Emergency Equipment in the Medical Practice: Checklist and Maintenance

Emergencies in the medical practice are rare – but when they occur, seconds determine the outcome. Whether it's anaphylactic shock after a vaccination, syncope with seizure in the waiting room, or acute coronary syndrome during an examination: every practice must be prepared for such scenarios. The reality shows, however, that many practices neglect their emergency equipment. Expired medications, empty oxygen tanks, or a defibrillator with a dead battery are not the exception but alarmingly common. This article provides you with a practical, evidence-based checklist for emergency equipment in the outpatient practice, explains maintenance intervals, and examines the legal framework in Austria.

Legal Framework in Austria

In Austria, office-based physicians are obligated to provide emergency assistance under the Medical Practitioners Act (ÄrzteG). This applies not only to emergencies on the street but explicitly also to events in their own practice. The medical chambers of the respective federal states specify in their quality assurance regulations what minimum equipment a practice must maintain. The following generally applies:

• The Practice Equipment Ordinance of the respective state medical chamber defines the minimum requirements for emergency equipment.
• The requirements vary by specialty – a general practice has different requirements than a dermatology or anesthesiology practice.
• There is a documentation obligation regarding the condition and maintenance of emergency equipment.
• During practice inspections by the medical chamber, emergency equipment is regularly checked.

Regardless of the specific specialty, every practice should have basic equipment that enables initial emergency care until the arrival of the emergency medical services. The principle is: Bridge to EMS – bridge the time until professional help arrives.

Common Emergencies in the Medical Practice

Before you put together your checklist, it's worth looking at the statistically most relevant emergency situations in the outpatient practice:

• Vasovagal syncope – by far the most common emergency, usually harmless, but occasionally resulting in injuries or a prolonged course
• Anaphylaxis – particularly after medication administration, vaccinations, or allergy testing
• Acute coronary syndrome – chest pain, dyspnea, accompanying autonomic symptoms
• Hypoglycemia – especially in diabetic patients who present fasting for blood draws
• Asthma/COPD exacerbation – acute bronchospasm
• Seizure – epileptic or symptomatic
• Cardiac arrest – rare, but the ultimate challenge

The emergency equipment must be tailored to exactly these scenarios. Every device and every medication in the emergency kit should be assignable to a specific algorithm.

Emergency Kit: The Evidence-Based Checklist

Airway Management and Ventilation

Maintaining a patent airway and ensuring adequate oxygenation have the highest priority. The following equipment should be available in every practice:

• Oxygen cylinder (at least 2 liters, preferably 5 liters) with pressure regulator and flowmeter (0–15 L/min)
• Oxygen mask with reservoir (non-rebreather mask) for high FiO₂
• Nasal cannulas for moderate oxygen delivery
• Bag-valve-mask (Ambu bag) with reservoir, adult size, ideally also pediatric size (depending on patient population)
• Oropharyngeal airways (Guedel tubes) (sizes 1–4 for adults)
• Nasopharyngeal airways (Wendl tubes) (sizes 6–8 mm)
• Suction device – manual or electric – with appropriate suction catheters (CH 10–16)
• Laryngeal mask airway/laryngeal tube (size 3–5) – provided the user is proficient in their application

Supraglottic airway management using a laryngeal mask airway or laryngeal tube represents a practical option for the practice setting, as endotracheal intubation is rarely feasible under office conditions and the success rate drops significantly without regular practice.

