BTEC Level 3 Applied Science – Unit 11: Genetics and Genetic Engineering | 50-Page Workbook

** BTEC Level 3 Applied Science – Unit 11: Genetics and Genetic Engineering | 50-Page Editable Student Workbook**

A comprehensive 50-page editable student workbook designed to support teaching and learning for Pearson BTEC Level 3 Applied Science – Unit 11: Genetics and Genetic Engineering.

The workbook covers all four learning aims and provides structured support for key genetics concepts, practical activities, calculations and scientific terminology.

LEARNING AIM A – NUCLEIC ACIDS AND PROTEIN SYNTHESIS

Students explore:

• DNA structure and replication
• RNA structure and function
• mRNA, tRNA, rRNA and siRNA
• Triplet codes, codons and anticodons
• Degenerate and non-overlapping genetic code
• Transcription
• Translation
• Introns and exons
• Protein synthesis
• Mutagenic agents
• Missense, nonsense, silent, insertion, deletion, duplication and frameshift mutations

Clear step-by-step activities support understanding of how genetic information is copied and used to produce proteins.

LEARNING AIM B – CELL DIVISION AND GENETIC VARIATION

This section supports:

• Chromosome structure
• The cell cycle
• Mitosis
• Meiosis
• Genetic variation
• Homologous chromosomes
• Sister chromatids
• Anaphase I and Anaphase II
• Microscopy and slide observation

A practical observation template is included to support microscopy work.

LEARNING AIM C – PATTERNS OF INHERITANCE

Students develop understanding of:

• Genotype and phenotype
• Dominant and recessive alleles
• Homozygous and heterozygous genotypes
• Monohybrid inheritance
• Dihybrid inheritance
• Punnett squares
• Continuous and discontinuous variation
• Chi-squared analysis
• Co-dominance
• Sex linkage
• Chromosome mutations
• Epistasis

Worked inheritance examples and a genetic-cross results template help students apply theory to practical genetics problems.

LEARNING AIM D – GENETIC ENGINEERING

Topics include:

• DNA extraction
• Gel electrophoresis
• Polymerase chain reaction (PCR)
• Cell transformation
• Genetic engineering techniques
• Applications of genetic engineering
• DNA analysis
• Laboratory recording

The workbook includes a practical DNA techniques record template to support applied learning.

FILE FORMAT

Editable Microsoft Word document – approximately 50 pages.

Teachers can adapt tasks, add school or college branding, provide extra scaffolding and personalise the resource for their learners.

QUALIFICATION

Pearson BTEC Level 3 National Applied Science
Unit 11: Genetics and Genetic Engineering

PLEASE NOTE

This is an independently created educational resource and is not produced, endorsed or approved by Pearson.

Teachers should use this workbook alongside the current Pearson specification, official assessment guidance and centre assessment procedures.