International academic exchange is often framed as an opportunity to disseminate knowledge. Its greater value, however, may lie in challenging assumptions about how evidence should be translated into practice. A recent visit to India with colleagues from the United Kingdom provided such an opportunity. Conversations with clinicians, patients, families, and health system leaders highlighted a central principle of global tracheostomy care: evidence may be universal, but implementation is inherently contextual.
This distinction is particularly important in India, where head and neck cancer represents a substantial health burden. Analysis of 37 population-based cancer registries found age-standardized incidence rates for head and neck cancer of 25.9 per 100,000 among males and 8.0 per 100,000 among females, accounting for approximately 26% and 8% of cancers in these populations, respectively.1 The distribution of disease also varies substantially across regions of India. Tobacco exposure, including smoked and smokeless tobacco, remains an important contributor to this burden. A recent systematic review and meta-analysis found that tobacco use was associated with an increased risk of head and neck cancer in the Indian population.2 These epidemiologic realities have direct implications for airway management, rehabilitation, survivorship, and the systems required to support patients across the continuum of care.
Tracheostomy Care Across Diverse Health Systems
Clinical outcomes are shaped by more than disease biology. Socioeconomic constraints, workforce availability, infrastructure, access to specialized services, and differences between urban and rural settings influence how evidence-based cancer and airway care can be delivered.3 During our visit, we encountered highly specialized centers delivering sophisticated multidisciplinary care alongside settings in which clinicians adapted care processes to the resources available to them. Such variation should not be interpreted through a simple dichotomy of high-resource and low-resource care. Rather, it illustrates why implementation science, contextual adaptation, and local expertise are essential to translating evidence into practice.
These considerations are especially relevant for tracheostomy care. Tracheostomy is not a single procedure followed by routine maintenance. It represents a complex care pathway that may involve airway management, communication, swallowing, nutrition, mobility, psychological well-being, caregiver education, discharge planning, and eventual decannulation. Evidence increasingly supports coordinated interprofessional approaches to these needs. Multidisciplinary tracheostomy programs have emphasized standardized protocols, staff education, coordinated ward rounds, patient and family engagement, and systematic use of data to improve outcomes.4,5 A systematic review of interprofessional tracheostomy teams further demonstrated the importance of coordinated care for outcomes including speaking valve use, communication, decannulation, adverse events, and length of stay.6
Yet the components of an effective tracheostomy program cannot simply be transferred unchanged from one health system to another. Access to endoscopic assessment, swallowing evaluation, speech-language pathology, respiratory therapy, specialized nursing, equipment, and community-based follow-up varies within and between countries. Evidence from resource-constrained environments demonstrates that safe tracheostomy care can be supported when education, appropriate technology, caregiver preparation, and social support are deliberately adapted to the local setting.7,8 The question, therefore, is not whether international standards should apply globally. The more useful question is how core principles of safe care can be preserved while implementation is adapted to local resources, workforce structures, cultures, and patient needs.
Adapting Evidence to Local Context
Decannulation provides a useful example. The physiological principles underlying readiness for decannulation do not change across national borders, but the pathways used to assess readiness may differ considerably. A protocol that assumes routine access to endoscopy, instrumental swallowing assessment, specialized rehabilitation, and intensive outpatient follow-up may be difficult to implement in a setting where one or more of these resources are limited.
Adaptation should not mean lowering standards. It should mean identifying which elements are essential for safety, which can be delivered through alternative approaches, and which resource gaps should become priorities for advocacy and health system investment.
This principle extends beyond tracheostomy care. India has developed an important model for addressing variation in cancer care through the National Cancer Grid, a network created to promote uniform standards of cancer prevention, diagnosis, and treatment; strengthen education and workforce development; and facilitate collaborative research.9 The network includes more than 300 member centers and has developed mechanisms for evidence-based guideline development, adaptation, and contextualization.10 Importantly, its approach recognizes that guidelines must be both scientifically rigorous and implementable within the environments in which clinicians practice. The National Cancer Grid Guidelines Manual explicitly addresses adaptation and contextualization of existing guidelines, providing a model with relevance beyond oncology.11
For the global tracheostomy community, this raises an important question: How should evidence-based recommendations be adapted across health systems without compromising the principles that make care safe?
