Author

Tamika Ogilvie Page 13

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 Is Human Genomics and Why Is It Important?
What Is Single Cell DNA Sequencing and Why Is It Important?
What Are DNA Repair Genes and Why Are They Important?
What Are Exomes and Why Are They Important?
The RNA Genome: What It Is and How It Functions
BRCA1 Gene: Cancer Risk, Mutations, and Genetic Testing
Telomere Chromosome: Structure and Function
The Genetic Code Circle and How to Use It for Translation
Horizontal Gene Transfer Examples in Nature
Genome vs Proteome: What Is the Core Difference?
What Is a Gene Name and How Are Genes Named?
What Is a Coding Sequence and Why Does It Matter?
What Is a Mutation in Plants and How Does It Occur?
James Wilson’s Complicated Legacy in Gene Therapy
What Is Lateral Gene Transfer and Why Does It Matter?
What Is the Ideal DNA Storage Temperature?
The History of Genetics: From Mendel to Molecular Biology
The Human Genome Map and How It Works
What Are the Base Pairing Rules for mRNA?
Paul Modrich: Unraveling DNA Mismatch Repair
What Did Maurice Wilkins Discover About DNA and Science?
What Are Indels and How Do They Affect The Genome?
Biological Blueprinting: What Is the Blueprint of Life?
What Is In Vivo Gene Therapy and How Does It Work?
What Is Gene Manipulation and How Does It Work?
Superior Genetics: The Science and Ethics of an Idea
What Are Gene Therapy Clinical Trials and How Do They Work?
What “Anti-Parallel” in DNA Means and Why It’s Important
What Are Nucleotide Sequences and Why Are They Important?
Human Genome Sciences: The Future of Our Genetic Code