SuperRTs 💜

واحـد ، اثنـان ، ثلاثـة خذ نفـس 🫁 نجتمع ونتحاور معًا، SuperRTs مبادرة سعودية🇸🇦 نسعى من خلالها للقاء كل مُتميز في مجال الرعاية التنفسية وإن كان بالقمر 🌍

[SuperRTs 💜 @_SuperRTs]

Super RTs حيث يلتقي الشغف بالخبرة! 🫁 منصة تجمع ممارسي الرعاية التنفسية من مختلف الخلفيات لمشاركة المعرفة، تبادل الأفكار، وإلهام الجيل القادم في أجواء حوارية شيقة ⏳💜

[Maher AlQuaimi ماهر القعيمي @MaHeR_RT]

An amazing summary of an excellent conference. don't miss it!

[SuperRTs 💜 @_SuperRTs]

🎯 The Zero-Zone Trap
• The Exhale Mistake: Most inhaler training completely ignores how a patient breathes out.
• The Pivot: Failing to empty the lungs to zero-volume before inhaling cuts drug delivery by up to 75%.
🎙️: Dr. Yahya Alzahrani

[SuperRTs 💜 @_SuperRTs]

Successfully concluded “Aerosol Therapy: Basics & Updates” at Almoosa Rehabilitation Hospital – AlAhsa!

A remarkable day of innovation, learning, and advancing respiratory care excellence.

#AerosolTherapy #RespiratoryCare #AlmoosaHealth #MedicalEducation

[SuperRTs 💜 @_SuperRTs]

💡 The Hidden Baseline
• The 50% Blind Spot: Half of patients who look perfectly stable in the clinic are secretly masking severe, dangerous symptoms at home.
• The Shift: Dr. Yahya Alzahrani proves structured action plans expose these hidden risks before a crisis hits.

[SuperRTs 💜 @_SuperRTs]

🚨The Educational Vector
• The Clinical Slip: Treating asthma with medications alone ignores the gaps in how patients actually use them

• The Living Core: Dr. Yahya Alzahrani shows that giving patients a simple, written action plan cuts emergency hospital stays exactly in half

[SuperRTs 💜 @_SuperRTs]

Air —— Soul comes to be an Aerosol 🩵
🎙️Mr. Mahdi Al Hazeem presented an interesting case study proving that certain solutions directly trigger paradoxical bronchoconstriction, narrowing the airways instead of expanding them

[SuperRTs 💜 @_SuperRTs]

🎯 Humidification Pathways
• The HME Sponge: Keeping an active heat exchanger inline constructs a physical trap for droplets.

• The Clear Leverage: Removing the HME completely clears an open transit pathway to the lungs.
🎙️: Ms. Noorah AlNoaimi

[SuperRTs 💜 @_SuperRTs]

📉 Nebulizer Mechanics
• The Expiratory Leak: Standard jet systems allow major medication waste during the patient's exhalation.
• The Mesh Leverage: Vibrating mesh active technology seals the loop for peak performance.
🎙️: Ms. Noorah AlNoaimi

[SuperRTs 💜 @_SuperRTs]

🚨 Circuit Loss Realities
• The Vent Barrier: Mechanical circuits naturally choke flow, dropping drug delivery under 15%.
• The Setup Leverage: Standardizing component architecture recovers up to half of that lost dose.
🎙️: Ms. Noorah AlNoaimi

[SuperRTs 💜 @_SuperRTs]

🎯 Adherence Reality
• The Invisible Friction: Poor adherence causes up to half of all treatment failures. 
• The Leverage: Documenting real barriers shifts blame from patients to systems.
🎙️: Dr. Shoug Al Humoud

[SuperRTs 💜 @_SuperRTs]

🚨 Beyond Routine Spirometry
• The Data Gap: Spirometry tracks lung volume but misses daily lifestyle impacts.

• The Shield: Combining volumes with patient-reported data shows actual quality of life.
🎙️: Dr. Shoug Al Humoud

[SuperRTs 💜 @_SuperRTs]

🚨 Global Economic Waste
• The $7B Leak: Inhaler misuse drains $7 billion globally every single year.
• The Shield: Verification of patient technique stops direct financial waste.
🎙️: Dr. Shoug Al Humoud

[SuperRTs 💜 @_SuperRTs]

• Traditional Handheld Inhalers: Relying solely on coordinate-dependent inhalers can restrict output for patients requiring large doses. 
• Liquid Aerosol Nebulization: Transitioning to active nebulizer technology permits uninterrupted, higher-dose medication delivery.

[SuperRTs 💜 @_SuperRTs]

(DPI) Activation Flow
• Low Initial Effort: Drawing an inhalation flow under 30 L/min falls short of the threshold needed to actuate the device. 
• High Initial Effort: Generating a forceful inhalation of 60 L/min or above ensures complete drug deaggregation.

[SuperRTs 💜 @_SuperRTs]

(MDI) Flow Velocity

• High-Velocity Inflow: Exceeding an inhalation flow rate of 60L/min drives the medication into the throat instead of the lungs
• Controlled Inflow: Maintaining a slow, steady flow between 10–30 L/min targets the lungs effectively

🎙️Mr. Abdulaziz Alghamdi

[SuperRTs 💜 @_SuperRTs]

📉 pMDI Inhalation Mechanics

• Fast Continuous Inflow: High-velocity inspiratory flow shifts deposition toward the upper airways via impaction. 

• Slow Controlled Inflow: Inhaling slowly and deeply, paired with a breath-hold, enhances lower airway sedimentation.

[SuperRTs 💜 @_SuperRTs]

🎯 Selecting Patient Interfaces

• Face Mask Delivery: Mask application can distribute aerosol across the patient's face, nose, and eyes. 
• Mouthpiece Delivery: Transitioning to a mouthpiece isolates delivery directly to the oral airway.

🎙️: Dr. Bshayer Alhamad