Monitoring and Diagnostics

• Automated external defibrillator (AED) – this is the single most important investment. Semi-automatic devices with manual override capability offer the greatest flexibility. An AED is not a nice-to-have but a fundamental requirement.
• Pulse oximeter – ideally a finger-clip model with an easily readable display
• Blood pressure monitor – manual or automatic
• Blood glucose meter with test strips and lancets
• Stethoscope
• Penlight/pupil light
• ECG device (if available in the practice – standard in general practice and internal medicine offices)

Emergency Medications

The following list is based on current recommendations from the AHA, ERC, and Austrian medical societies. Each medication has a clear indication:

Circulation/Resuscitation:

Medication	Concentration/Form	Indication	Adult Dosage
Epinephrine (Adrenaline)	1 mg/mL (1:1000) ampoules	Anaphylaxis, resuscitation	0.3–0.5 mg IM (anaphylaxis), 1 mg IV (resuscitation every 3–5 min)
Epinephrine auto-injector	0.3 mg / 0.15 mg	Anaphylaxis (layperson/first use)	0.3 mg IM into the lateral thigh
Atropine	0.5 mg/mL ampoules	Symptomatic bradycardia	0.5 mg IV, repeatable up to max. 3 mg
Amiodarone	150 mg/3 mL ampoules	VF/pulseless VT (refractory)	300 mg IV bolus

Airways/Bronchospasm:

Medication	Concentration/Form	Indication	Dosage
Salbutamol	Metered-dose inhaler 100 µg/puff	Bronchospasm	2–4 puffs, repeatable
Salbutamol	Inhalation solution 5 mg/mL	Severe bronchospasm (nebulizer)	2.5–5 mg nebulized
Ipratropium bromide	Metered-dose inhaler 20 µg/puff	Bronchospasm (adjunctive)	4 puffs
Prednisolone	250 mg powder for injection	Anaphylaxis, asthma exacerbation	250 mg IV

Analgesia/Sedation/Seizure Management:

Medication	Concentration/Form	Indication	Dosage
Midazolam	5 mg/mL buccal/nasal or IV	Status epilepticus, seizure	10 mg buccal or 5 mg IV (titrated)
Diazepam	10 mg rectal tube	Seizure (alternative)	10 mg rectal
Morphine or Piritramide	10 mg/mL or 15 mg/2 mL	Acute chest pain (ACS)	Morphine: 2–5 mg IV titrated; Piritramide: 3.75–7.5 mg IV titrated
Metamizole	1 g/2 mL ampoules	Colic pain, acute pain	1 g IV slowly (caution: hypotension)

Metabolic/Miscellaneous:

Medication	Concentration/Form	Indication	Dosage
Glucose 40%	Prefilled ampoule	Hypoglycemia	10–20 mL (= 4–8 g glucose) IV
NaCl 0.9%	500 mL infusion bag (×2)	Volume therapy, dilution	As needed
Nitroglycerin	Spray 0.4 mg/puff	ACS, hypertensive emergency	1–2 puffs sublingual (caution: SBP >90 mmHg)
Acetylsalicylic acid	250–500 mg IV or 300 mg oral	ACS	150–300 mg IV or oral
Clemastine or Dimetindene	2 mg/2 mL or 4 mg/4 mL	Anaphylaxis (adjunctive)	2 mg IV or 4 mg IV slowly

Important note: Epinephrine is the only life-saving medication in anaphylaxis. Antihistamines and corticosteroids are merely adjunctive and must never delay epinephrine administration. The current guidelines recommend intramuscular injection into the lateral thigh as first-line therapy.

Consumables and Vascular Access

• Peripheral IV catheters (sizes 20G, 18G, 16G)
• Infusion sets and three-way stopcocks
• Syringes (2 mL, 5 mL, 10 mL, 20 mL)
• Needles for medication preparation
• Tourniquet
• Adhesive tape, swabs, disinfectant
• Intraosseous access (e.g., EZ-IO) – optional, but a valuable backup for difficult IV access during cardiac arrest
• Gloves (nitrile, various sizes)
• Pocket mask as personal protective equipment

Organization and Storage

An emergency kit is only useful if its contents can be found immediately under stress. The following principles have proven effective:

• Color coding: Separate modules by ABCDE scheme using colors (e.g., blue = airway, red = circulation)
• Standardized layout: Every team member must know blindly where each medication is located
• Fixed location: The emergency kit is kept at a central, always accessible location – not in a locked storage room
• Visible labeling: Clearly visible emergency symbol on the outside
• Additional mini emergency set in the treatment room: epinephrine auto-injector, oxygen, AED within reach

Maintenance and Expiration Date Management

The best equipment is worthless if it doesn't work in an emergency. A structured maintenance plan is therefore mandatory – not optional.

