Login

Member Login

Join

OpenAnesthesia

International Anesthesia Research Society

  • ABA Keywords
    • ITE Keywords
    • MOCA Keywords
  • Expert Voices
    • Article of the Month
    • Ask the Expert
    • Keys to the Cart
    • SOAP Obstetric Anesthesia Podcast
    • OB Anesthesia Virtual Obstetric Grand Rounds
    • OA/SPA Ask the Expert Podcast
    • OA/SPA Pediatric Anesthesia Virtual Grand Rounds
    • OA/SPA Pediatric Podcast of the Month
  • TEE & U/S Forum
    • Basic Course in TEE
    • Block of the Month
    • TEE Rounds
  • Subspecialty
    • Cardiac Anesthesia
    • Critical Care and Perioperative Medicine
    • Global Health
    • Neuroanesthesia
    • Obstetric Anesthesia
    • Pain Medicine
    • Pediatric Anesthesia
    • Regional Anesthesia
  • Encyclopedia
  • Our Apps/Join SelfStudyPLUS
    • SelfStudyPLUS
    • SelfStudyQbank
      • SelfStudy Qbank 3-mo
      • SelfStudy Qbank 6-mo
      • SelfStudy Qbank 12-mo
    • Nurse Anesthesia

Physics, Monitoring, & Devices

    • Abdominal compartment syndrome: Diagnosis
    • Arterial waveform: Peripheral vs. Central
    • Ascending vent bellows advantages
    • Automated drug delivery devices
    • Awareness: Equipment issues
    • Bivent pacing: Indications
    • Blood gas coefficient
    • Brachial artery catheter: Cx
    • Capnogram waveform: obstruction
    • Cardiac pacemaker indications
    • Carotid Endarterectomy: CNS monitoring
    • Carotid surgery: CNS monitoring
    • Central venous pressure wave forms
    • Clark electrode
    • CO2 absorbers: volatile anes toxicity
    • CVP waveform: Components
    • Cylinder content: weight vs. pressure
    • Dalton’s Law – Applied
    • DDD pacemaker periop mgmt
    • Desflurane vaporization physics
    • Doppler shift & angle of incidence
    • E-cylindr PSI/vol relationship
    • ECG leads: P-wave detection
    • ECG loose lead effect
    • Evoked potentials: anesthetic effects
    • Factors affecting turbulent flow
    • Factors affecting vaporizer output
    • Flowmeter: Gas properties
    • Gas laws: temp/pressure changes
    • Heliox effects
    • Incompetent expiratory valve: Signs
    • Inhaled anesthetic: Uptake
    • Inhaled anesthetics: vapor pressure
    • Intra-art SBP amplification mech
    • Line isolation monitor
    • Mapleson D: Rebreathing
    • Mask CPAP: Physiologic effects
    • Misfilled vaporizer: Output calc
    • Motor evoked potentials: Anesth effec
    • MRI – Monitoring hazards
    • O2 E cylinder
    • Oxygen delivery: Pipeline vs cylinder
    • Oxygen regulator: Characteristics
    • Pacemaker Designation
    • Pacer lead placement: ECG morphology
    • PCA clinical advantages
    • Pin index safety system
    • Poiseuille’s law: IV fluids
    • Pressure support ventilation
    • Radiation exposure vs distance
    • Significance of U/S probe frequency
    • Soda lime exhaustion: Mgmnt
    • Spinal microcatheters
    • SpO2: Carbon monoxide
    • SSEP Latency: anesthetic drugs
    • SSEP monitoring – Anes effects
    • SSEP: physiological effects
    • Sub-ambient pressure alarm
    • TCD: Utility in CEA
    • TEE – Contraindications
    • TEE views: perfusion distribution
    • TEE views: perfusion distribution (22%)
    • TEE: diagnosis: hypotension
    • TEE: Tamponade vs hypovolemia
    • TEG: Decreased MA Dx/Rx
    • Transducer – Art line vs NIBP
    • Ultrasonography: internal jugular
    • Ultrasound structures: echogenicity
    • Ultrasound: Acoustic impedance
    • Uncuffed ETT: Max leak pressure
    • Vaporizer output at altitude
    • Vaporizer output calculation
    • Volume controlled ventilation

IARS - International Anesthesia Research Society logo

  • Contact Us
  • About Us
  • Legal
  • Privacy Policy

Connect with Us

Facebook   Twitter   LinkedIn   iTunes  

Copyright © 2019 · Epik Theme on Genesis Framework · WordPress · Log in