Anesthesiology and Critical Care

Welcome Message

It is our great pleasure to welcome you to the “19^th International Conference on Anesthesiology and Critical Care”, scheduled for May 13-14, 2027, in Rome, Italy, under the theme “Advancing Anesthesia and Critical Care Through Innovation, Precision, and Patient-Centered Excellence.”

This international gathering will provide a dynamic platform for anesthesiologists, intensivists, physicians, researchers, healthcare professionals, and academic experts to exchange knowledge and explore the latest developments shaping modern anesthesia and critical care.

The conference will feature keynote talks, scientific sessions, and expert discussions on the latest advances in anesthesia, critical care, pain management, patient safety, and innovative technologies.

Join us in Rome for two days of knowledge exchange, collaboration, networking, and insights shaping the future of anesthesiology and critical care.

Target Audience:

• Anesthesiologists
• Intensivists
• Critical Care Physicians
• Anesthesia Specialists
• ICU Specialists
• Pain Medicine Specialists
• Perioperative Medicine Specialists
• Emergency Medicine Physicians
• Critical Care Nurses
• Anesthesia Nurses
• Respiratory Care Professionals
• Critical Care Researchers
• Medical Academicians
• Anesthesia & Critical Care Trainees
• Healthcare Industry Professionals

About Conference

We are delighted to invite you to the “19^th International Conference on Anesthesiology and Critical Care,” taking place on May 13-14, 2027, in Rome, Italy. This year’s theme, “Advancing Anesthesia and Critical Care Through Innovation, Precision, and Patient-Centered Excellence,” focuses on emerging medical advances, innovative technologies, and modern approaches to improve patient safety and clinical outcomes.

The conference will bring together leading anesthesiologists, intensivists, critical care specialists, clinicians, researchers, academicians, and healthcare professionals to exchange knowledge and explore the latest developments in anesthesia and critical care. The program will feature keynote presentations, oral and poster sessions, expert discussions, workshops, and networking opportunities.

Participants will gain valuable insights into new techniques, critical care innovations, perioperative medicine, pain management, and patient-centered care, while building meaningful professional connections. Join us in Rome for two inspiring days dedicated to advancing the future of anesthesiology and critical care worldwide.

Why to attend:

The CRITICAL CARE 2027 conference, taking place on May 13-14, 2027, in Rome, Italy, will bring together leading anesthesiologists, intensivists, critical care physicians, researchers, academicians, and healthcare professionals to explore the latest developments in anesthesia and critical care.

The conference will provide opportunities to learn from global experts, exchange clinical knowledge, present research, and explore emerging technologies in intensive care, perioperative medicine, pain management, patient safety, and advanced anesthesia practices.

Join CRITICAL CARE 2027 to enhance your expertise, build international professional connections, and gain valuable insights into innovative approaches shaping the future of anesthesiology and critical care.

Sessions And Tracks

Track 1: Anesthesiology and Critical Care

Modern anesthesiology and critical care encompass comprehensive patient management before, during, and after major procedures. It includes anesthesia planning, physiological monitoring, airway management, pain control, and advanced critical care interventions. Emphasis is placed on evidence-based practice, patient safety, and multidisciplinary collaboration. Emerging technologies and personalized approaches are increasingly improving clinical decision-making and patient outcomes.

 Focus Areas:

• Perioperative Anesthesia and Patient Assessment
• Critical Care and Hemodynamic Management
• Patient Safety and Quality Improvement

Track 2: Advances in Anesthesiology and Perioperative Care

Recent advances in anesthesiology are transforming perioperative management and recovery. Enhanced recovery pathways, advanced monitoring, precision anesthesia, and minimally invasive approaches are helping reduce complications and improve patient outcomes. Modern perioperative care emphasizes individualized treatment throughout the surgical journey. Collaboration among anesthesiologists, surgeons, nurses, and other specialists remains essential.

Core Topics:

• Enhanced Recovery After Surgery (ERAS)
• Advanced Perioperative Monitoring
• Innovative Anesthetic Techniques

Track 3 : General and Regional Anesthesia

General and regional anesthesia remain essential components of surgical and procedural care. Modern techniques include intravenous and inhalational anesthesia, neuraxial blocks, peripheral nerve blocks, and ultrasound-guided procedures. Appropriate selection of anesthetic techniques can improve analgesia, recovery, and patient safety. Advances in monitoring and drug delivery continue to optimize anesthetic practice.

