Top 10 Groundbreaking Medical Advancements: Pure Moments of Eureka captured in Photos

The history of science is filled with moments of discovery, those “Eureka” moments when a theory is proven or a breakthrough is achieved. The latest image competition at Great Ormond Street Hospital, titled ‘A Moment of Discovery’, celebrates these breakthroughs.

Staff from Great Ormond Street Children’s Hospital NHS Foundation Trust (GOSH) and its partners have submitted images capturing significant milestones in research. The public voted on the three most popular images shortlisted by a panel of experts via social media.

The shortlisted images range from colorful micrographs to cartoon illustrations, offering a glimpse into the research conducted at GOSH. It is hoped that this research will lead to new treatments for rare and complex conditions, transforming the lives of children and young people with serious illnesses.

The winning image, taken by PhD student Giada Benedetti at the Zayed Pediatric Rare Disease Research Center (ZCR), shows exploding intestinal organoids revealing their inner workings.

Organoids are small three-dimensional tissue cultures derived from stem cells that can mimic different organs like the heart and liver in the human body.

In honor of Rare Disease Day on February 29, all winning and shortlisted images will be displayed at an event at the Zayed Pediatric Rare Disease Research Center.

Selected as a finalist – my lungs are on fire

These lung “mini-organs,” or organoids, were grown from stem cells to replicate the complexity of lungs. The image showcases cell nuclei in blue, cell membranes in red, and moving hair-like structures called cilia in yellow/orange. Photo courtesy of Giuseppe Cala at GOSH.

Shortlist – Active Glial Cells

The image showcases nerve helper cells, known as glial cells, with long fibrous structures that transport nutrients and oxygen to surrounding nerve cells. Photo courtesy of Lucien Bonfante at GOSH.

Finalist – Light of Life

The image shows the spinal cord of a zebrafish embryo with different neurons generated through asymmetric division. Photo courtesy of Atachapon Theppichaiyanond at GOSH.

Source: www.sciencefocus.com

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