Guideline adaptation is increasingly recognized as a rigorous process rather than an informal modification of recommendations. When high-quality guidelines already exist, structured adaptation can reduce duplication while accounting for local health system priorities, resources, feasibility, patient values, and implementation barriers.12 This approach is particularly relevant to tracheostomy care, where differences in workforce composition, technology, supply chains, rehabilitation services, and community support may substantially affect how recommendations are operationalized.
From Knowledge Transfer to Knowledge Exchange
The Global Tracheostomy Collaborative (GTC) is well positioned to facilitate this work. The Collaborative was established around principles that include interprofessional teamwork, standardization, education, patient and family partnership, and data-driven improvement.4,5 Its international structure creates an opportunity not simply to disseminate practices developed in well-resourced health systems, but to create a learning network in which innovations move in multiple directions. Practices developed in resource-constrained environments may offer lessons in simplification, caregiver engagement, workforce flexibility, equipment stewardship, and implementation that are relevant throughout the world. This concept of “bidirectional learning” may be one of the most important lessons from international collaboration. Global health partnerships are most productive when expertise is not presumed to flow from one country to another.
During our visit, we observed clinicians adapting care with ingenuity, families assuming sophisticated caregiving responsibilities, and interprofessional teams finding ways to maintain continuity despite operational constraints. These experiences should not be romanticized. Resource limitations can create genuine risks for patients and clinicians. At the same time, locally developed solutions deserve systematic evaluation and, when effective, dissemination beyond the environments in which they originated.
The human dimension of tracheostomy care also remained unmistakable. Patients and families may navigate cancer treatment, altered communication, swallowing impairment, changes in appearance, prolonged dependence on medical devices, travel for specialized care, and the financial and social consequences of serious illness. These experiences reinforce why technical outcomes alone cannot define high-quality tracheostomy care. Safety, communication, nutrition, function, participation, caregiver capacity, and quality of life must remain central outcomes.
Compassion, therefore, is not separate from scientific rigor. It influences which questions we ask, whose outcomes we measure, and whose experiences inform the design of care. An interprofessional approach similarly extends beyond assembling multiple disciplines. It requires shared goals, coordinated decision-making, respect for the expertise of patients and caregivers, and systems that enable each professional to contribute effectively.
Learning Across Borders
Our experience in India reinforced a broader principle for the Tracheostomy Journal: global progress will not result from exporting a single model of care. It will emerge from combining rigorous evidence with contextual knowledge. International standards can define essential principles of safety and quality, but implementation must be shaped with the clinicians, patients, families, and communities who will use them. Learning across borders requires humility and a willingness to distinguish what must be standardized from what should be adapted. It also requires recognition that expertise and innovation do not flow in one direction. Locally developed approaches should be evaluated, shared, and incorporated into the global evidence base when they improve care.
The future of tracheostomy care depends on this transition from knowledge transfer to knowledge exchange. Through interprofessional collaboration, contextual adaptation, shared data, and meaningful patient and family partnership, the global tracheostomy community can advance care that is safe, evidence based, locally relevant, sustainable, and compassionate. Our challenge is not to make tracheostomy care the same everywhere, but to ensure that every patient, wherever they receive care, benefits from the same commitment to safety, dignity, and quality.
Acknowledgments
The authors gratefully acknowledge the clinicians, patients, families, health system leaders, and colleagues who shared their experiences and perspectives during the authors’ visit to India. The authors also acknowledge their colleagues from the United Kingdom and India whose engagement and dialogue contributed to the reflections presented in this editorial.
Ethical and Reporting Statement
This article is an editorial based on the authors’ professional observations, scholarly reflection, and published literature. It does not report human participants research or identifiable patient information. Institutional review board approval or exemption and informed consent were therefore not applicable.
Conflicts of Interest
Vinciya Pandian and Michael J. Brenner serve as Editors-in-Chief of the Tracheostomy Journal. The authors declare no other conflicts of interest.
Funding
No specific funding was received for the preparation of this editorial.
Author Contributions
Vinciya Pandian: Conceptualization; Writing, Review & Editing.
Michael J. Brenner: Conceptualization; Original Draft; Writing, Review & Editing.
Both authors approved the final version of the manuscript and accept responsibility for the integrity of the work.
Corresponding Author
Michael Brenner MD, FACS, FNAP
University of Michigan Medical School
Ann Arbor, MI, USA
Email: mbren@med.umich.edu