A Novel Trans-Tracheostomal Retrograde Inhalation Technique Increases Subglottic Drug Deposition Compared to Traditional Trans-Oral Inhalation

Keyphrases

• Inhalation Technique 100%
• Subglottic 100%
• Transoral 100%
• Drug Deposition 100%
• Oral Inhalation 100%
• Inhalation 50%
• Subglottis 50%
• Corticosteroids 33%
• Restenosis 33%
• Stenotic Lesion 33%
• Aerosol 33%
• Aerosol Deposition 33%
• Clinical Outcomes 16%
• Clinical Conditions 16%
• Deposition Rate 16%
• Lung 16%
• Recurrence Rate 16%
• Numerical Simulation 16%
• Endoscopic Surgery 16%
• Steroid Therapy 16%
• Surgical Outcomes 16%
• Mass Fraction 16%
• Novel Technique 16%
• Otolaryngology 16%
• Lower Airways 16%
• Trachea 16%
• Oral Steroids 16%
• Subglottic Stenosis 16%
• Metered Dose Inhaler 16%
• Prevent Recurrence 16%
• Airway Deposition 16%
• Subglottic Region 16%
• Exhaled Aerosol 16%
• Inhaled Dose 16%
• Inhalation Manoeuvre 16%
• Particle Dynamics Simulation 16%
• Computational Particle Fluid Dynamics 16%
• 3D Airway Model 16%

Medicine and Dentistry

• Restenosis 100%
• Mouth 50%
• Recurrent Disease 50%
• Corticosteroid 50%
• Recurrence Risk 50%
• Steroid Therapy 50%
• Endoscopic Surgery 50%
• Trachea 50%
• Otorhinolaryngology 50%
• Subglottic Stenosis 50%
• Inhalational Drug Administration 50%