Naomi Moris

@nmoris.bsky.social

Group Leader @theCrick 🧬 Studying human embryo models to better understand development (she/her)

Delighted to have been awarded a Lister Prize with which we will continue our research on human embryo models, as part of the Lister community lister-institute.org.uk/news/our-lis... Due in large part to our amazing team of researchers who always strive to push boundaries + do excellent science 💪

Lister Institute | News | Our Lister Prize Winners for 2026

Eight exceptional early-career researchers become Lister Research Fellows and join our community of biomedical research pioneers and leaders.

lister-institute.org.uk

"Inside this delicate, fluid filled sphere, a small cluster of cells gathers at one side, out of which the embryo proper will grow: every organ, tissue, and feature…researchers have worked out how to watch these events unfold – the grainy opening frames of the movie of life, played on repeat."

Henry Scowcroft@oh-henry.bsky.social · 3mo ago

So, I wrote a big feature for The Crick Magazine, about @nmoris.bsky.social's super-cool work on embryo models, and the ethical questions they raise. Read it here: www.crick.ac.uk/news/2026-03... @crick.ac.uk

Honoured to receive this recognition from @isscr.org along with excellent colleagues- particularly since they noted the ethical advances which @nicolasrivron.bsky.social and I have tried to support in the growing SCBEM field alongside our research, showing the community’s value of ethical leadership

ISSCR@isscr.org · 5mo ago

The ISSCR also recognizes five outstanding scientists with Honorable Mention distinctions for the 2026 Early Career Impact Award. The award is supported by the @cheninstitute.bsky.social. Learn more: https://ow.ly/ivGb50YoFaZ

We're recruiting a #devbio Postdoctoral Fellow to explore the hTLS system! If you know any fab PhD students finishing, or candidates wanting to get their hands on #SCBEM embryo models, do get them to apply! 🌟https://www.crick.ac.uk/careers-study/vacancies/2026-02-03-postdoctoral-fellow-moris-lab

A confocal image of a 3D human Trunk-like Structure (hTLS) made from pluripotent stem cells, showing a neural tube (cyan) and segmented somites (magenta).

She was so excited to receive a copy of this in physical form, Komal (joint 1st author) even colour coordinated! 😂 So proud of the team who delivered this fab work 💪🏼 …and our first cover too! ⭐️

Komal Makwana (Postdoc in the Moris lab) wears purple and holds the December 2025 issue of Nature Cell Biology with a purple image of an hTLS on the cover)

Lab-grown embryo models let researchers study foundational processes of development. A new embryo model has helped researchers at the Crick to study the neural tube and somites in detail and confirm two-way communication between them. Read the full story ➡️ www.crick.ac.uk/news/2025-12...

Uncovering early embryonic communications using new stem cell model

New stem cell-based embryo model reveals previously unknown communication between early tissues that become the spine and muscles in the central part of the body.

crick.ac.uk

Tricky questions and challenging discussions, but I hope we communicated the importance of basic developmental biology research and social context when it comes to the #futureoffertility #ivf Available wherever you get your podcasts! 🎤 www.lnk.to/AQOSFertilit...

What is the future of fertility?

Professor Brian Cox and our expert panel explore the science of fertility. Biology has come a long way, but when it comes to fertilisation, pregnancy, and development, our knowledge is still surpr...

lnk.to

The Y chromosome is critical for sex determination, but what do the genes on the Y actually DO? And how is this important for spermatogenesis? Tour-de-force paper from our colleagues @lab-turner.bsky.social ! 👏https://www.science.org/doi/10.1126/science.ads6495

Systematic identification of Y-chromosome gene functions in mouse spermatogenesis

The mammalian Y chromosome is essential for male fertility, but which Y genes regulate spermatogenesis is unresolved. We addressed this by generating 13 Y-deletant mouse models. In Eif2s3y, Uty, and Z...

science.org

Have you ever wondered how your back formed? The human embryo makes a neural tube (future spinal cord) and somites (trunk muscle/bone) from ~d20. They’re formed at the same time and place, so we used human Trunk-like Structures (hTLS) to investigate their ‘co-development’… (1/7)

Scanning electron microscope image of a human trunk-like structure (left) and human embryo (right) false coloured for somites (magenta) and neural tube (gold).