Maintenance Intervals

Item	Inspection Interval	Checkpoints
AED	Weekly (self-test) + monthly manual check	Status indicator, electrode pads (expiration date), battery status
Oxygen cylinder	Monthly	Fill level (≥50%?), pressure regulator function, leak tightness
Suction device	Monthly	Suction capacity, catheters available, battery/rechargeable battery charged
Bag-valve-mask	Monthly	Valve function, bag integrity, mask condition
Medications	Monthly	Expiration dates, discoloration, crystal formation
Consumables	Monthly	Completeness, sterility of packaging
Infusion solutions	Monthly	Expiration date, clarity, packaging integrity

Expiration Date Management

Systematic expiration date management prevents unpleasant surprises:

• Maintain an expiration date list: Record all medications with their expiration dates in a table, sorted by expiration date
• First-Expired-First-Out principle (FEFO): Place medications with the nearest expiration date at the front
• 3-month advance warning: Medications expiring within less than three months are reordered immediately and replaced upon delivery
• Never leave expired medications in the emergency kit – not even "just in case"
• Verify batch number and expiration date against the list at every inspection

Checklist and Documentation

Maintain a control log (paper or digital) documenting every inspection:

• Date of inspection
• Name of the person performing the inspection
• Completeness (target-actual comparison against the checklist)
• Finding for each device (functional / defective / replaced)
• Expiration date check: medications in order / replaced
• Signature

This log must be presented during practice inspections by the medical chamber and simultaneously serves as legal protection. Designate a responsible person on the practice team (e.g., a registered nurse or medical assistant) who independently performs the monthly inspection.

Regular Training: The Decisive Factor

The very best equipment is useless if the team cannot operate it in an emergency. The evidence clearly shows: without regular training, competence in emergency situations drops dramatically. As early as six months after a resuscitation course, essential skills are measurably diminished.

The following recommendations apply to the practice team:

• In-house emergency drills at least twice a year (simulation of specific scenarios such as anaphylaxis, resuscitation)
• Every team member must be able to operate the AED and know where the emergency kit is located
• Clarify role assignments: Who leads? Who retrieves the kit? Who calls emergency services? Who directs the arriving EMS team?
• Debriefing after every real emergency to identify areas for improvement
• Certified emergency courses as a foundation for all team members

The AHA guidelines emphasize the importance of high-performance teamwork – this applies not only in the ICU but equally in the outpatient practice. Clear communication, pre-defined roles, and practiced procedures make the difference between chaos and structured emergency care.

Common Mistakes and Pitfalls

From the experience of practice inspections and emergency simulations, the same weaknesses are encountered time and again:

• Epinephrine is missing or expired – the most common and most dangerous deficit
• AED present, but nobody knows where it is – or the battery is dead
• Oxygen cylinder empty because it was never checked
• IV catheters available, but no one on the team can place an IV – at minimum, the physician must be proficient in this skill, ideally the nursing staff as well
• No structured action plan for emergencies – the team improvises under maximum stress
• Emergency kit in the basement or in a locked room – access time >60 seconds is unacceptable
• Outdated contents that haven't been revised in years, containing medications that are no longer recommended

Practical Training

Assembling and maintaining emergency equipment is one side of the coin – confident application in a real emergency is the other. In the emergency training courses by Simulation Tirol, you and your practice team can practice exactly these scenarios in a realistic simulation environment. From airway management to anaphylaxis treatment to team-based resuscitation with an AED: the courses are based on current AHA guidelines and are specifically tailored to the needs of practice teams. Because in an emergency, what matters is not what's in the kit – but whether you and your team know what to do.