Travel Grant Report: Wnt Research Meeting 2023

Introduction:
I am deeply grateful for the travel grant that enabled my participation in the Wnt Research Meeting 2023, held on December 9th. This conference served as a pivotal platform for sharing our groundbreaking research on recapitulating gastrulation in vitro, specifically focusing on replicating the uterine environment.

Presentation:
My presentation navigated the complexities of understanding human development, particularly gastrulation, given the limited studies on human embryos. We proposed a novel approach involving the reconstitution of the uterine environment, utilizing a hydrogel with controllable stiffness and shape. The generated human pluripotent stem cell (hPSC) colony, resembling an embryo, showcased aspects of gastrulation through the localized release of signaling molecules to mimic the morphogen gradient.

Audience Engagement:
The conference provided a vibrant academic setting, fostering engaging interactions with fellow researchers. Constructive feedback received during these interactions significantly enriched our ongoing research.

Networking and Collaboration:
Wnt Specialists:
The social event at "クレハ (CUReHA)" on December 8th was a transformative experience, facilitating meaningful connections with renowned Wnt specialists. Despite my non-specialization in Wnt signaling, enlightening discussions broadened my understanding of Wnt signaling pathways and their broader implications.

Chick Developmental Biologist:
A captivating conversation with a chick developmental biologist during the social event delved into primitive streak formation, a crucial process in human and chick embryonic development. This interdisciplinary exchange offered valuable insights, deepening my understanding of conserved and divergent mechanisms in embryonic development.

The informal setting of the social event nurtured a collaborative atmosphere, enabling direct learning from Wnt specialists and chick developmental biology experts. This comprehensive experience significantly enriched my understanding of the intersection between Wnt signaling and embryonic development.

Interdisciplinary Exchange:
Throughout the conference, proactive engagement with leading Wnt researchers bridged interdisciplinary gaps. Conversations with Wnt specialists provided nuanced insights into the potential applications of Wnt signaling in diverse biological contexts. The cross-disciplinary exchange proved mutually beneficial, fostering an environment where specialists and non-specialists freely shared knowledge and perspectives.

Acknowledgment of Travel Grant:
I extend my deepest gratitude for the travel grant, a cornerstone in facilitating my participation in this intellectually enriching event. The support not only enabled the presentation of our research but also broadened my scientific horizons, exposing me to diverse perspectives and groundbreaking discoveries in Wnt signaling.

Conclusion:
Participation in the Wnt Research Meeting 2023 has been a profound academic and professional enrichment. The acquired knowledge and established connections during the social event will undoubtedly propel our research endeavors forward. My heartfelt thanks for the invaluable support through the travel grant, making this transformative experience possible.