Try Claude
Academic ResearchSearch papers, authors, citations
AI Tools for Emergency Medical Technicians
AI tools for emergency protocols, medication reference, patient assessment guidance, continuing education, and staying current on pre-hospital care standards.
Get started for free
Works in Chat, Cowork and Code
Compression Rate
100–120/min · 2–2.4 inch depth · minimize interruptions
Defibrillation
Shock as soon as available for shockable rhythm
Epinephrine
1mg IV/IO every 3–5 minutes
Amiodarone
300mg first dose · 150mg second dose (or lidocaine)
Post-ROSC
Hypothermia protocol + targeted temperature management
Emergency protocol verification and updates
Stay current on evidence-based emergency protocols for cardiac, trauma, and medical emergencies. Verify protocol details during training.
What is the current ACLS protocol for cardiac arrest? Chest compression rates, shock timings, medication sequence?
Compiled 2024 ACLS protocol: chest compressions 100-120/min, shock as soon as available, epinephrine 1mg IV every 3-5 minutes, amiodarone 300mg first shock then 150mg if needed (or lidocaine alternative). Key sequence: assess shockability, deliver shock, start compressions, IV access, give meds every 3-5 min. Continue CPR between shocks, minimize interruptions. Post-resuscitation: hypothermia management, post-arrest care protocol. Verify: your service uses current protocol, all equipment immediately available.
ToolRouter research
Chest Compressions
100–120/min · 2–2.4 in depth · minimize interruptions
Defibrillation
Shock as soon as available for shockable rhythm (VF/pVT)
Epinephrine
1mg IV/IO every 3–5 minutes
Amiodarone
300mg first dose · 150mg second (or lidocaine alternative)
Post-Resuscitation
Targeted temperature management protocol
Emergency medication management
Verify correct medication dosing, routes, and safety considerations for emergency medications used in the field.
What is the correct epinephrine dosing for anaphylaxis in an adult? Route? Repeat dosing interval?
Anaphylaxis epinephrine dosing: 0.3-0.5mg IM (intramuscular) in lateral thigh, repeat every 5-15 minutes if symptoms persist. IV epinephrine (0.1mg IV push) only if IV access already available and cardiac monitoring. Key: IM is first-line, faster absorption, safer than IV. After epinephrine: IV access, fluids, antihistamines, corticosteroids. Transport to hospital. Have patient lie flat (prevents shock position which worsens anaphylaxis initially).
ToolRouter lookup_docs
Adult Dose
0.3–0.5mg IM · lateral thigh (vastus lateralis)
Repeat Dose
Every 5–15 minutes if symptoms persist
IV Route
Only with IV access + cardiac monitoring — NOT first-line
After Epinephrine
IV access · fluids · antihistamines · corticosteroids
Position
Supine — do not allow patient to sit up (worsens shock)
Trauma assessment and field management
Apply trauma assessment protocols, prioritize injuries, and manage field treatment based on evidence-based guidelines.
Multi-vehicle collision: 3 patients. Patient A: unconscious, bleeding from head. Patient B: conscious, leg fracture. Patient C: chest pain, difficulty breathing. Triage priority?
Compiled trauma triage: Patient A (unconscious, head injury) = Red/Immediate (potential airway compromise, severe brain injury). Patient B (stable leg fracture) = Yellow/Delayed. Patient C (chest pain, breathing difficulty) = Red/Immediate (potential pneumothorax, cardiac event, needs oxygen). Field management A: airway assessment, head/spine precautions, rapid transport. B: splint leg, transport. C: oxygen, cardiac monitoring, rapid transport. Key: time to definitive care matters—transport quickly, treat en route.
ToolRouter research
Patient A — Unconscious, head injury
Red/Immediate · airway compromise risk · rapid transport
Patient B — Conscious, leg fracture
Yellow/Delayed · splint and transport
Patient C — Chest pain, breathing difficulty
Red/Immediate · suspected pneumo or cardiac event · O2 + monitor
Stroke and time-sensitive protocol recognition
Recognize stroke symptoms using FAST assessment and apply time-sensitive protocols (door-to-thrombolytic window is critical).
A patient presents with sudden speech difficulty and facial droop. FAST positive. What is the critical time window and field management?
Stroke alert FAST positive (Face drooping, Arm weakness, Speech difficulty, Time). Critical: TIME IS BRAIN—thrombolytic window 4.5 hours from symptom onset, thrombectomy window 24 hours but earlier is better. Field management: rapid transport to stroke center (call ahead), establish time of symptom onset (crucial for thrombolytic eligibility), IV access, continuous monitoring, NPO. Do NOT delay transport—every minute of delay reduces outcome. Imaging (CT/MRI) happens at hospital to rule out hemorrhage before thrombolytics.
ToolRouter search_papers
T=0 min
FAST positive — establish exact symptom onset time
T+60 min
"Golden Hour" — target hospital door-to-imaging in 25 min
T+4.5 hr
tPA thrombolytic window closes
T+24 hr
Thrombectomy window — select patients only
Ready-to-use prompts
ACLS protocol
What is the current ACLS (Advanced Cardiac Life Support) protocol for cardiac arrest? Compression rates, defibrillation, medications?
Medication dosing
Look up emergency medication dosing for epinephrine, amiodarone, and naloxone including routes and repeat intervals.
Stroke assessment
Research the FAST assessment for stroke recognition and the time-sensitive protocols for acute stroke management.
Trauma triage
Research trauma triage protocols and patient assessment for multi-casualty incidents.
Airway management
Research basic and advanced airway management techniques for emergency situations.
Shock protocols
Research identification and field management of different types of shock (hypovolemic, cardiogenic, anaphylactic, septic).
Tools to power your best work
Deep ResearchAI research reports with citations
Drug InformationDrug info: recalls & side effects
165+ tools.
One conversation.
Everything emergency medical technicians need from AI, connected to the assistant you already use. No extra apps, no switching tabs.
Emergency scene assessment and treatment initiation
Assess scene safety, evaluate patient, identify condition, and apply appropriate emergency protocols.
Multi-casualty incident triage and management
Perform rapid triage, prioritize patients, allocate resources, and ensure appropriate transport.
Frequently Asked Questions
How often should I update my emergency protocols?
ACLS protocols update every 5 years with major guideline changes. Check your service's protocols quarterly for local variations. Major changes (new medications, new protocols) should be implemented immediately after training.
What do I do if I'm unsure about medication dosing in the field?
Call medical control/online physician—that's exactly what they're there for. It's better to verify than to guess. Speed is important, but accuracy is critical. Medical control has access to current dosing references.
How do I handle triage when resources are limited?
Use standardized triage (START protocol or similar). Immediate (Red) first, Delayed (Yellow) second, Minor (Green) third, Deceased/Expectant (Black) last. Resource allocation depends on available transport. Follow your service's MCI (Mass Casualty Incident) protocol.
What's the most critical skill to maintain proficiency in?
CPR and high-quality chest compressions (correct rate, depth, minimal interruptions). This is the foundation for cardiac arrest survival. Regular practice and continuing education on ACLS keep these skills sharp.
Give your AI superpowers.
Get started for free
Works in Chat, Cowork and Code