Key Focus Areas:

• General Anesthesia Techniques
• Spinal, Epidural and Regional Anesthesia
• Ultrasound-Guided Nerve Blocks

Track 4 : Advanced Airway Management and Difficult Airway

Safe and effective airway management is fundamental to anesthesia and emergency care. Advanced approaches include difficult airway assessment, video laryngoscopy, fiberoptic intubation, supraglottic devices, and emergency airway techniques. Structured airway algorithms and simulation training improve preparedness for challenging situations. New technologies are further enhancing airway visualization and patient safety.

 Conference Focus:

• Difficult Airway Assessment and Management
• Video Laryngoscopy and Fiberoptic Techniques
• Emergency and Rescue Airway Management

Track 5: Anesthesia for High-Risk and Complex Patients

Patients with multiple medical conditions require careful preoperative assessment and individualized anesthetic planning. This area addresses anesthesia for elderly patients, obesity, cardiovascular disease, respiratory disorders, and other complex conditions. Optimizing patients before surgery and providing appropriate postoperative monitoring can reduce complications. Multidisciplinary management is particularly important for high-risk surgical populations.

 Discussion Areas:

• High-Risk and Geriatric Anesthesia
• Obesity and Complex Comorbidity Management
• Perioperative Risk Assessment and Optimization

Track 6: AI-Assisted Anesthesia and Perioperative Care

Artificial intelligence is emerging as a valuable tool for anesthesia monitoring and perioperative decision-making. AI systems can analyze physiological information, identify potential risks, and support individualized treatment planning. Predictive technologies may assist in detecting complications at an early stage. Responsible implementation requires clinical validation, transparency, and continued oversight by healthcare professionals.

Research Focus:

• AI-Assisted Anesthetic Monitoring
• Predictive Perioperative Risk Assessment
• Intelligent Clinical Decision Support

Track 7: Pain Management and Multimodal Analgesia

Modern pain management combines pharmacological, regional, and non-pharmacological approaches to achieve effective pain relief. Multimodal analgesia can reduce reliance on opioids while supporting faster recovery and improved patient comfort. The field covers acute postoperative pain, chronic pain, regional analgesia, and individualized treatment strategies. Advances in pain medicine continue to promote safer and more effective patient-centered care.

Scientific Focus:

• Multimodal and Opioid-Sparing Analgesia
• Acute and Chronic Pain Management
• Regional and Interventional Pain Techniques

Track 8 : Obstetric and Pediatric Anesthesia

Obstetric and pediatric patients require specialized anesthetic approaches because of their unique physiological and developmental characteristics. Care includes labor analgesia, cesarean delivery, pediatric surgery, emergency procedures, and age-appropriate monitoring. Maternal, fetal, and pediatric safety remain central considerations. Advances in airway management, drug dosing, and regional techniques continue to improve outcomes.

 Featured Topics:

• Obstetric and Labor Analgesia
• Pediatric Anesthetic Techniques
• Maternal, Fetal and Pediatric Safety

Track 9 : Cardiac and Thoracic Anesthesia

Cardiac and thoracic procedures require specialized anesthetic techniques and advanced cardiovascular and respiratory monitoring. Management may involve complex hemodynamic changes, one-lung ventilation, and perioperative cardiac support. Echocardiography and advanced monitoring assist clinicians in guiding treatment during high-risk procedures. Modern approaches aim to improve surgical safety and postoperative recovery.

Clinical Focus Areas:

• Cardiac Anesthesia and Surgery
• Thoracic Anesthesia and One-Lung Ventilation
• Hemodynamic Monitoring and Echocardiography

Track 10 : Neuroanesthesia and Neurocritical Care 

Neuroanesthesia focuses on protecting neurological function during neurosurgical and high-risk neurological procedures. It includes cerebral perfusion management, intracranial pressure control, neuroprotection, and advanced brain monitoring. Neurocritical care addresses traumatic brain injury, stroke, seizures, and other severe neurological conditions. Integrated neurological management supports preservation of brain function and recovery.

