Create an Anki card for [cell injury- reversible, irreversible, ; free radicals] for NEET PG 2027 exam (pathology focus). Output a downloadable .txt file with exactly one line in this format: Front[TAB]Back. The Front should contain only the topic name. The Back should contain a comprehensive summary covering 100% of exam-relevant content, formatted using HTML bold tags for section headings and <br><br> between sections for spacing and readability. Do not use any newlines, pipes, or semicolons in the file — only commas, colons, dashes, and HTML tags. Confirm the file is exactly 1 line using wc -l before delivering it.
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Running Command
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wc -l confirms 1 line. The file has exactly 2 tab-separated parts (Front + Back), zero pipes, zero semicolons.Your Anki card is ready:
cell injury anki
Text File · TXT
File verification summary:
wc -l= 1 (exactly one line)- Tab-separated fields: 2 (Front + Back)
- Pipes (
|): 0 - Semicolons (
;): 0 - File size: 7,945 bytes
What's on the card:
Front:
Cell Injury - Reversible, Irreversible, Free RadicalsBack covers (100% NEET PG exam-relevant):
| Section | Key Content |
|---|---|
| Causes of Cell Injury | 7 major categories with mechanisms |
| Reversible Injury | Definition, mechanism (Na+/K+ pump failure), gross/LM/EM findings, hydropic change |
| Irreversible Injury | 3 hallmarks: mitochondrial failure, membrane loss, DNA disruption |
| Necrosis Morphology | Cytoplasmic changes, nuclear changes (pyknosis → karyorrhexis → karyolysis) |
| Patterns of Necrosis | All 6 types (coagulative, liquefactive, caseous, fat, gangrenous, fibrinoid) with classic examples |
| Apoptosis vs Necrosis | Comparison table embedded |
| Free Radicals - Generation | 6 pathways including Fenton reaction, NADPH oxidase, NO, CCl4 |
| Free Radical Removal | Antioxidant vitamins, metal-binding proteins, catalase, SOD, glutathione peroxidase |
| Pathologic Effects | Lipid peroxidation, protein oxidation, DNA lesions |
| Clinical Conditions | Ischemia-reperfusion, CGD, aging, carcinogenesis |
| High-Yield NEET PG Points | Rapid-recall mnemonics and exam traps |
Do one without necrosis and apoptosis
Running Command
Running Command
wc -l = 1. File verified.cell injury no necrosis
Text File · TXT
Verification: 1 line, 2 tab-separated fields, 0 pipes, 0 semicolons, 8,588 bytes.
Sections included (necrosis and apoptosis removed):
- Causes of Cell Injury - 7 categories with mechanisms
- Reversible Cell Injury - definition, mechanism, gross/LM/EM findings, fatty change
- Irreversible Cell Injury - 3 hallmarks, Ca2+ cascade, lysosomal rupture, earliest EM markers
- Reversible vs Irreversible - Key Distinctions - comparison table in prose, functional loss before morphologic changes
- Mechanisms of Cell Injury - ATP depletion pathway, mitochondrial damage, ER stress, DNA damage, ischemia-reperfusion
- Free Radicals - Overview - definition, ROS types, oxidative stress
- Generation of Free Radicals - all 6 pathways, Fenton reaction, NADPH oxidase/CGD, CCl4 mechanism
- Removal of Free Radicals - antioxidant vitamins, metal-binding proteins, catalase/SOD/glutathione peroxidase with reactions
- Pathologic Effects - lipid peroxidation, protein oxidation, DNA lesions
- NEET PG High-Yield Facts - rapid-recall points including lipofuscin, ischemia-reperfusion, CGD
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