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A picture of Kate Harrison, PhD

Kate Harrison, PhD profile page

Senior Science Writer


Kate has a BSc in Microbiology from the University of Manchester and a PhD in virology from the University of Edinburgh. Following this, she completed a post-doc at the Jenner Institute, University of Oxford, developing vaccines for neglected tropical diseases including dengue and zika viruses. She later moved to a lectureship position at the University of Chester, teaching immunology as well as initiating a research project examining the immunology of pregnancy and breast milk. Realising that her passion lay in science communication and public engagement rather than in the lab, Kate made the leap into science writing in 2022. She worked at Technology Networks as a senior science writer until August 2025.


Education


The University of Edinburgh  

The University of Manchester  


Areas of Expertise



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Content Written By, Reviewed By, or Featuring Kate Harrison, PhD
Total: 21
Gloved hands framing a western blot image on an infographic. Text reads: The Advancing Applications of Western Blotting
Infographic

The Advancing Applications of Western Blotting

This infographic provides a comprehensive look at the evolving landscape of western blotting. It outlines diverse application areas and explores technological advances that are overcoming long-standing limitations.
Gloved hand organizing blood sample tubes in a laboratory for biomarker analysis.
Article

Immune Biomarkers as Markers of Health and Disease

This article explores how immune biomarkers can predict disease risk, guide treatment choices and overcome challenges to advance personalized medicine.
Infographic outlining the main applications of NGS Text reads: The Far-Reaching Impacts of Next-Generation Sequencing.
Infographic

The Far-Reaching Impacts of Next-Generation Sequencing

This infographic will explore how NGS has contributed to advances in personalized cancer treatment, microbiome research and environmental sciences.
Scientist holding a cryopreserved cell sample in a sterile lab environment.
How To Guide

Mastering Cryopreservation for Maximum Cell Recovery

The safe storage of cells and tissues is vital to protect research integrity in life science research. This guide highlights practical strategies for maintaining cell health and ensuring reproducible results.
Illustrated infographic on big data in life science research, showing analytics charts and data processing.
Infographic

Asking the Big Questions: Big Data in Life Science Research

This infographic explores the strategies and techniques required for big data analytics, such as machine learning, and how these data are contributing to advancements across life sciences and healthcare.
A headshot of Chris Stumpf against a blue background featuring the Teach me in 10 logo and the title of the video
Video

Unifying the Design-Make-Test-Decide R&D Lifecycle

In this Teach Me in 10 episode, we explore how versatile data platforms can help scientists make data-driven decisions and accelerate the development of novel therapeutics.
Scientist near industrial pipes with a valve, symbolizing biopharmaceutical processing. Pills and a bottle scattered. Title: 'Mass Spectrometry in the Biopharmaceutical Pipeline
Infographic

Mass Spectrometry in the Biopharmaceutical Pipeline

This infographic explores how MS-based techniques drive innovation in biopharmaceutical development, helping researchers overcome analytical challenges and optimize biotherapeutic characterization.
A scientist wearing PPE works inside a cell culture hood, adding pink media to a tissue culture flask.
Article

Types of Cell Culture Contamination and How To Prevent Them

Contamination is one of the main roadblocks to successful cell culture. This article explores the different types of contamination, how to identify microbial contaminants in cell culture and best practices for removal and prevention.
Gloved hand placing a sample tube into a flow cytometry machine for cell analysis.
Article

The Future Is Bright: Advances and Developments in Flow Cytometry

Flow cytometry (FC) is a powerful tool for multi-parametric cell characterization. In this article, we explore the advances improving the accuracy and efficiency of FC and opening up new research and clinical applications.
An artistic representation of T cells
Article

Understanding T Cells: T Cell Types, the T Cell Receptor and T Cell Activation, Differentiation and Functions

The adaptive immune system is highly complex and specific. In this article we focus on T cells, and discuss their development, their different functions, and what happens when they don't function correctly.
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