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Human Genetic Disorders Presentations

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8th Grade - 10th Grade

Understanding Genetic Traits - Allele Expressions - Dominance and Recessivity

Understanding Genetic Traits - Allele Expressions - Dominance and Recessivity

Presentation

Understanding Genetic Traits - Allele Expressions - Dominance and Recessivity

8th Grade - 10th Grade

Science

Examine genetic concepts such as allele expressions and dominance. Enhance understanding of predicting inheritance patterns and distinguishing phenotypes and genotypes.

10th Grade

Genetic Inheritance - Genotypes & Phenotypes - Genetics

Genetic Inheritance - Genotypes & Phenotypes - Genetics

Presentation

Genetic Inheritance - Genotypes & Phenotypes - Genetics

10th Grade

Science

Develop a comprehensive understanding of essential genetic concepts, including the identification of genotypes and phenotypes, as well as the classification of alleles. Learn to differentiate between dominant and recessive traits and gain insight into various genetic combinations.

9th Grade - 12th Grade

Genetic Structures - Chromosomal Mutations - DNA and Genetic Material

Genetic Structures - Chromosomal Mutations - DNA and Genetic Material

Presentation

Genetic Structures - Chromosomal Mutations - DNA and Genetic Material

9th Grade - 12th Grade

Science

Investigate chromosomal mutations and the role of DNA in protein synthesis and nitrogenous base pairing. Learners will distinguish between various types of mutations and comprehend the genetic functions of DNA.

9th Grade - 12th Grade

Inheritance Patterns and Mutation Analysis - Genetic Mutations

Inheritance Patterns and Mutation Analysis - Genetic Mutations

Presentation

Inheritance Patterns and Mutation Analysis - Genetic Mutations

9th Grade - 12th Grade

Science

Learn about various types of genetic mutations, including point mutations, insertions, deletions, and duplications. Study the mechanisms of inheritance patterns, such as autosomal dominant, autosomal recessive, X-linked, and mitochondrial inheritance. Analyze how genetic variations influence phenotypic traits and calculate the probabilities of trait inheritance. Enhance understanding of how genetic diversity contributes to populations and individual characteristics, focusing on the biological processes and implications of genetic modifications.

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