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office_hours:inflammation:start [2026/02/15 17:40] andrew2393cnsoffice_hours:inflammation:start [2026/02/15 17:52] (current) – [High-Yield Framework — How Immune Drugs Differ] andrew2393cns
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 This series is the **mechanistic backbone** for a huge portion of pharmacology: This series is the **mechanistic backbone** for a huge portion of pharmacology:
-NSAIDs, corticosteroidsantihistaminesasthma medsbiologicsrheum drugs, and more.+NSAIDs, CorticosteroidsAntihistaminesAsthma MedsBiologicsRheum Drugs, and more.
  
 <WRAP center round important 90%> <WRAP center round important 90%>
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 <WRAP center round box 95%> <WRAP center round box 95%>
-If you understand the pathwayyou stop memorizing drug lists.+You will be a better clinician if you understand the pathwaysnot just memorize some drugs
 </WRAP> </WRAP>
  
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 ===== Episodes ===== ===== Episodes =====
- 
-> Keep each episode as its own page (easy to expand later).   
-> This landing page stays clean and scalable. 
  
 <WRAP group> <WRAP group>
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 <WRAP half column> <WRAP half column>
  
-==== Episode 2 — Arachidonic Acid Pathway (NSAIDs vs Leukotrienes) ====+==== Episode 2 — Arachidonic Acid (NSAIDs vs Leukotrienes) ====
  
 <WRAP lecturevideo> <WRAP lecturevideo>
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 <WRAP half column> <WRAP half column>
  
-==== Episode 4 — Hypersensitivity vs Autoimmunity (Clinical Patterns) ====+==== Episode 4 — Hypersensitivity vs Autoimmunity ====
  
 <WRAP lecturevideo> <WRAP lecturevideo>
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 ---- ----
  
-===== High-Yield Framework ===== 
  
-<WRAP center 90%> +===== High-Yield Framework — How Immune Drugs Differ ===== 
-Target Level ^ Examples ^ What It Usually Does + 
-Mast cells / histamine | antihistamines, omalizumab (IgE) | helps allergy symptoms; not great for deep autoimmune disease +<WRAP center 95%> 
-Arachidonic acid (COX/LOX) | NSAIDs, aspirin, zileuton, montelukast | pain/fever/inflammation; leukotrienes = airway + allergy +Depth of Action ^ What The Drug Is Really Doing ^ Drug Classes ^ Typical Clinical Use 
-Gene transcription | corticosteroids | broad suppression; powerful but lots of systemic adverse effects +Surface (symptom relief) | Blocks mediators already released | [[allergy:drug_classes:first_generation_h1|Antihistamines]], [[immunology:biologics:anti_ige|Omalizumab]] | Seasonal allergies, urticaria 
-Cytokines / signaling | TNF inhibitors, IL inhibitors, JAK inhibitors | “upstream” control; high impact in autoimmune disease |+Local chemical inflammation | Blocks inflammatory chemicals (prostaglandins leukotrienes| [[eicosanoids:nsaids:start|NSAIDs]][[cardio:antiplatelet:aspirin|Aspirin]][[respiratory:drugs:zileuton|Zileuton]][[respiratory:drugs:montelukast|Montelukast]] | Pain, fever, mild asthma 
 +Broad immune suppression Turns off inflammatory gene production | [[endocrine:drug_classes:corticosteroids|Corticosteroids]] | Severe inflammation, flares 
 +Targeted immune modulation | Blocks specific immune communication pathways | [[immunology:biologics:anti_tnf_agents|TNF inhibitors]][[immunology:biologics:start|IL inhibitors]][[immunology:jak_inhibitors:start|JAK inhibitors]] Autoimmune disease, severe asthma, IBD |
 </WRAP> </WRAP>
  
----- +<WRAP center round tip 90%> 
- +The deeper the drug acts → the stronger the disease control → the greater the infection risk. 
-===== Best Order ===== +</WRAP>
- +
-  - Episode 1 (Map) → Episode 2 (AA pathway) → Episode 3 (Cytokines) → Episode 4 (Patterns)+
  
 ---- ----
- 
 ===== Related ===== ===== Related =====
  
office_hours/inflammation/start.1771177203.txt.gz · Last modified: by andrew2393cns