Author

Tamika Ogilvie Page 19

Tamika Ogilvie is a science writer at Biology Insights with a specialty in genetics. She spent years instructing biotechnology students at a technical high school, directing laboratory sequencing projects alongside regional research partners, and also worked as a quality control analyst in private industry. Ogilvie received a bachelor’s degree in biotechnology from Kansas State University.

What Are Transgenes? Their Uses, Risks, and Impact Genetics
What Is a Microbial Genome and Why Is It Important?Genetics
DNA Copy Number: What It Is and Why It Matters Genetics
How Marshall Nirenberg’s Discovery Cracked the Genetic Code Genetics
Can Epigenetic Changes Be Reversed?Genetics
What Is Mutation Detection and How Does It Work?Genetics
Genetic Advancements Reshaping Medicine and Our Future Genetics
What Is Genome Mapping and Why Is It Important?Genetics
Hamster Mouse Hybrid: Is It Biologically Possible?Zoology
What Are Microbial Genomes and Why Are They Important?Genetics
What is DNA Alteration and How Does It Work?Genetics
CRISPR Knockouts: The Science of Disabling Genes Genetics
Can CRISPR Gene Editing Offer a Cure for Hemophilia?Genetics
Orchid Genetics: Explaining Orchid Diversity and Beauty Genetics
What Is a Transcription Mutation and How Does It Affect Genes?Genetics
What Is a Gene Assay and How Does the Process Work?Tests
What is UV Mutagenesis and How Does It Damage DNA?Genetics
What Is Phenotypic Data and Why Is It Important?Genetics
What Is cDNA Sequencing and How Does It Work?Genetics
What Is Protein Coding and How Does It Work?Genetics
DNA e RNA: Diferenças, Estrutura e Funções Genetics
Terminator Biology: What It Is and Why It’s Controversial Genetics
What Is COVID Sequencing and Why Is It Important?Genetics
Restriction Enzymes: Mechanisms and Applications in Genetics Genetics
Start Codons: Key Roles and Impacts in Protein Synthesis Genetics
Point Mutations: Types, Mechanisms, Detection, and Impact on Proteins Genetics
DNA Replication Errors: Impact on Genetic Stability Genetics
CRISPR Systems: Mechanisms, Types, and Applications Genetics
Advancements in Gene Cloning: Techniques and Applications Genetics
Genetic Mutations: Impact on DNA Repair and Evolution Genetics