Corradetti Lab

🎤 From bench to stage

Yesterday Julia presented our work at the Texas Biomaterials Day 2026, organized by the Rice University Department of Bioengineering, with both a flesh talk and a poster, and did a fantastic job!

She shared a collaborative effort in the development on immunomodulatory and antibacterial patches for chronic wound management.

Today we recognize World Birth Defects Day - standing with families, clinicians, and researchers committed to improving outcomes for congenital conditions.

In our lab, we focus on understanding the developmental biology of spina bifida and building experimental platforms that help us study tissue organization and repair in a rigorous, translational way. Every step forward in knowledge brings us closer to better strategies for care.

Awareness matters.
Science matters.
Families matter 💙

# CongenitalResearch

Best part of my job: training the new generation of scientists. Driven by passion, guided by vision, and grounded by humanity. 🌱

Organizing the 1st Conference on Advances in Extracellular Vesicles & Biomimetic Science reminded me of how much effort it takes (and how worth it it is) to bring community together.

Two days of meaningful science, open exchange, and trainees front and center, alongside with scientists and clinicians from across the Greater Houston area working in the field.

I am proud of all trainees for showcasing their work with enthusiasm and professionalism. ✨ Congratulations to those who made it to the podium. 💫

Thanks to the journal BiologyOpen for supporting our trainee initiative.

I am grateful for what a scientific community can build when people come together with shared purpose. 🌸

🌟 Kudos to Xiyu! 🌟

We’re excited to share that , postdoctoral researcher in the Lab, was among this year’s awardees at the ASBMR 2025 Annual Meeting in Seattle!

Her work stood out in a highly competitive field, and this recognition highlights the impact of her ongoing contributions to bone and mineral research.

It’s always inspiring to see curiosity, persistence, and scientific creativity acknowledged on a global stage.

Congrats, Xiyu! Your dedication continues to elevate the work we do in the lab!

Attending the 43rd Annual David W. Smith Workshop on Malformations and Morphogenesis at the University of Wisconsin-Madison.

Dr. David W. Smith’s legacy in pediatric genetics and dysmorphology continues to inspire this meeting. His vision to combine careful clinical observation with genetics and his commitment to understanding both normal and abnormal development remain the heart of the workshop. It’s a space where the “old-school” approach meets new technologies, and where dialogue between clinicians and scientists shape the future of the field.

Thankful to Prof Richard Finnell for introducing me to it and happy to present our work on the molecular mechanisms associated to the teratogenic effect of Valproic Acid on embryo development.

Back from the Military Health System Research Symposium, an intense, challenging meeting that doesn’t shy away from the harsh realities we face.

A powerful reminder of why we do what we do: science must deliver simple, effective solutions that can heal, even in the most extreme circumstances.

Excited to see our vision for next-generation wound dressings acknowledged and appreciated, and so proud of .zaffaroni for presenting her first poster at an international conference. 🌟

It’s moments like these that remind us to keep balancing the heart of our mission with the rigor our profession demands.

☀️ STRONG WE SAVE ☀️

Onto the next adventure 📚 which means: read, listen, prepare, repeat.
It’s a busy time in the lab—new projects, exciting collaborations, lots of travel, planning, and coordination.

But no matter how packed things get, one thing I can’t put aside as a PI: learning how to better support the team. And at the heart of it all? Communication. Always. 💬✨

🧬 Amniotic Fluid Stem Cells: Still Stealing the Spotlight! 🌊✨

They’re not new but they keep getting better. Our latest study reveals that stem cells from the amniotic fluid show superior immune-regulating power compared to established umbilical cord stem cells, especially in tackling severe COVID-19 inflammation. 💥🦠

Stronger against cytokine storms, packed with innovative features, they are proving to be next-level in the fight against inflammatory diseases. 🔬💡

🎉 Welcome, Elie! 🎉

We're excited to have Elie Wang join the Corradetti Lab! She's an undergraduate at Rice University studying Health Sciences and Biosciences, with a strong passion for maternal and child health and advancing health equity.

In the lab, Elie is diving into research on the teratogenicity of valproic acid, working toward developing a safer, placenta-impermeable formulation.

Originally from Dallas and Shanghai, she's now based in Houston and loving the lab life! Outside of research, Elie enjoys reading, volleyball, and movie nights.👩‍🔬🧪

🚀 Amniotic Fluid Stem Cell Nanovesicles: New Frontiers in Preventing and Treating Birth Defects 🧬✨

We’re excited to share one of our studies on exosomes and their synthetic mimetics derived from amniotic fluid stem cells. These tiny vesicles offer a safe, minimally invasive way to prevent and treat birth defects like neural tube defects.

Our findings reveal that mimetics provide higher yields and longer-lasting delivery of therapeutic molecules, while natural exosomes may better reach the developing embryo. Together, they hold great promise as tailored tools for prenatal therapy.

This approach could transform prenatal care by offering safer, non-invasive treatments for protecting babies before birth.

Full paper coming soon! Link in bio 🔗