Introduction

Otorhinolaryngology (ENT) in the 21st century has shifted quickly from open surgery to minimally invasive, image-guided, and patient-tailored interventions. In Moscow, both public and private centers increasingly adopt global best practices, combining advanced diagnostics, surgical navigation, and multidisciplinary care to improve outcomes for ear, nose, throat, and skull-base disorders.

Key modern technologies in ENT surgery

— Endoscopic and minimally invasive surgery
— *Transnasal endoscopic sinus and skull-base approaches* allow tumor resections, repair of cerebrospinal fluid leaks, and complex sinus surgery without external incisions.
— Endoscopic ear surgery for selected tympanic and cholesteatoma cases improves visualization through small access points.
— Image-guided navigation and intraoperative imaging
— Real-time navigation systems enhance safety during complex sinus, skull-base, and temporal bone procedures by correlating instruments with preoperative CT/MRI.
— Intraoperative CT and cone-beam CT are increasingly used for immediate verification of implant placement or bony resections.
— Powered instruments and microdebriders
— High-speed drills, ultrasonic aspirators, and microdebriders improve precision and reduce trauma in sinus, middle-ear, and skull-base work.
— Laser and energy-based devices
— CO2, diode, and other lasers are used for precise tissue ablation, tympanic membrane surgery, and airway procedures, reducing blood loss and improving healing.
— Balloon sinuplasty and office-based interventions
— Balloon dilation of the sinuses offers a less invasive option for select chronic rhinosinusitis patients and can often be performed under local anesthesia in ambulatory settings.
— Hearing restoration technologies
— Modern middle-ear prostheses, ossiculoplasty techniques, bone-anchored hearing systems (BAHS), and state-of-the-art cochlear implants with streaming and remote programming improve auditory rehabilitation.
— Robotics, augmented reality (AR), and 3D printing (emerging)
— Robotic assistance and AR are at an early-but-growing stage for delicate skull-base and laryngeal procedures.
— 3D printing is used for surgical planning, custom implants, and education.

Diagnostics and preoperative planning

— High-resolution CT and MRI for sinonasal, temporal bone, and skull-base anatomy.
— Comprehensive audiology: pure-tone audiometry, speech audiometry, otoacoustic emissions, and auditory brainstem responses (ABR).
— Vestibular assessment: video head impulse test (vHIT), videonystagmography (VNG), and vestibular-evoked myogenic potentials (VEMP).
— Objective measures for sleep-disordered breathing, voice assessment (stroboscopy), and allergy/immunology testing integrated into treatment planning.
— Multidisciplinary tumor boards for head and neck oncology ensure combined surgical, radiation, and medical oncology planning.

Perioperative practices and patient-centered care

— Enhanced Recovery After Surgery (ERAS) principles tailored for ENT: optimized analgesia, early mobilization, and nausea prevention.
— Antibiotic stewardship and targeted perioperative prophylaxis to reduce resistance and complications.
— Use of local anesthesia and sedation techniques for selected procedures to shorten stays and lower costs.
— Telemedicine and remote follow-up for postoperative wound checks, cochlear implant mapping, and speech therapy sessions — increasingly used in Moscow since the pandemic.

Training, simulation, and quality assurance

— Simulation labs and cadaveric endoscopic courses are integral to training surgeons in Moscow to maintain safety when adopting new technologies.
— Structured mentorship, certification pathways, and regular morbidity-and-mortality reviews help maintain quality.
— Participation in registries and outcome tracking (functional outcomes, complication rates) promotes evidence-based practice.

Adoption and availability in Moscow

— Moscow is a regional hub where most advanced ENT technologies are available across state academic hospitals, specialized research institutes, and private clinics.
— Large centers typically offer complex skull-base surgery, cochlear implantation programs with multidisciplinary teams, and access to intraoperative imaging and navigation.
— Private clinics often provide fast access to diagnostic testing, office-based procedures (e.g., balloon sinuplasty), and cosmetic/head–neck reconstructive services.
— Patients in Moscow can usually find options across the spectrum — from conservative care to highly specialized tertiary services — but access may vary by insurance coverage and out-of-pocket capacity.

Practical advice for patients in Moscow

— How to choose a clinic or surgeon:
— Look for *centers with multidisciplinary teams* (ENT surgeons, audiologists, radiologists, oncologists, speech therapists).
— Ask about technologies used: do they provide image-guided navigation, intraoperative imaging, or minimally invasive options?
— Request outcome data for the specific procedure (e.g., cochlear implant success rates, revision rates for sinus surgery).
— Questions to ask during consultation:
— What are the non-surgical alternatives and likely outcomes?
— Is this procedure available as an outpatient option or does it require hospitalization?
— How will hearing, breathing, or swallowing be evaluated and rehabilitated postoperatively?
— What is the plan for follow-up and potential complications?
— Practical steps before surgery:
— Obtain recent imaging (CT/MRI) and audiology tests.
— Ensure continuity of care: pre-op medical clearance, medication review, smoking cessation if applicable.
— Discuss anesthesia options and expected recovery timeline.
— When to seek a second opinion:
— For major interventions such as skull-base surgery, cochlear implantation, or cancer surgery, a second opinion from a tertiary Moscow center is reasonable.

Challenges and considerations

— Cost and reimbursement: advanced technologies and implants can be expensive; availability under public insurance varies.
— Training and standardization: consistent outcomes require structured training and credentialing as new tools are adopted.
— Equity of access: while Moscow offers many options, patients from other regions may face barriers to accessing highly specialized care.

Future directions

— Greater integration of artificial intelligence for imaging interpretation, surgical planning, and postoperative outcome prediction.
— Wider use of AR/VR for intraoperative guidance and surgeon training.
— Expanded tele-audiology and remote mapping for implants.
— Personalized implants and patient-specific surgical planning via 3D printing.

Conclusion

Modern ENT surgery emphasizes minimally invasive, image-guided, and multidisciplinary care. In Moscow, a broad range of contemporary technologies — from endoscopic skull-base surgery and image-guided navigation to advanced cochlear implants and office-based procedures — is