Anesthesia Machine

Overview

Anesthesia machines provide controlled delivery of inhalational agents oxygen and ventilation support during imaging and interventional procedures. They enable safe sedation for MRI CT and interventional suites. Proper setup and monitoring are essential for patient safety.

MRI Compatibility

MRI compatible anesthesia machines use non ferromagnetic materials and specialized circuits. Gas delivery and monitoring must be adapted for the MRI environment. Coordination with anesthesia and imaging teams ensures safe transport and setup.

Maintenance and Checks

Daily checkout and preventive maintenance ensure reliable performance. Gas supply checks and alarm testing are part of pre procedure protocols. Documentation of maintenance supports accreditation and safety.

Staff Training

Anesthesia providers must be trained in imaging specific workflows and emergency procedures. Communication with imaging staff coordinates timing and patient transfer. Simulation and drills improve team readiness for complications.

Respiratory System

Overview

The respiratory system enables gas exchange between the environment and the bloodstream. It includes the nose pharynx larynx trachea bronchi and lungs with alveolar units. Ventilation perfusion matching is critical for oxygenation and carbon dioxide removal.

Upper Airway

The nose and pharynx filter warm and humidify inspired air. The larynx protects the airway and facilitates phonation. Upper airway patency affects breathing and sleep related disorders.

Lower Airway and Lungs

The trachea divides into bronchi and bronchioles terminating in alveoli for gas exchange. Pulmonary circulation delivers blood for oxygenation and removes carbon dioxide. Surfactant and alveolar architecture maintain lung compliance and surface area.

Clinical Relevance

Respiratory diseases include pneumonia COPD asthma and pulmonary embolism. Imaging such as chest radiography CT and ultrasound aid diagnosis and guide therapy. Pulmonary function testing complements imaging for functional assessment.

Pulmonology and Respiratory Care

Overview

Pulmonology manages COPD asthma interstitial lung disease and critical respiratory failure with outpatient clinics and inpatient consults.

Pulmonary Function and Sleep Labs

PFTs and sleep studies assess respiratory mechanics and sleep disordered breathing guiding therapy.

Bronchoscopy and Interventional Pulmonology

Bronchoscopic procedures diagnose and treat airway lesions and provide sampling for pathology and culture.

Respiratory Therapy and Ventilator Management

Respiratory therapists support oxygen therapy noninvasive ventilation and weaning protocols across care settings.

Intensive Care Unit

Overview

The ICU delivers continuous monitoring advanced life support and multidisciplinary care for patients with organ failure or severe physiologic instability. Staffing includes intensivists critical care nurses and allied professionals.

Monitoring and Support

ICUs use invasive hemodynamic monitoring mechanical ventilation renal replacement therapy and vasoactive infusions to support failing organs. Protocolized care reduces complications.

Multidisciplinary Rounds

Daily rounds involve physicians nurses pharmacists respiratory therapists and nutritionists to coordinate complex care plans and goals of care discussions with families.

Infection Control and Safety

Strict infection prevention bundles and sedation weaning protocols minimize ventilator associated events and ICU acquired weakness. Family engagement supports recovery and decision making.