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10th Grade

Understanding Genetic Variations - Mechanics of Allele Frequencies - Principles of Population Genetics

Understanding Genetic Variations - Mechanics of Allele Frequencies - Principles of Population Genetics

Interactive Video

Understanding Genetic Variations - Mechanics of Allele Frequencies - Principles of Population Genetics

10th Grade

Science

Gain insights into the dynamics of genetic variations and allele frequencies in populations. Develop a deep understanding of genetic principles and explore their implications in evolution, enhancing skills in analyzing genetic data and interpreting evolutionary trends.

9th Grade - 12th Grade

Gene Expression - Regulation Mechanisms - Molecular Biology

Gene Expression - Regulation Mechanisms - Molecular Biology

Interactive Video

Gene Expression - Regulation Mechanisms - Molecular Biology

9th Grade - 12th Grade

Science

Investigate the mechanisms of gene expression and regulation in somatic cells with a focus on transcription processes. Develop an understanding of cellular differentiation and the pathways from gene transcription to protein synthesis.

8th Grade - University

Gene Regulation Techniques - Expression Control - Gene Functionality

Gene Regulation Techniques - Expression Control - Gene Functionality

Interactive Video

Gene Regulation Techniques - Expression Control - Gene Functionality

8th Grade - University

Science

Study the processes of gene expression with a focus on DNA transcription and translation involved in protein synthesis. Develop skills in understanding gene regulation and its effects within cellular environments.

8th Grade - University

Epigenetic Mechanisms - Gene Expression - Molecular Biology

Epigenetic Mechanisms - Gene Expression - Molecular Biology

Interactive Video

Epigenetic Mechanisms - Gene Expression - Molecular Biology

8th Grade - University

Science

Investigate how epigenetic modifications impact gene expression, focusing on the roles of methylation and acetylation. This exploration enhances understanding of DNA interactions and their influence on phenotypic traits.

6th Grade - 10th Grade

Analyzing Genetic Patterns - Genotypes & Punnett Squares - Mendelian Genetics

Analyzing Genetic Patterns - Genotypes & Punnett Squares - Mendelian Genetics

Interactive Video

Analyzing Genetic Patterns - Genotypes & Punnett Squares - Mendelian Genetics

6th Grade - 10th Grade

Science

Explore the principles of Mendelian genetics by examining genotypes and employing Punnett squares. Gain proficiency in predicting genetic outcomes and comprehending allele interactions, enhancing understanding of inheritance patterns and genetic variation.

6th Grade - 10th Grade

Understanding Dominant Traits - Genetic Principles - Mendelian Genetics

Understanding Dominant Traits - Genetic Principles - Mendelian Genetics

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Understanding Dominant Traits - Genetic Principles - Mendelian Genetics

6th Grade - 10th Grade

Science

Understand the principles of Mendelian Genetics by examining dominant and recessive traits and utilizing Punnett Squares. Gain the ability to predict genetic outcomes and develop a comprehension of genetic variation. This learning module focuses on essential concepts and methods for analyzing hereditary patterns and variations in genetic traits.

6th Grade - 10th Grade

Inheritance Patterns - Incomplete Dominance & Codominance - Non-Mendelian Genetics

Inheritance Patterns - Incomplete Dominance & Codominance - Non-Mendelian Genetics

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Inheritance Patterns - Incomplete Dominance & Codominance - Non-Mendelian Genetics

6th Grade - 10th Grade

Science

Explore the intricacies of non-Mendelian inheritance by examining incomplete dominance and codominance. Gain insight into genetic interactions and develop skills in predicting phenotypes through a deeper understanding of these genetic phenomena.

9th Grade

Understanding Monohybrid Crosses - Genetics Concepts - Mendelian Genetics

Understanding Monohybrid Crosses - Genetics Concepts - Mendelian Genetics

Interactive Video

Understanding Monohybrid Crosses - Genetics Concepts - Mendelian Genetics

9th Grade

Science

Gain an in-depth understanding of monohybrid crosses by focusing on the fundamental concepts of alleles, genotypes, and phenotypes. Develop skills in making genetic predictions and enhance comprehension of heredity principles.

6th Grade - 10th Grade

Understanding DNA Enzymes - Structure & Replication - Molecular Biology

Understanding DNA Enzymes - Structure & Replication - Molecular Biology

Interactive Video

Understanding DNA Enzymes - Structure & Replication - Molecular Biology

6th Grade - 10th Grade

Science

Investigate the intricate structure of DNA along with the replication process by examining the roles of key enzymes. Acquire a deeper understanding of enzymatic functions and their critical importance in cellular biology.

6th Grade - 10th Grade

Patterns of Inheritance - Complex Inheritance Mechanisms - Genetic Inheritance

Patterns of Inheritance - Complex Inheritance Mechanisms - Genetic Inheritance

Interactive Video

Patterns of Inheritance - Complex Inheritance Mechanisms - Genetic Inheritance

6th Grade - 10th Grade

Science

Examine the complexities of genetic inheritance, focusing on intricate patterns such as incomplete dominance and co-dominance. Enhance understanding of varied genetic expressions and apply this knowledge to explore real-world genetic variations, fostering skills in analysis and application of genetic principles.

