The advantages of utilizing large animal testing services for pulmonary intervention are significant in advancing our understanding of respiratory diseases and improving treatment options for veterinary.

Innovative Medical Devices in Pulmonary Intervention：

1. Bronchial Thermoplasty Devices (BTD)

o Description: A minimally invasive procedure that uses heat to reduce the muscular layer of the airway walls, thereby reducing asthma attacks.

o Key Features:

§ Precise temperature control to prevent tissue damage.

§ Real-time imaging for accurate placement.

§ Long-lasting effects with minimal recovery time.

2. AeroBarrier Lung Volume Reduction (ALVR)

o Description: A device that uses a sealing agent around the patient’s airways to create an airtight seal, allowing for targeted delivery of medical gases to reduce lung volume.

o Key Features:

§ Non-invasive and patient-friendly.

§ Customizable treatment plans for individual patient needs.

§ Rapid lung volume reduction with immediate symptom relief.

3. Endobronchial Valve (EBV)

o Description: An implantable device placed in the bronchus to allow air to escape from diseased lung segments, improving overall lung function.

o Key Features:

§ Minimally invasive bronchoscopic placement.

§ Adjustable valves for personalized treatment.

§ Reduced risk of complications and improved patient outcomes.

4. Transcatheter Pulmonary Valve (TPV)

o Description: A valve delivered via a catheter to replace or repair a dysfunctional pulmonary valve, improving blood flow from the heart to the lungs.

o Key Features:

§ Percutaneous delivery reducing surgical risk.

§ Customizable valve designs for precise fit.

§ Enhanced durability and long-term efficacy.

5. Bronchial Stent Systems (BSS)

o Description: Expandable stents placed in the bronchial airways to keep them open and improve airflow, often used in treating bronchial obstructions.

o Key Features:

§ Biodegradable or permanent options.

§ Precise deployment with minimal trauma.

§ Compatibility with imaging technologies for accurate placement.

6. Lung Volume Reduction Coils (LVRC)

o Description: Coils inserted into the lungs to reduce hyperinflation and improve lung function in emphysema patients.

o Key Features:

§ Flexible design for easy insertion.

§ Adjustable length and diameter for patient-specific treatment.

§ Reduced lung volume with improved respiratory mechanics.

7. Pulmonary Arterial Dilation Devices (PADD)

o Description: Devices used to dilate narrowed or obstructed pulmonary arteries to improve blood flow and reduce pulmonary hypertension.

o Key Features:

§ Balloon catheters for targeted dilation.

§ Dual-lumen designs for simultaneous drug delivery and dilation.

§ Enhanced compliance for long-term efficacy.

8. Electromagnetic Navigation Bronchoscopy (ENB)

o Description: System that uses electromagnetic guidance to navigate endoscopic tools to deep lung lesions for diagnostic sampling or therapeutic intervention.

o Key Features:

§ Real-time navigation with high accuracy.

§ Minimally invasive approach with reduced procedural risks.

§ Improved access to peripheral lung nodules.

9. Pulmonary Embolism Treatment Devices (PETD)

o Description: Devices such as clot-busting drugs, stents, and filters used to treat or prevent pulmonary embolisms.

o Key Features:

§ Rapid clot dissolution with thrombolytic agents.

§ Embolic filters for immediate risk reduction.

§ Stents for maintaining pulmonary artery patency.

10. Lung Shield Devices (LSD)

o Description: Protective shields placed around the lungs during radiation therapy to minimize lung tissue damage while ensuring tumor coverage.

o Key Features:

§ Custom-fitted shields for precise protection.

§ Adjustable shielding to adapt to treatment changes.

§ Increased lung sparing during radiotherapy.