Mattias Malaguti

@matt-mala.bsky.social

Lecturer in Engineering Biology @edinburgh-uni.bsky.social Interested in understanding and engineering cellular neighbourhoods, and coming up with funky acronyms for new synthetic biology tools.

Finding molecular tags that localise fluorescent proteins to the cell membrane was the goal of our latest paper, now published in Development @dev-journal.bsky.social. The tags act as address labels, sending proteins to the cell membrane, where they highlight the shape and arrangement of cells. 2/9

Targeting the cell membrane in established and emerging model organisms

Summary: Screening a toolkit of diverse membrane-localising tags identifies candidates that efficiently localise proteins to the plasma membrane in a wide range of animals and choanoflagellates.

journals.biologists.com

The ABC of my fave things in this paper: * ABOLISHING both silencing AND leakiness of SynNotch (check out the DTA-based demo of this 😍) while preserving high efficiency, in pluripotent & differentiating cells * BOOSTING signal during #PUFFFIN neighbour-labelling * CITING Robbie Burns (1786) 🏴󠁧󠁢󠁳󠁣󠁴󠁿

Mattias Malaguti@matt-mala.bsky.social · 4mo ago

Delighted to introduce KELPE: mESCs with two insulated genomic landing pads, which we use to generate new synNotch and PUFFFIN neighbour-labelling lines. They were named after kelpies, creatures from Scottish folklore, and they look pretty on a kelpie micropattern! #DevBio #SynBio

Delighted to introduce KELPE: mESCs with two insulated genomic landing pads, which we use to generate new synNotch and PUFFFIN neighbour-labelling lines. They were named after kelpies, creatures from Scottish folklore, and they look pretty on a kelpie micropattern! #DevBio #SynBio

KELPE cells plated on micropatterned extracellular matrix forcing them to arrange in the shape of a kelpie.
bioRxiv Developmental Biology@biorxiv-devbio.bsky.social · 4mo ago

KELPE: knock-in exchangeable dual landing pad embryonic stem cells enable efficient screening of synthetic gene circuits https://www.biorxiv.org/content/10.64898/2026.03.22.713470v1

Extremely thankful to @acmedsci.bsky.social for the opportunity, and very excited to get started on this project at @edinburgh-uni.bsky.social ! #Springboard25

Academy of Medical Sciences@acmedsci.bsky.social · last yr.

Can we prevent cancer before it starts? 🔬 Our #Springboard25 grant is supporting @matt-mala.bsky.social's research uncovering how healthy skin cells interact with emerging cancer cells, paving the way for new prevention tools🧬 👉 bit.ly/44irB7l @wellcometrust.bsky.social @thebhf.bsky.social

The Academy of Medical Sciences Springboard awardee Dr Mattias Malaguti next to a quote that reads: "I am tremendously excited by this opportunity, and I am committed to leveraging this award to create lasting impact in the field."

Interested in biological research beyond the standard? Join us in Edinburgh for the EMBO Workshop exploring how unconventional vertebrate models are becoming engines for biomedical research! 🦇 🐿️ 🦌 🐒 🦍 🐹🧍‍♀️ 🚨 Abstract submission deadline: 11 April 2025 🚨 meetings.embo.org/event/25-ver...

Beyond the standard: Unconventional vertebrate models in biomedicine

The use of a handful of model organisms has proven essential for scientific discovery and to unlock new therapeutics to combat human disease. As society looks to the future, the gateway to new scient…

meetings.embo.org

I'm over the moon for receiving an @acmedsci.bsky.social #Springboard25 award! We will use these funds to apply our synthetic neighbour-labelling tools to human skin organoids, to study communication between diseased cells and healthy neighbours. #EngBio #SynBio #DevBio #SkinResearch #CancerResearch

Academy of Medical Sciences@acmedsci.bsky.social · last yr.

📢 We're making our largest ever investment in early-career researchers Through #Springboard25, we’re investing £7.6m in 62 researchers to drive innovations that improve health and wellbeing 🔬 Congrats to all 2025 awardees! 🎉 👉 bit.ly/springboard2... @thebhf.bsky.social @wellcometrust.bsky.social

Three people wearing lab coats and talking to each other while writing on a whiteboard

Hello! My lab is interested in understanding how healthy mammalian cells sense and react to mutant neighbours. We do this by developing and using engineering biology tools to identify and manipulate neighbours of mutant cells. We also love taking colourful microscopy pictures!

A microscopy image of colourful cells