6th Grade - 10th Grade

Understanding Allelic Variation - Basics of Genetics - Inheritance Principles

Understanding Allelic Variation - Basics of Genetics - Inheritance Principles

Interactive Video

Understanding Allelic Variation - Basics of Genetics - Inheritance Principles

6th Grade - 10th Grade

Science

Study the basics of genetics with a focus on allelic variations and the roles of chromosomes. Develop the ability to identify dominant and recessive traits and gain an understanding of how genes determine phenotype.

9th Grade - 12th Grade

Genetics and Molecular Biology - Gene Function and Protein Synthesis

Genetics and Molecular Biology - Gene Function and Protein Synthesis

Interactive Video

Genetics and Molecular Biology - Gene Function and Protein Synthesis

9th Grade - 12th Grade

Science

Investigate the function of genes and the process of protein synthesis in eukaryotic cells. Describe the relationship between genes and proteins and explain the role of mRNA in transcription and translation.

7th Grade - University

Understanding Genetic Mutations - DNA Changes - Genetic Code

Understanding Genetic Mutations - DNA Changes - Genetic Code

Interactive Video

Understanding Genetic Mutations - DNA Changes - Genetic Code

7th Grade - University

Science

Investigate genetic mutations and changes in DNA to understand their effects on living organisms and the role of these mutations in heredity. Enhance comprehension of the genetic code and how mutations influence genetic inheritance.

6th Grade - 10th Grade

Advanced Genetics Techniques - Dihybrid Crosses - Concepts in Punnett Squares

Advanced Genetics Techniques - Dihybrid Crosses - Concepts in Punnett Squares

Interactive Video

Advanced Genetics Techniques - Dihybrid Crosses - Concepts in Punnett Squares

6th Grade - 10th Grade

Science

Explore dihybrid crosses and Punnett squares to predict genetic outcomes and understand complex inheritance patterns.

6th Grade - 10th Grade

DNA Structure and Replication - Molecular Biology Fundamentals

DNA Structure and Replication - Molecular Biology Fundamentals

Interactive Video

DNA Structure and Replication - Molecular Biology Fundamentals

6th Grade - 10th Grade

Science

Explore the structure of DNA, focusing on its sugar components, nitrogenous bases, and the replication process. Acquire foundational knowledge essential for applications in molecular biology, enhancing understanding of genetic material and its role in heredity and biological functions.

6th Grade - 10th Grade

Genetic Analysis - Punnett Squares - Monohybrid Crosses

Genetic Analysis - Punnett Squares - Monohybrid Crosses

Interactive Video

Genetic Analysis - Punnett Squares - Monohybrid Crosses

6th Grade - 10th Grade

Science

Investigate genetics principles through engaging questions on monohybrid crosses using Punnett squares. Enhance abilities in predicting genotype and phenotype ratios in offspring.

6th Grade - 10th Grade

Genetic Processes - DNA Structure & Replication - Molecular Biology

Genetic Processes - DNA Structure & Replication - Molecular Biology

Interactive Video

Genetic Processes - DNA Structure & Replication - Molecular Biology

6th Grade - 10th Grade

Science

Engage with the architecture of DNA and the biological processes involved in its replication. Understand genetic variations and explore the roles of enzymes in DNA synthesis.

6th Grade - 10th Grade

DNA Characteristics - Structure and Replication - Molecular Biology

DNA Characteristics - Structure and Replication - Molecular Biology

Interactive Video

DNA Characteristics - Structure and Replication - Molecular Biology

6th Grade - 10th Grade

Science

Study the distinctive structure of DNA and its crucial role in the process of replication. Gain insights into the fundamental molecular interactions and understand the importance of base pairing to ensure accurate DNA replication.

6th Grade - 10th Grade

Understanding Mendelian Concepts - Genetic Principles - Foundations of Genetics

Understanding Mendelian Concepts - Genetic Principles - Foundations of Genetics

Interactive Video

Understanding Mendelian Concepts - Genetic Principles - Foundations of Genetics

6th Grade - 10th Grade

Science

Explore essential genetics concepts, focusing on Mendel's laws, Punnett squares, and trait inheritance. Gain a solid understanding of fundamental genetic principles and develop skills to accurately predict genetic outcomes.

6th Grade - 10th Grade

Genetic Patterns - Incomplete Dominance & Codominance - Heredity Concepts

Genetic Patterns - Incomplete Dominance & Codominance - Heredity Concepts

Interactive Video

Genetic Patterns - Incomplete Dominance & Codominance - Heredity Concepts

6th Grade - 10th Grade

Science

Examine how incomplete dominance and codominance influence phenotype expression. Gain proficiency in key inheritance patterns to accurately predict offspring traits across various genetic scenarios.

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