Genetics Course Index

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শিক্ষামূলক নোট: এই পৃষ্ঠা একাডেমিক জীববিজ্ঞান শেখা ও পরীক্ষার প্রস্তুতির সহায়ক।

Genetics Course Index

This page is the production gateway for the 17-lecture Genetics route set of Learning Biology For Life. The course moves from basic heredity to Mendelian reasoning, gene interaction, chromosome logic, molecular genetics, gene regulation and responsible interpretation.

Use the central framework pages below for the full method. This page keeps only the topic-specific learning path so learners do not meet the same boilerplate repeatedly.

LOLO / LALA Objectives, outcomes, activities, and applications. Bloom Taxonomy Remember, understand, apply, analyze, evaluate, and create. CQ Studio Board-style creative question structure and answer logic. Assessment Rubric MCQ, short answer, CQ, diagram, practical, and reflection quality. Practical Framework Observation, evidence, life application, and reflective responsibility.

Course Architecture

Foundation
  ↓
Mendelian inheritance
  ↓
Gene interaction and modified ratios
  ↓
Chromosome-based inheritance
  ↓
Molecular genetics
  ↓
Gene regulation, mutation and synthesis

Complete Lecture Route Map

No. Lecture Main focus Route
01 Foundations of Genetics heredity, variation, gene, trait, chromosome Open
02 Genetic Terminology allele, locus, genotype, phenotype, dominance Open
03 Mendel and Pea Plant Mendel’s method, pea traits, pure line, controlled cross Open
04 Monohybrid Cross law of dominance, segregation, 3:1 ratio Open
05 Dihybrid Cross independent assortment, four gametes, 9:3:3:1 ratio Open
06 Gene Interaction non-allelic interaction and modified Mendelian logic Open
07 Epistasis and Gene Ratios 9:7, 9:3:4, 12:3:1, 13:3, 15:1 ratios Open
08 Linkage linked genes, crossing over, recombination Open
09 Gene Mapping recombination frequency, map unit, centiMorgan Open
10 Chromosome Patterns autosomes, sex chromosomes, karyotype, sex determination Open
11 Sex-Linked Inheritance X-linked, Y-linked, carrier state, pedigree clues Open
12 Chromosomal Mutation and Abnormalities deletion, duplication, nondisjunction, aneuploidy Open
13 DNA as Genetic Material nucleotide, base pairing, chromosome chemistry Open
14 DNA Replication semi-conservative replication, replication fork, enzymes Open
15 Central Dogma and Transcription DNA to RNA, template strand, RNA processing Open
16 Translation and Genetic Code codon, anticodon, ribosome, protein synthesis Open
17 Gene Regulation, Mutation, and Course Synthesis regulation, mutation-to-phenotype logic, final synthesis Open

Start with vocabulary

Complete Lectures 01–02 before solving inheritance problems.

Build Mendelian logic

Use Lectures 03–05 to understand crosses, ratios and laws.

Handle exceptions

Study Lectures 06–09 to interpret modified ratios, linkage and mapping.

Shift to chromosomes

Use Lectures 10–12 to understand chromosome-based inheritance and variation.

Move molecular

Use Lectures 13–16 to connect DNA information with expression.

Synthesize responsibly

Use Lecture 17 to connect regulation, mutation, context and interpretation.

Final Route Integrity Note

The public routes are preserved. This index improves title clarity and course sequencing without migrating URLs or changing navigation.