Create a 2.5 days study plan for me everyday has 3 slots morning, afternoon and evening Basic Biochemistry Carbohydrates (Basic Chemistry of Biomolecules) Lipids Proteins and Amino Acids Nucleic Acids (imp) Vitamins (imp) Hormones (imp) Enzymes (Michael Menten Equation) (imp) Metabolic Fate of Carbohydrates (imp) Metabolic Fate of Lipids (imp) Metabolic Fate of Proteins and Amino Acids (imp) Bioenergetics (imp) Gene Expression Introduction to Clinical Chemistry At the end Create image
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Here is your complete 2.5-Day Biochemistry Study Plan:
π Day 1 - Wednesday (May 27)
| Slot | Topics | Notes |
|---|---|---|
| π Morning | Basic Biochemistry + Carbohydrates (Basic Chemistry of Biomolecules) | Foundations first - get comfortable with terminology and structures |
| βοΈ Afternoon | Lipids + Proteins and Amino Acids | Structure-function focus; link amino acid properties to protein behavior |
| π Evening | β Enzymes (Michaelis-Menten Equation) | High-yield - graph interpretation, Km, Vmax, inhibition types |
π Day 2 - Thursday (May 28)
| Slot | Topics | Notes |
|---|---|---|
| π Morning | β Nucleic Acids + β Vitamins | DNA/RNA structure + fat/water-soluble vitamin deficiencies (classic MCQ territory) |
| βοΈ Afternoon | β Hormones + β Bioenergetics | Signal transduction mechanisms + ATP yield calculations (glycolysis, TCA, ETC) |
| π Evening | β Metabolic Fate of Carbohydrates + β Metabolic Fate of Lipids | Glycolysis, gluconeogenesis, glycogen metabolism; fatty acid oxidation, ketogenesis |
π Day 3 - Friday (May 29) - Half Day
| Slot | Topics | Notes |
|---|---|---|
| π Morning | β Metabolic Fate of Proteins & Amino Acids + Gene Expression + Introduction to Clinical Chemistry | Urea cycle, transamination; transcription/translation overview; lab reference ranges |
Strategy Tips
- β = Important (imp) topics - these are your exam priorities; review these again on Day 3 afternoon if time permits
- Metabolic topics (Day 2 Evening + Day 3 Morning) are interconnected - draw pathway maps as you go
- Michaelis-Menten (Day 1 Evening) is a standalone mathematical topic - practice graph-based MCQs
- Vitamins & Hormones are pure memory - use mnemonics and tables
- After each slot, do a 10-minute review of what you just studied before the next session
Generate a downloadable PDF study guide for Day 1 topics
Reading File
Reading File
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Finding Sources
Reading File
Reading File
Running Command
Writing File
Running Command
Running Command
Your PDF is ready! Here's what's inside:
π Download Your Study Guide
Day1 Biochemistry Study Guide
PDF Document Β· PDF
What's Covered in the PDF (5 Topics, 4 Pages)
π Morning Slot
Topic 1 β Basic Biochemistry
- pH, Henderson-Hasselbalch equation, physiologic buffers
- Complete table of all 4 chemical bond types with examples
Topic 2 β Carbohydrates
- Full classification table (mono β polysaccharides)
- Isomers: epimers, anomers, D/L, reducing sugars
- Polysaccharide comparison table (glycogen vs starch vs cellulose)
- Clinical MCQs: galactosemia, sucrose as non-reducing sugar
βοΈ Afternoon Slot
Topic 3 β Lipids
- Fatty acid notation, essential fatty acids, cis vs trans
- Phospholipid types and clinical roles (surfactant, signalling)
- Lipoprotein density table (Chylomicron β HDL)
Topic 4 β Proteins & Amino Acids
- 20 amino acid classification table with clinical notes
- Essential amino acids mnemonic (PVT TIM HaLL)
- 4 levels of protein structure with stabilising forces
- Clinical links: sickle cell anaemia, prion disease
π Evening Slot β
Topic 5 β Enzymes (Michaelis-Menten)
- Michaelis-Menten equation clearly explained
- Full inhibition comparison table (Competitive / Non-competitive / Uncompetitive / Irreversible)
- Lineweaver-Burk plot interpretation rules
- Drug-enzyme inhibitor table (Aspirin, Statins, Methotrexate, ACE inhibitors...)
- End-of-day revision checklist for all 5 topics
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