Areas of Interest:

• Neuroanesthesia and Neuroprotection
• Intracranial Pressure and Cerebral Monitoring
• Neurocritical Care and Brain Injury

Track 11 : Critical Care Medicine and ICU Management

Critical care medicine provides comprehensive management for patients with life-threatening illnesses and organ dysfunction. It covers respiratory support, hemodynamic stabilization, sedation, nutrition, infection management, and advanced organ support. Modern ICU care increasingly incorporates individualized treatment and multidisciplinary teamwork. Quality improvement and patient-centered approaches remain important components of critical care practice.

Specialized Topics:

• Advanced ICU Management
• Hemodynamic and Organ Support
• Multidisciplinary Critical Care

Track 12 : Artificial Intelligence and Machine Learning in Critical Care

AI and machine learning can analyze large volumes of clinical data to support ICU monitoring and decision-making. These technologies may help predict deterioration, sepsis, organ failure, and treatment responses. Intelligent clinical systems can complement healthcare professionals by identifying patterns that may otherwise be difficult to detect. Safe implementation requires reliable data, validation, transparency, and human oversight.

Major Topics:

• AI-Based ICU Monitoring
• Machine Learning and Risk Prediction
• Intelligent Clinical Decision Support

Track 13 : Precision and Personalized Critical Care

Precision critical care aims to tailor treatment according to individual patient characteristics, disease patterns, biomarkers, and physiological responses. Advanced monitoring and biological information can help guide individualized therapeutic strategies. Personalized approaches may improve the timing and selection of organ-support interventions. This approach represents an important movement toward more targeted and patient-specific critical care.

Topics of Discussion:

• Individualized ICU Treatment Strategies
• Biomarker-Guided Critical Care
• Personalized Organ Support

Track 14 : Digital Twins and Predictive Critical Care

Digital twin technology creates virtual representations of patients that may support clinical simulation and outcome prediction. When combined with real-time physiological information, these models can potentially help evaluate different treatment strategies. Predictive analytics may assist clinicians in identifying deterioration and treatment-related risks. This emerging field represents a new direction in data-driven critical care.

Scientific Areas:

• Patient Digital Twins
• Predictive Modeling and Risk Assessment
• Virtual Clinical Simulation

Track 15 : Smart Monitoring and Predictive Analytics

Advanced monitoring technologies provide continuous physiological information to support timely clinical decisions. Predictive analytics can identify patterns associated with deterioration, complications, and treatment response. Integration of multiple clinical data sources may strengthen early-warning capabilities. Smart monitoring systems can also contribute to individualized patient management and improved ICU workflows.

 Clinical and Research Areas:

• Continuous Physiological Monitoring
• Predictive Analytics and Early Warning Systems
• Integrated ICU Data Platforms

Track 16 : Advanced Point-of-Care Ultrasound

Point-of-care ultrasound has become an important bedside technology in anesthesia, emergency medicine, and critical care. It supports assessment of cardiac function, lung pathology, vascular access, volume status, and hemodynamics. Ultrasound guidance can improve the accuracy and safety of invasive procedures. Continued education and standardized approaches are important for effective clinical application.

 Focus Areas:

• Critical Care and Cardiac Ultrasound
• Ultrasound-Guided Procedures
• Lung, Vascular and Hemodynamic Assessment

Track 17 : Next-Generation ECMO and Extracorporeal Therapies

Extracorporeal therapies provide advanced organ support for patients with severe respiratory, cardiac, or multiorgan failure. This area includes ECMO, extracorporeal carbon dioxide removal, renal replacement therapy, and emerging extracorporeal technologies. Advances in circuits, monitoring, and patient selection are improving treatment strategies. Specialized multidisciplinary teams are essential for safe and effective extracorporeal care.

 Core Topics:

• Advanced VV-ECMO and VA-ECMO
• Extracorporeal Organ Support
• ECMO Monitoring and Patient Management

Track 18 : AI-Driven Mechanical Ventilation and Respiratory Support

Artificial intelligence and automated systems are being explored to optimize mechanical ventilation and respiratory support. Intelligent technologies can analyze respiratory parameters and assist with individualized ventilator management. Advanced ventilation strategies aim to improve gas exchange while reducing ventilator-associated lung injury. The area also includes non-invasive respiratory support and automated clinical decision-making.

