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Press office

The GOSH press office handles all media relations, including journalist, filming, and photography enquiries.

Tim gives a child a high five at the CRF event

Astronaut Tim Peake ‘launches’ our new NIHR Clinical Research Facility

15 Jul 2024, 3 p.m.

We were thrilled to have astronaut Tim Peake join us at the official launch of the new National Institute for Health and Care Research (NIHR) GOSH Clinical Research Facility where he met with patients, families, staff and children from the GOSH nursery.

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collection of wrist x-ray images and an AI tool highlighting in red which x-rays contain fractures

Young people want AI involved in their care, new GOSH study shows

10 Jul 2024, 2:21 p.m.

For the first time, a study has asked children and young people across all four UK nations for their views on how they would like AI to be used to enhance their healthcare

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A while illustration of a hand and a heart, suggesting care, against a blue background.

UK Reachback: supporting child victims of the Israel-Gaza conflict

10 Jul 2024, 1:48 p.m.

UK Reachback offers remote clinical support to clinicians caring for children who have been victims of the Israel-Gaza conflict. It is a national humanitarian aid effort and the help is not political or partisan.

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A blue background with the Annual Awards 2024 logo

Share your nominations for the GOSH Staff Awards 2024

2 Jul 2024, 2 p.m.

We're calling current GOSH patients, family members or carers to help us celebrate our hardworking teams. Is this you? Nominations are now open for the GOSH Staff Awards until 28 July and if you're a current GOSH patient or family member, we need your he

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Eddie and his brother Leo are stood on a balcony with their arms around each other smiling at the camera. They are both wearing a dark uniform.

World-first genomic testing scheme ensures every child gets the best cancer treatment for them

2 Jul 2024, 10 a.m.

Children with cancer are being offered treatment plans tailored to their specific cancer thanks to a single genomic test that reads more than three billion letters of DNA to identify cancer-causing mutations.

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