiers of ENT surgeries, particularly cranial nerves and other complex anatomical systems of the head and neck area. This session will discuss recent progress in robotic-assisted surgeries for vestibular schwannomas, repair of facial nerves, and cochlear implants. In this presentation, attendees will understand that neuro-robotic systems equipped with AI and state-of-the-art sensors allow surgeons to perform sensitive surgery with unparalleled accuracy and least damage to the tissues surrounding the affected area, thus optimizing patient outcomes.

It will describe how real-time neural feedback and AI-driven guidance systems are pushing the boundaries in improving surgical accuracy and reducing intraoperative risks. Besides their surgical applications, neuro-robotics will also try to restore patients’ functionality by stimulating nerves in rehabilitation scenarios. Case studies will identify successful neuro-robotic procedures and provide insight into how these advanced technologies are revolutionizing complex ENT surgeries and opening up a pathway for future innovations in the field.

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The session will discuss the latest on robotic technologies used in the surgical management of sinus diseases. Robotics has transformed many arenas in surgery, and its application in sinus procedures is becoming increasingly wide due to its precision and capability of navigating complex anatomy. The next session will explain in detail the application of robotic systems for endoscopic sinus surgery in cases of chronic sinusitis, nasal polyps, and sinus tumors.

The presentation outlines how robotic-assisted instrumentation could enhance the visual acuity, precision, and control of surgeons during surgery, thus allowing surgeons to operate at sites unreachable within the sinus cavity with least tissue damage.

The session also looks into robotics’ role in the minimalization of surgical complications and enhancement of patient recovery time. Case studies would be presented to show how procedures of robotic sinus successfully enter into the clinical practice; this, in turn, allows attendees to take home real practical insights into benefits and challenges while implementing robotics in sinus surgeries. Discussions will also consider the learning curve required with robotic systems and the need for specialized training among surgeons.

The session on the Role of AI in ENT will be discussing the all-encompassing impact Artificial Intelligence has on all aspects of otolaryngology. AI enhancements in ENT involve the enhancement of diagnosis, treatment planning, surgical precision in managing patients. It would also touch upon how AI-driven algorithms increasingly create added value in diagnosis for various life conditions, such as cancers of the head and neck region, chronic sinusitis, and disorders of hearing, by analyzing imaging, genetic, and clinical data.

The participants will be further exposed to how AI is making progress in the field of personalization of treatment plans, prediction regarding the outcome of patients, and smoothing of post-surgery care. It will further accentuate the embedding of AI in robotic systems, telemedicine platforms, and decision-support applications that help improve clinical workflows and enhance patient outcomes. On the other hand, ethical consideration in the use of AI concerns ensuring data security, diminishing biases within the developed algorithms of AI, and preserving the relationship between the physician and the patient.

Case studies will provide instances of the application of AI in the clinical setting and thereby illustrate how AI is changing the face of ENT by increasing efficiency, accuracy, and patient care.

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View All Scientific Session

Our Key Note Speaker

Dr. Ibrahim Mahmoud Gehad Kafrelsheikh University, Egypt

Dr. Ibrahim Mahmoud Gehad

Kafrelsheikh University, Egypt

Why to Attend?

Attending a Robotics ENT Conference provides numerous benefits for medical professionals who specialize in Otolaryngology. Here are some reasons for joining the Conference.

    • Catch the Latest Trends and Research
    • Earn Continuing Education Credits
    • Network with Colleagues and Experts
    • Investigate New Technologies and Products

Overall, a Robotics ENT Conference provides the opportunity to stay updated in your field, socialize with other colleagues, and learn something new, thereby improving your practice and increasing patient care.

Targeted Audience

  • Otolaryngologists/ENT Surgeons
  • Audiologists
  • Speech and Language Therapists
  • Nurses and Nurse Practitioners
  • Researchers
  • Medical Students
  • Health organizations
  • Pharmaceutical companies and industries
  • Medical devises Manufacturing Companies
  • Drug Manufacturing Companies
  • Otorhinolaryngology Societies
  • Young Researchers
  • Students & Delegates
  • Entrepreneurs
  • Research Scholars
  • Professional Service Professionals

Media Partners

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Get In Touch

To learn more about our conferences and events, please get in touch with us. Join our extensive network of scientists, professional experts, and research scholars to stay informed and connected.

Address

16192 Coastal Highway Lewes, Delaware, USA 19958

Phone number

+1 630 768 1199

E-mail address

support@stripeconferences.com

Event Venue

Tokyo, Japan

Like most other great cities in the world, Tokyo is a vibrant epicenter of Japan that blends ultra-modern with rich historic culture. As a global business, technology, and cultural hub, Tokyo represents a great backdrop against which any international conference and event will be held.

Why Tokyo?

Tokyo is amongst the best-connected cities in the world. The city has two international airports, Narita and Haneda, offering seamless travel possibilities. Its sleek public transport system, with the iconic Shinkansen or bullet trains, makes the city relatively easy to get around for event participants.

The city’s every convention, hotel, and conference centre has state-of-the-art facilities tacked with every modern technological amenity. Prominent among them are the Tokyo International Forum, Tokyo Big Sight, and others; similarly, high-class hotels such as The Peninsula Tokyo and Conrad Tokyo are among many others.