Key Focus Areas:

• Intelligent Mechanical Ventilation
• AI-Based Respiratory Monitoring
• Personalized Ventilation Strategies

Track 19 : Sepsis, Shock and Multiorgan Failure

Sepsis and shock remain major challenges in critical care and require rapid diagnosis and coordinated intervention. Management includes antimicrobial therapy, fluid resuscitation, vasopressor support, hemodynamic monitoring, and organ-support strategies. Early recognition of deterioration can significantly influence patient outcomes. Personalized approaches are increasingly being explored to improve treatment selection and timing.

Conference Focus:

• Sepsis Recognition and Management
• Hemodynamic Resuscitation and Shock Care
• Multiorgan Failure and Organ Support

Track 20 : Tele-ICU and Connected Critical Care

Tele-ICU systems connect critical care specialists with patients and healthcare teams across different locations. Remote monitoring and virtual consultation can extend specialist expertise to hospitals with limited critical care resources. Connected medical devices can provide continuous access to important clinical information. Secure data exchange, interoperability, and efficient clinical workflows are essential for successful implementation.

Discussion Areas:

• Remote ICU Monitoring
• Virtual Critical Care Consultation
• Connected Devices and Digital ICU Networks

Track 21 : Neurotechnology and Advanced Brain Monitoring

Advanced neurotechnology provides increasingly detailed information about brain function in critically ill patients. Technologies such as EEG, cerebral oxygenation monitoring, and intracranial pressure measurement support neurological assessment. Multimodal monitoring can help identify deterioration and guide timely interventions. Emerging technologies are expanding opportunities for individualized neurocritical care and brain recovery assessment.

Research Focus:

• Advanced EEG and Brain Monitoring
• Cerebral Oxygenation and Perfusion
• Multimodal Neurocritical Care

Track 22 : Genomics and Multi-Omics in Critical Illness

Genomic and multi-omics technologies are providing new insights into the biological mechanisms underlying critical illness. Genomics, transcriptomics, proteomics, and metabolomics may help identify disease pathways and patient-specific risks. These approaches have the potential to support earlier diagnosis and more personalized treatment. Integration of molecular information with clinical data is an emerging area of critical care research.

Scientific Focus:

• Genomic Medicine in Critical Care
• Proteomics, Metabolomics and Multi-Omics
• Biomarker Discovery and Personalized Treatment

Track 23 : Human-AI Collaboration and Clinical Decision-Making

The integration of AI with clinical expertise is creating new opportunities for improving decision-making in anesthesia and critical care. AI systems can analyze complex information and provide recommendations while clinicians retain responsibility for final decisions. Effective human-AI collaboration requires transparency, reliable data, and appropriate oversight. The ultimate goal is to improve efficiency, accuracy, and patient-centered outcomes.

 Featured Topics:

• Human-AI Clinical Collaboration
• AI-Supported Decision-Making
• Explainable and Clinician-Guided AI

Track 24 : Robotics, Automation and Digital Health

Robotics and automation are introducing new possibilities for improving precision, efficiency, and workflow in healthcare. Applications include automated drug delivery, robotic procedures, smart ICU systems, and digital clinical workflows. Automation can reduce repetitive tasks and support healthcare professionals in complex environments. Responsible adoption requires careful evaluation of safety, reliability, and clinical effectiveness.

Clinical Focus Areas:

• Robotic and Automated Healthcare Systems
• Digital Workflows and Smart ICU Technologies
• Automation in Anesthesia and Critical Care

Track 25 : Patient Safety, Responsible AI and Future Critical Care

Patient safety remains a central priority as advanced technologies become increasingly integrated into anesthesia and critical care. This area addresses clinical governance, responsible AI, cybersecurity, ethical implementation, human factors, and risk management. Emerging technologies should be evaluated for safety, effectiveness, transparency, and clinical value. Future critical care will depend on combining technological innovation with strong clinical expertise and patient-centered principles.

