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Kaja Ritzau-Reid, PhD profile page

Freelance Science Writer

Kaja attained a BSc in genetics (2014), MRes in neurotechnology (2017) and a PhD in bioengineering (2022) at Imperial College London. During her PhD she worked on bioengineering organoids and spent part of her time working in an organoid group in Vienna, Austria. Here, she developed a microfibrous scaffold platform to guide brain organoid growth, which was patented for commercialization. In 2022 she started a position as a post-doctoral research associate at Imperial College London, where she investigated the effects of materials on organoid and stem cell growth. She is currently working as a freelance science writer.

Education

Imperial College London

University of Glasgow

Awards & Certifications

McLean medal, 2023

Accreditations

PhD in Bioengineering recognised by Imperial College London

MRes in Neurotechnology recognised by Imperial College London

BSc (Hons) Genetics recognised by University of Glasgow

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Content Written By, Reviewed By, or Featuring Kaja Ritzau-Reid, PhD

Total: 7

Close-up illustration of neural stem cells potentially used for Alzheimer’s disease research.

Stem Cell Advances Reshape Alzheimer’s Research and Treatment

This article explores how stem cell therapies and organoid models are advancing Alzheimer’s research. It highlights progress in microglial replacement, patient-derived brain models and the use of AI to accelerate discovery.

Fluorescently stained mice neuroblastoma cells.

Live-Cell Imaging Tips for Experimental Success

This guide provides essential strategies to streamline your live-cell imaging workflows and achieve reliable, reproducible results.

Gloved hand drawing liquid from a vial with a syringe, representing advancements in synthetic biology.

Building Living Therapeutics With Synthetic Biology

This article explores how synthetic biology is revolutionizing therapeutics through engineered cells, precision genetic circuits and AI-driven design, with applications in cancer treatment, vaccine development and next-generation immunotherapies.

Gloved hand pipetting solution into a 96-well plate for 3D cell culture analysis.

3D Cell Culture Tips To Optimize Your Workflow

This guide highlights practical strategies to overcome common issues in 3D culture, from optimizing seeding density to selecting the right scaffold and validation tools. It provides expert tips for every step.

Close-up of a 3D printer nozzle in action, highlighting precision technology for bioprinting applications.

Shape-Shifting Biomaterials for Tissue Regeneration

This article explores how 4D printing uses biomaterials to create shape-shifting medical devices, adaptive tissue scaffolds and targeted drug delivery systems.

Scientist wearing blue gloves preparing a sample for mass spectrometry analysis in a laboratory

Perfect Your Protein Prep for Mass Spectrometry

Download this guide to explore comprehensive workflows for effective protein analysis, techniques to optimize protein extraction and digestion, and key quality control measures for consistent results.

A close-up of several blue cells floating in a blurred, blue background.

Sample Prep Tips for Single-Cell Analysis

Download this guide to explore tips on sample selection, experimental planning, cell handling, cell isolation, quality control measures and working with complex samples.

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