Greetings from the Desk of Journal Coordinator!

The landscape of critical care medicine continues to evolve rapidly, driven by advances in technology, physiology, and multidisciplinary collaboration.Among the most transformative developments in the management of severe cardiopulmonary failure has been the emergence of Extracorporeal Membrane Oxygenation (ECMO).Once regarded as a highly specialized rescue therapy available only in a limited number of centers, ECMO has gradually established itself as an integral component of advanced life support systems across the world.Over the past decade, the expansion of ECMO services in India has been particularly noteworthy.Increasing clinical expertise, improved infrastructure, and a growing commitment to specialized training have enabled many institutions to incorporate extracorporeal support into their critical care programs.This progress has been made possible through the dedication of intensivists, cardiac surgeons, perfusionists, nurses, respiratory therapists, and allied healthcare professionals who continue to advance the field through clinical innovation and academic contribution.As the Journal Coordinator of the Indian Journal of ECMO (IJECMO), it is both a privilege and a responsibility to contribute to this academic journey.The Indian Journal of ECMO was established with the objective of providing a focused academic platform for this rapidly evolving specialty.As a dedicated publication for the ECMO community in the country, the journal aims to foster scientific exchange, promote evidence-based practice, and encourage the systematic documentation of clinical experience.More than a repository of articles, the journal represents a collective effort to build knowledge that can directly improve patient care.One of the fundamental goals of the journal is to bridge the gap between bedside clinical practice and academic literature.Critical care medicine often presents complex and dynamic clinical scenarios where decisions must be made rapidly and thoughtfully.Every case managed, every complication encountered, and every protocol refined, offers valuable insight.When these experiences are carefully documented and shared through scientific publication, they contribute to a growing body of knowledge that extends beyond individual institutions.ECMO is inherently multidisciplinary in nature.The success of an ECMO program depends on coordinated teamwork involving intensivists, cardiac surgeons, pulmonologists, perfusionists, nephrologists, critical care nurses, physiotherapists, and rehabilitation specialists.Each discipline contributes unique expertise to patient management, from patient selection and cannulation strategies to anticoagulation management, mechanical ventilation adjustments, and post-ECMO recovery.Recognizing this collaborative structure, the journal actively encourages contributions from all members of the ECMO team.While ECMO is widely recognized for its role in severe acute respiratory distress syndrome, refractory cardiogenic shock, and postcardiotomy failure, its clinical applications continue to expand beyond traditional indications.Increasingly, ECMO is being explored as a supportive platform in a number of complex and nonroutine critical care scenarios.One area of particular relevance in the Indian context is the management of severe poisoning and toxin-induced cardiopulmonary failure.Cases involving cardiotoxic drug overdoses, organophosphate exposure, aluminum phosphide poisoning, and other metabolic toxins may present with rapidly deteriorating hemodynamics and profound refractory shock.In carefully selected situations, ECMO can provide temporary circulatory and respiratory support, allowing time for toxin clearance and organ recovery.The integration of ECMO with other extracorporeal blood purification therapies has further expanded its therapeutic scope.Hybrid strategies combining ECMO with continuous renal replacement therapy (CRRT), hemoperfusion, therapeutic plasma exchange, and albumin-based extracorporeal detoxification systems represent an evolving frontier in critical care.These combined approaches allow clinicians to simultaneously address circulatory collapse, metabolic derangements, and toxin removal in critically ill patients.Another important area of expanding application involves the use of ECMO as procedural support during complex airway and thoracic interventions.In selected cases of critical airway obstruction, tracheal reconstruction, bronchopleural fistula, massive hemoptysis, or challenging thoracic procedures, ECMO can provide temporary gas exchange support when conventional mechanical ventilation may be inadequate or unsafe.In such settings, ECMO functions not merely as a rescue therapy but as an enabling platform that allows definitive surgical or interventional management.These evolving applications highlight the adaptability of extracorporeal support technologies and underscore the importance of continued research and shared clinical experience.Many of these innovations originate from bedside problem-solving and interdisciplinary collaboration.Publishing such experiences allows the broader medical community to learn from them, refine them, and potentially apply them in similar clinical contexts.Scientific progress in medicine is most meaningful when it reflects the perspectives of those directly involved in patient care.Clinicians working in intensive care units frequently encounter unique challenges that may not yet be fully addressed in established guidelines.Systematic documentation of such experiences-whether through original research, case reports, technical notes, or review articles-plays a crucial role in advancing the field.One of the most fulfilling aspects of academic publishing is nurturing the next generation of clinician-scientists.The future of ECMO practice in India will depend largely on young intensivists, fellows, residents, perfusionists, and allied healthcare professionals who are eager to explore, innovate, and contribute to the scientific community.As part of the journal's academic vision, we remain