Areas of Interest:

• Patient Safety and Clinical Governance
• Responsible AI, Ethics and Cybersecurity
• Future Innovations in Anesthesia and Critical Care

Market Analysis

The global anesthesiology and critical care market is witnessing steady growth, driven by the increasing number of surgical procedures, rising prevalence of chronic and critical illnesses, an aging population, and growing demand for advanced perioperative and intensive care services. Increasing healthcare investments, patient-safety awareness, and technological advancements are further supporting market expansion. The global anesthesia devices market is projected to reach approximately USD 27 billion by 2030, growing at a CAGR of around 8% during the forecast period.

Technological innovation is transforming anesthesiology and critical care through AI-assisted anesthesia, advanced patient monitoring, automated anesthesia delivery, ultrasound-guided procedures, smart ventilators, tele-ICU, and digital health solutions. These technologies are improving patient safety, clinical decision-making, treatment precision, and critical-care outcomes worldwide.

Global Anesthesiology and Critical Care Market

The global anesthesiology and critical care market is expanding steadily due to the increasing volume of surgical and interventional procedures, rising incidence of cardiovascular, respiratory, neurological, and other critical illnesses, and the growing need for specialized intensive care. Rising awareness of perioperative safety, technological advancements, and increasing healthcare investments continue to drive market growth across developed and emerging economies. The adoption of AI-assisted anesthesia, advanced hemodynamic monitoring, mechanical ventilation, point-of-care diagnostics, tele-ICU services, and digital clinical decision-support systems is further accelerating innovation and improving patient outcomes worldwide.

Anesthesia and Critical Care Technologies Market

The global anesthesia and critical care technologies market is experiencing significant growth due to increasing demand for advanced perioperative and intensive care solutions, rising surgical volumes, and continuous technological innovation. The adoption of AI-enabled monitoring, automated anesthesia systems, advanced ventilators, ultrasound-guided procedures, smart patient-monitoring devices, and remote critical-care technologies is transforming clinical practice and supporting safer, more efficient patient management. Growing investments in healthcare infrastructure, critical-care facilities, medical devices, and digital health solutions are expected to further accelerate market expansion over the coming years.

Past Conference

The 18th International Conference on Anesthesiology and Critical Care (Anesthesia Meet 2026) was successfully held in 2026. The conference brought together leading anesthesiologists, intensivists, critical care specialists, pain management experts, surgeons, researchers, academicians, healthcare professionals, and industry representatives from around the world to exchange knowledge and explore the latest advancements in anesthesiology and critical care.

The scientific program featured keynote lectures, oral and poster presentations, workshops, panel discussions, and interactive networking sessions covering general and regional anesthesia, advanced airway management, perioperative medicine, pain management, critical care, patient monitoring, mechanical ventilation, anesthesia technology, AI-assisted anesthesia, emergency medicine, and emerging innovations shaping the future of safe and patient-centered care.

Participation / Presentation Options

Oral Presentation

Oral presentations at the 19th International Conference on Anesthesiology and Critical Care are open to research-based, clinical, theoretical, and professional topics related to Anesthesiology, Critical Care, Perioperative Medicine, Pain Management, and Intensive Care. Anesthesiologists, intensivists, clinicians, researchers, academicians, surgeons, nurses, and healthcare professionals are encouraged to present their latest research, clinical innovations, evidence-based practices, and critical-care experiences.

Speaker Slot: 30 minutes total (20–25 minutes presentation + moderated Q&A)

Keynote Slot: 40–45 minutes with additional discussion time

Workshop Presentation

Workshops at the 19th International Conference on Anesthesiology and Critical Care focus on advanced anesthesia techniques, critical-care practices, innovative technologies, evidence-based clinical applications, and hands-on training. Interactive sessions are designed to enhance clinical skills through practical demonstrations, airway management techniques, regional anesthesia, patient monitoring, pain management, ventilation strategies, and patient-centered critical-care approaches.

Duration: 45–50 minutes

Team workshops are encouraged, and group presenters may receive special registration waivers.

Poster Presentation

The Poster Competition encourages students, researchers, clinicians, and early-career professionals to present original research, clinical case studies, and innovative findings in anesthesiology and critical care.

Presentation Time: 5-7 minutes including Q&A

• Judges may ask questions during evaluation.

