Summary & Overview

Extensive Burns or Full Thickness Burns with MV >96 Hours with Skin Graft: Inpatient Reimbursement Overview

DRG 927 addresses extensive burns or full thickness burns with mechanical ventilation lasting more than ninety-six hours and skin grafting, representing high-acuity inpatient burn care. This matters for inpatient reimbursement because the Diagnosis-Related Group is intended to capture the elevated resource use and procedural complexity that drive Medicare payment for these prolonged, intensive hospitalizations.

DRG Extensive Burns or Full Thickness Burns with MV >96 Hours with Skin GraftDRG 927Diagnosis-Related GroupInpatient ReimbursementMedicareBurn SurgeryMechanical VentilationSkin GraftIntensive CareSurgical Critical Care

DRG 927 Overview

DRG 927 covers patients with extensive burns or full thickness burns requiring mechanical ventilation for more than ninety-six hours and who undergo skin grafting. These cases involve significant respiratory support and complex surgical wound management, often with prolonged intensive care and multidisciplinary burn care. For Medicare payment, this Diagnosis-Related Group groups high-resource burn episodes to reflect the intensive inpatient services and procedural complexity associated with grafting and prolonged ventilation. Accurate clinical documentation and coding are essential to ensure the inpatient stay is assigned correctly within the Medicare Severity Diagnosis-Related Group payment framework.

Clinical Trials

Acute resuscitation and ventilator management trials focused on optimizing early critical care for patients with extensive or full-thickness burns who require prolonged mechanical ventilation (>96 hours). These studies examine strategies such as goal-directed fluid resuscitation protocols, ventilator weaning algorithms, and bundles to prevent ventilator-associated complications in the first days to weeks after injury; the population is adult and pediatric patients with large total body surface area burns and inhalation injury or respiratory failure. Findings are relevant to providers for reducing early morbidity and mortality and to payers because improvements in acute ICU efficiency and complication avoidance can shorten length of stay and reduce high-cost resource utilization associated with this DRG.
Surgical and skin replacement comparative-effectiveness research evaluating different grafting techniques, biologic or synthetic dermal substitutes, and timing/sequencing of staged excisions and grafts in patients undergoing skin grafting for extensive/full-thickness burns. These trials enroll patients who require operative burn wound closure, comparing outcomes such as graft take, need for reoperation, infection rates, functional and cosmetic outcomes, and short-term resource use during the index hospitalization. Results inform surgeons and hospital administrators about procedures and products that may improve wound closure success and reduce reoperation or complications, which directly impacts coding, cost of supplies, operative time, and reimbursement considerations for this DRG.
Post-acute outcomes and rehabilitation studies that follow survivors of extensive/full-thickness burns after discharge to evaluate functional recovery, return to work, scar management interventions, and long-term health care utilization. These cohort or randomized studies often include interdisciplinary rehabilitation, physical/occupational therapy intensity, and interventions for hypertrophic scarring or contracture prevention, enrolling patients who survived the index admission with skin grafts and prolonged ICU courses. For providers and payers, evidence from these studies helps predict long-term care needs, readmission risk, durable disability, and cost trajectories, informing discharge planning, bundle payments, and post-acute care resource allocation for patients in this DRG.

Clinical Trials

Acute resuscitation and ventilator management trials focused on optimizing early critical care for patients with extensive or full-thickness burns who require prolonged mechanical ventilation (>96 hours). These studies examine strategies such as goal-directed fluid resuscitation protocols, ventilator weaning algorithms, and bundles to prevent ventilator-associated complications in the first days to weeks after injury; the population is adult and pediatric patients with large total body surface area burns and inhalation injury or respiratory failure. Findings are relevant to providers for reducing early morbidity and mortality and to payers because improvements in acute ICU efficiency and complication avoidance can shorten length of stay and reduce high-cost resource utilization associated with this DRG.
Surgical and skin replacement comparative-effectiveness research evaluating different grafting techniques, biologic or synthetic dermal substitutes, and timing/sequencing of staged excisions and grafts in patients undergoing skin grafting for extensive/full-thickness burns. These trials enroll patients who require operative burn wound closure, comparing outcomes such as graft take, need for reoperation, infection rates, functional and cosmetic outcomes, and short-term resource use during the index hospitalization. Results inform surgeons and hospital administrators about procedures and products that may improve wound closure success and reduce reoperation or complications, which directly impacts coding, cost of supplies, operative time, and reimbursement considerations for this DRG.
Post-acute outcomes and rehabilitation studies that follow survivors of extensive/full-thickness burns after discharge to evaluate functional recovery, return to work, scar management interventions, and long-term health care utilization. These cohort or randomized studies often include interdisciplinary rehabilitation, physical/occupational therapy intensity, and interventions for hypertrophic scarring or contracture prevention, enrolling patients who survived the index admission with skin grafts and prolonged ICU courses. For providers and payers, evidence from these studies helps predict long-term care needs, readmission risk, durable disability, and cost trajectories, informing discharge planning, bundle payments, and post-acute care resource allocation for patients in this DRG.

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Summary & Overview

Extensive Burns or Full Thickness Burns with MV >96 Hours with Skin Graft: Inpatient Reimbursement Overview

DRG 927 Overview

Clinical Trials

Related Codes

Clinical Trials

Related Codes