BTL2 study plan

BTL2 · Give each week a clear focus.

8 weeks · About 7 hours per week

Week 1

Cell Biology and Biochemistry

Map every Domain 1 objective into a one-page checklist and rate your confidence 1-5 on each item
Explain protein structure-function relationships (folding, domains, post-translational modification) aloud without notes
Draw and label the major metabolic pathways (glycolysis, TCA cycle, oxidative phosphorylation) from memory, then correct against a reference
Solve 20 enzyme-kinetics problems covering Km, Vmax, inhibition types, and calculate each answer by hand

A completed Domain 1 objective checklist with confidence ratings plus a corrected hand-drawn metabolic pathway map

Week 2

Compare membrane transport mechanisms (passive, facilitated, active, co-transport) and predict direction of net flux in given scenarios
Describe cell-cycle phases and checkpoints and identify where specific perturbations would arrest a cell
Distinguish organelles by function and predict consequences of a specified organelle defect
Complete 30 mixed Domain 1 practice questions and log every miss with the underlying concept

An error log of at least 15 missed concepts with a one-sentence corrective rule for each

Week 3

Diagram replication, transcription, and translation and annotate the enzymes and directionality at each step
Predict the protein product and consequence of given point mutations, frameshifts, and nonsense mutations
Work through Mendelian and non-Mendelian inheritance problems including linkage and probability calculations
Explain gene-regulation mechanisms (operons, chromatin modification, transcription factors) in your own words

A set of 10 self-written genetics problems with worked solutions, including at least 3 mutation-consequence items

Week 4

Re-test all Domain 1 items rated 1-2 in week 1 and update confidence ratings
Build a two-column comparison of DNA versus RNA structure, stability, and function without consulting notes
Solve 25 timed mixed Domain 1 and 2 questions at exam pace
Identify the three weakest subtopics across both domains and schedule targeted review

A 50-question timed mid-point self-exam score report with a ranked list of the three weakest subtopics

Week 5

Classify major microbial groups by cell-wall structure, metabolism, and growth requirements
Interpret a growth curve and calculate generation time from provided data
Explain innate and adaptive immunity, including antibody structure, classes, and effector functions
Describe common laboratory identification methods and match them to organism categories

A one-page microbial comparison table plus three solved generation-time calculations

Week 6

Explain host-pathogen interaction and virulence-factor concepts and predict disease outcomes in scenarios
Describe vaccine types and mechanisms and justify a choice for a given pathogen profile
Outline upstream and downstream bioprocessing steps (inoculation, fermentation modes, harvest, purification)
Calculate yield, productivity, and recovery percentages across a multi-step process

A worked bioprocess mass-balance sheet showing yield and recovery at each of four purification steps

Week 7

Compare bioreactor types and operating modes and select an appropriate configuration for stated production goals
Explain recombinant DNA workflow from vector construction through expression and scale-up
Describe analytical and quality-control methods used to characterize bioproducts
Complete 30 mixed Domain 3 and 4 practice questions and log misses

A written design rationale for a hypothetical recombinant-protein production run, covering vector, host, reactor mode, and QC

Week 8

Take two full-length timed practice exams under exam conditions and score each by domain
Re-drill every concept still rated 1-2 across all four domains
Summarize each domain onto a single review sheet from memory
Rest and taper: limit new material to light review in the final 48 hours

Two scored full-length practice exams with a domain-by-domain trend comparison and final review sheets

Week 2: Domain 1 practice accuracy at or above 70 percent and all week 1 confidence-1 items resolved

Week 4: Mid-point self-exam at or above 65 percent overall with no domain below 55 percent

Week 6: Domains 1-3 practice accuracy at or above 75 percent each

Week 8: Final full-length practice exams at or above 80 percent overall with every domain at or above 70 percent