• Posters must be printed (1 m × 1 m).

This competition provides an excellent opportunity for emerging professionals to showcase their work, receive expert feedback, and build valuable academic and professional networks.

Webinar Presentation

For participants who are unable to attend in person, the conference offers a webinar presentation option. Presenters may submit pre-recorded video presentations for inclusion in the official virtual conference program, enabling worldwide participation and knowledge sharing.

E-Poster Presentation

Accepted E-Posters will be displayed through the conference website. Accepted abstracts may also be published in the conference souvenir and conference journal with DOI indexing, providing greater visibility for authors and their research.

Exhibition – Anesthesiology and Critical Care 2027

The Exhibition Pavilion provides a dedicated platform for organizations to showcase the latest innovations in anesthesia equipment, critical-care technologies, medical devices, patient-monitoring systems, ventilators, airway management solutions, digital health platforms, and healthcare services.

Exhibitors Include:

• Anesthesia Equipment Manufacturers

• Critical Care Technology Companies

• Medical Device Manufacturers

• Patient Monitoring Technology Providers

• Ventilator & Respiratory Care Companies

• Hospitals & Intensive Care Centers

• Pharmaceutical & Healthcare Companies

• Digital Health & AI Technology Providers

• Academic & Research Institutions

• Healthcare Associations

• Industry & Business Delegates

The exhibition provides an excellent opportunity to demonstrate innovative products, establish strategic partnerships, expand professional networks, and enhance brand visibility within the global anesthesiology and critical-care community.

For exhibition inquiries: meevents@memeetings.com

Advertisement

Advertising in the ANESTHESIOLOGY AND CRITICAL CARE 2027 program guide offers outstanding visibility among anesthesiologists, intensivists, surgeons, pain specialists, researchers, clinicians, academicians, healthcare professionals, and industry leaders from around the world.

For advertisement opportunities and pricing, contact: meevents@memeetings.com

Sponsorship

Become a premium sponsor of the 19th International Conference on Anesthesiology and Critical Care and benefit from high-impact branding, networking, and engagement opportunities throughout the conference.

Communication Instructions

• Please whitelist meevents@memeetings.com

• If no confirmation is received within 48 hours of registration or inquiry, please contact the conference coordinator.

• Check your spam/junk folder before reaching out.

Group Registration Discounts

The 19th International Conference on Anesthesiology and Critical Care offers discounted group registration rates. Email the registration team for details and eligibility requirements.

Important Registration Information

To ensure smooth coordination:

· Include your mobile number in your registration form and abstract submission.

· This allows rapid communication for updates or clarifications.

For general inquiries regarding the 19th International Conference on Anesthesiology and Critical Care, contact meevents@memeetings.com

Abstract Submission Guidelines – Anesthesiology and Critical Care 2027

· Submit abstracts using the ABSTRACT SUBMISSION link.

· Abstracts must be in English (250–300 words) with a presenter biography (100–120 words).

· Submissions are welcome in all areas related to Anesthesiology and Critical Care, including general and regional anesthesia, perioperative medicine, advanced airway management, critical care medicine, intensive care, pain management, anesthesia pharmacology, pediatric and obstetric anesthesia, cardiovascular and neuroanesthesia, trauma and emergency care, mechanical ventilation, patient monitoring, AI-assisted anesthesia, and evidence-based critical-care practices.

· Presenting authors must provide their name, affiliation, country, phone number, email address, and photograph.

· Co-authors must include full names and institutional affiliations.

· All abstracts will be reviewed by the Scientific Review Committee.

· Accepted presenters must complete registration and pay the applicable conference fee.

· Please ensure all submitted information is accurate, as it will appear exactly as provided in the conference program and journal.

Complete your registration through the Online Registration link.

Visa Guidelines – Anesthesiology and Critical Care 2027

The organizing committee does not process visas but can issue supporting documents, including:

• Letter of Invitation

• Letter of Abstract Acceptance

• Registration Payment Receipt

Only registered participants will receive official invitation letters.

Attendees may be required to submit:

• Passport Copy

• Date of Birth

• Residential Address

• Mobile Number

• Photograph

For visa-related inquiries, please contact the Program Manager at meevents@memeetings.com