Donate brand new, unwrapped gifts by 12 Dec to help make the holidays a little brighter.
Donate brand new, unwrapped gifts by 12 Dec to help make the holidays a little brighter.
🧫 She’s modelling atherosclerosis in vitro using hiPSC-derived endothelial cells.
✨ The colours and shape reminded her of hummingbirds—“gods’ messengers from the afterlife,” in Mayan legend.
🧫 She’s modelling atherosclerosis in vitro using hiPSC-derived endothelial cells.
✨ The colours and shape reminded her of hummingbirds—“gods’ messengers from the afterlife,” in Mayan legend.
💬"We are working to understand how blood and lymphatic vessels form during embryonic development and how organ-specific characteristics of these vessels arise."
💬"We are working to understand how blood and lymphatic vessels form during embryonic development and how organ-specific characteristics of these vessels arise."
By visualising endothelial and smooth muscle cells in 3D, researchers at IDRM reveal the beauty of coronary vessel formation.
📷 Credit: Konstantinos Miti & Polen Bareke
By visualising endothelial and smooth muscle cells in 3D, researchers at IDRM reveal the beauty of coronary vessel formation.
📷 Credit: Konstantinos Miti & Polen Bareke
Read the full paper here: www.nature.com/articles/s44...
Read the overview of the study: tinyurl.com/2syythet
Read the full paper here: www.nature.com/articles/s44...
Read the overview of the study: tinyurl.com/2syythet
Antonio's research focuses on cell-specific gene editing in neuromuscular disease.
Find out more about his research: www.linkedin.com/feed/update/...
@oxfordpaediatrics.bsky.social
Antonio's research focuses on cell-specific gene editing in neuromuscular disease.
Find out more about his research: www.linkedin.com/feed/update/...
@oxfordpaediatrics.bsky.social
We spoke with Dr Sophie Payne (IDRM, DPAG), a postdoctoral researcher, about her journey on the Oxford Venture Builder, where she pitched her enhancer-based gene therapy idea.
Read the full interview: lnkd.in/dx27XkV8
We spoke with Dr Sophie Payne (IDRM, DPAG), a postdoctoral researcher, about her journey on the Oxford Venture Builder, where she pitched her enhancer-based gene therapy idea.
Read the full interview: lnkd.in/dx27XkV8
#CardiovascularScience #AcademicAchievement #WomenInSTEM
#CardiovascularScience #AcademicAchievement #WomenInSTEM
Nancy’s work focuses on epigenetics in cardiac development and congenital heart disease.
Nancy’s work focuses on epigenetics in cardiac development and congenital heart disease.
Kostas' research focuses on the role of oxidative metabolism in zebrafish heart regeneration.
Find out more about his research: www.linkedin.com/feed/update/...
@oxforddpag.bsky.social
Kostas' research focuses on the role of oxidative metabolism in zebrafish heart regeneration.
Find out more about his research: www.linkedin.com/feed/update/...
@oxforddpag.bsky.social
Dr Filipa Simões and team reveal how immune cells shape the heart from the earliest stages and guide regeneration in species like zebrafish.
🔬 Read the review: shorturl.at/kIYBf
Dr Filipa Simões and team reveal how immune cells shape the heart from the earliest stages and guide regeneration in species like zebrafish.
🔬 Read the review: shorturl.at/kIYBf
IDRM researchers took part in Pint of Science 2025, bringing research and more to local Oxford pubs. Thanks to everyone who helped make it happen!
🔗 Read more: shorturl.at/z3yUI
IDRM researchers took part in Pint of Science 2025, bringing research and more to local Oxford pubs. Thanks to everyone who helped make it happen!
🔗 Read more: shorturl.at/z3yUI
Claudio's research focuses on uncovering the cause of defects in the heart wall.
Find out more about Claudio's research: lnkd.in/ebKNJ-zE
@oxforddpag.bsky.social
Claudio's research focuses on uncovering the cause of defects in the heart wall.
Find out more about Claudio's research: lnkd.in/ebKNJ-zE
@oxforddpag.bsky.social
Yesterday’s biodiversity walk through the Lye Valley was a good reminder of what we’re working to protect: clean air, healthy ecosystems, and time to connect with nature.
Yesterday’s biodiversity walk through the Lye Valley was a good reminder of what we’re working to protect: clean air, healthy ecosystems, and time to connect with nature.
Her research could change how we detect and prevent complications during pregnancy.
🔗 Read more: shorturl.at/OVzqq
Her research could change how we detect and prevent complications during pregnancy.
🔗 Read more: shorturl.at/OVzqq
Catarina's research focuses on understanding how epigenetic factors contribute to congenital heart disease.
Read more: lnkd.in/ezEdRRDm
@oxfordpaediatrics.bsky.social
Catarina's research focuses on understanding how epigenetic factors contribute to congenital heart disease.
Read more: lnkd.in/ezEdRRDm
@oxfordpaediatrics.bsky.social
Our garden is alive with pollinators, drawn in by our blooming flowers and purpose-built bug houses.
Pictured below: a ladybird, a bee, and a snail. Small but important reminders of the role of biodiversity in healthy lives.
Our garden is alive with pollinators, drawn in by our blooming flowers and purpose-built bug houses.
Pictured below: a ladybird, a bee, and a snail. Small but important reminders of the role of biodiversity in healthy lives.
Let’s build workplaces where people feel able to speak up and get the support they need.
Let’s build workplaces where people feel able to speak up and get the support they need.
Thanks to generous support and a successful bake sale, the team raised over £1,300. Congratulations to everyone who participated!
Thanks to generous support and a successful bake sale, the team raised over £1,300. Congratulations to everyone who participated!
Read our conversation with the researchers to learn more: lnkd.in/dSV7W-8r
📄 Paper: lnkd.in/gz5v_ibH
Read our conversation with the researchers to learn more: lnkd.in/dSV7W-8r
📄 Paper: lnkd.in/gz5v_ibH
It shows a cross-section of an embryo mapped for gene expression. In blue, we see the thymus - a key organ for adaptive immunity and T-cell formation.
It shows a cross-section of an embryo mapped for gene expression. In blue, we see the thymus - a key organ for adaptive immunity and T-cell formation.
Her research focuses on understanding how changes in RNA editing contribute to neurological disorders.
Read more lnkd.in/ezHzDZCp
or hear Ambra talk bsky.app/profile/idrm...
@pintofscience.uk
Her research focuses on understanding how changes in RNA editing contribute to neurological disorders.
Read more lnkd.in/ezHzDZCp
or hear Ambra talk bsky.app/profile/idrm...
@pintofscience.uk