About Me
Hello,
I began my research journey during my MRes at Imperial College London, where I developed my skills in scientific investigation while exploring cardiovascular disease
While completing my PhD at the University of Reading, where I studied electrical signalling via calcium ions, mechanobiology, and their roles in malignancy during cancer, I discovered my passion for scientific writing
Earning my AFHEA, a professional recognition for excellence in teaching higher education, helped me recognise that communication is something I naturally lean towards and reinforced my ability to translate complex research into a clear, impactful message
I am now excited to transition into a full-time medical writing role, where I can build on this foundation and bring science to life for a wider audience
Recent Work
- Finalist, Research Image Competition, Doctoral Research College Conference, University of Reading, 2025
Microtubule Mayhem: How Tumours Stay in Touch
This image captures a pair of glioblastoma cells, which originates from the brain and are amongst the most aggressive type of cancer. These cells don’t just grow, they communicate ̶ by sensing mechanical forces from other cells in their surrounding environment and transmitting their response using electrical signalling across the tumour. Such communication is facilitated by the formation of tumour microtubules (thin structures ≤1 µm wide, as seen in the image). As a result, the cells can navigate their environment, attach themselves to healthy tissue, and eventually migrate to other organs. These intricate structures are only visible under a high-resolution microscope. The red fluorescence seen in this image comes from mCherry, a protein originally found in sea anemones, which is genetically engineered into the cells to visualization the microtubules. Understanding how glioblastomas use mechano-electrical communication and microtubule networks could identify new therapeutic strategies, potentially reducing the cancer’s ability to spread
- Finalist, PhD as a Bedtime Story, Doctoral Research College Conference, University of Reading, 2025
Once Upon a Spark
Once upon a time, in a land of bustling cells,
Cancera, the malignant queen put everyone under her spell!
Deep-rooted, askew, her microtubules spread, they grew,
Leaving healthy cells unable to follow regular mechanical cues...
All Calcie, the heroine wanted, was to keep her kingdom strong,
She fought with the help of a pacing rhythm, ay macarena – the song!
But while fighting Calcie hurt her feet, Cancera resisted defeat!
The recovery of a once thriving metabo-tropolis was far from complete…
So through shimmying, quickstep, the cha-cha slide,
She used dancing, her superpower, to bring these cells back to stride,
Electric Boogaloo, she sent her signals anew,
Flashing stronger, brighter – Cancera withdrew!
Forcing through the stress and strain,
Calcie persevered, still in pain...
Finally, light emerges from dark, the cells had a new tempo, she left her mark,
Hope dawned with a welcome change, kindled to life by that tiny spark!
Articles
- The Publication Plan, Aspire Scientific, 2024
Hijacked journals: A case of stolen identity
‘‘Hijacked journals imitate authentic journals and breach research ethics by publishing plagiarised, fabricated, or non-peer reviewed papers
Over 60 hijacked journals have been identified in the indexing database Scopus, prompting Elsevier to remove all source homepage links from the database.
Indexing of hijacked journals in scholarly databases can have far-reaching effects. Unauthorised content may be cited and thus imported into other databases, corrupting the scholarly record’’
- Klarity Health Library, 2022-2023
What Vitamin Stops Age Related Muscle Mass?
Does Seborrheic Dermatitis Cause Hair Loss?
Diastasis Recti In Assigned Males At Birth
Baxter's Nerve Entrapment
Do Beets Have Iron?
Essential Oils for High Blood Pressure
Greater Trochanteric Pain Syndrome
What not to do after a heart attack?
Educational Videos
The true cost of cheap clothes is catching up with us. This video breaks down why fast fashion is no longer sustainable: exploring its environmental impact, waste crisis, and human cost. Clear visuals, quick facts, and a powerful look at why our shopping habits need to change. Perfect for anyone curious about the future of fashion.
Make C1V1 dilutions way less confusing! This quick explainer breaks down the classic C1V1 = C2V2 formula with simple steps, real examples, and zero intimidation. Perfect for students who want dilutions to finally make sense, minus the “eww”.
Learn how to perform gel electrophoresis in minutes! This quick guide walks you through preparing the gel, loading samples, running the electric current, and interpreting your DNA bands. Perfect for students, beginners, and anyone refreshing their lab skills. Clear steps, easy visuals, and everything you need to get started.
Empower yourself with a simple monthly routine. This video gently guides you through how to perform a breast self-examination: what to look for, what to feel for, and when to check. Clear steps, easy visuals, and a reminder that early awareness can make a life-changing difference. Perfect for Breast Cancer Awareness Month and beyond.
Learn how to perform an accurate cell count in just a few minutes! This tutorial walks you through preparing your sample, using a hemacytometer or automated counter, calculating cell concentration, and ensuring reliable results. Perfect for students, new researchers, or anyone refreshing core lab skills.
I know academia can be a toxic environment, and I have seen many of the Instagram followers ask for advice on how to cope with it! This one is really close to my heart, as it's from my own experiences and a self help guide that I have created myself! I truly wish that I had someone share this advice with me, without having to learn the hard way!
Nail your mass calculations without the panic! This quick tutorial shows you how to use the formula #g = M × V × MW to work out exactly how much compound you need. Simple steps, clear examples, and zero chemistry dread, perfect for students who just want the maths to finally click.
Master the basics of cell plating in this quick tutorial! Watch step-by-step how to handle cell suspensions, seed plates evenly, and ensure healthy, consistent cell growth. Ideal for beginners or anyone sharpening their cell culture technique.
