Completed Brain & Nervous System Cells, Biochemistry & Physiology

Building on Brains for Dementia Research (BDR): A UK Nervous Tissue Network (UKNTN) for the Twenty-first Century

In plain English

AI plain-English summary

A UK-wide network of five brain tissue banks and five specialist research centres is pooling donated human nervous tissue, blood samples, and genetic data to give scientists unprecedented access to material for studying mental and neurological illnesses. The problem is that many advances in understanding brain diseases come from animal models or lab-grown cells, which do not fully replicate human biology. Human nervous tissue is scarce, especially from people with mental illness, from outside the brain, and from living surgical donations. This network aims to fill that gap by systematically collecting, processing, and sharing tissue and linked clinical data. If successful, the UK Nervous Tissue Network will make high-quality human tissue widely available to researchers, enabling them to confirm findings from animal studies, test new technologies, and develop better diagnostics and treatments for conditions such as dementia, neurodevelopmental disorders, and mental illness. The network also plans to grow stem cells and mini-brains from donated tissue, opening new avenues for fundamental research into disease mechanisms. Over time, the infrastructure could accelerate the translation of laboratory discoveries into clinical practice.

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Huge advances have been made in recent years in understanding how our brain and the related nervous system works. Such advances have enabled us to make great progress in learning about the many mental and neurological illnesses that afflict humans so better methods for assessing, diagnosing and treating them can be developed. A lot of this progress has come from studies of animal models of human diseases or from laboratory studies of cells. Such work needs to be confirmed by studies of the human brain and nervous system and this usually requires using donated nervous tissue. In addition, much of this learning has come from direct studies of such human nervous tissue donated by patients and, importantly, by healthy people too. Recent technological advances now enable us to carry out new methods of studying these diseases. However, these technologies require human nervous tissue which is not currently widely available for different reasons, such as the difficulty in obtaining donations from people with mental illnesses, problems with acquiring tissue from outside the brain and the need to obtain more living nervous tissue (derived from tissue donated following surgery on the brain). This proposal responds to the MRC's desire to meet this important need by creating a network of expert centres across the UK who will work together to do this. We will establish the United Kingdom Nervous Tissue Network (UKNTN) by bringing together five human nervous tissue banks at Newcastle, Bristol, Kings College London, Oxford and Manchester and five expert centres in nervous tissue research at Cambridge (Stem Cells Institute), University College London (Dementia Research Institute), Kings College London (MRC Centre for Neurodevelopmental Disorders), Oxford (Dementias Platform UK) and Exeter (Complex Disease Epigenetics). The five tissue banks already work together as part of the Brains for Dementia Research (BDR) network and already share processes, tissue and data and make this freely available to researchers. We will develop the UKNTN by extending this shared working by adding these five expert centres and by using their expertise to make new types of tissue and data available to researchers. We will do this with eight work packages. Work package 1 (WP1) will recruit people with mental and neurological illnesses of all ages and ethnicities for nervous tissue donation and use their research data as part of UKNTN. WP2 will obtain samples of blood and the special fluid (cerebral spinal fluid) which protects the brain and link these to clinical and NHS data and later to donated nervous tissue. In WP3 we will report autopsy data on the diseases affecting the donated brains and ask donors for other nervous tissue too. In WP4 we will work with patients and families and researchers to make sure our UKNTN processes work well and meet the needs of everyone. WP5 will build on our experience in the BDR programme to publicise the UKNTN and its work to patients, carers and researchers. WP6 will make freshly donated brain tissue from surgery available for novel studies by researchers across the UK and establish links with UK centres doing this research to share expertise and standardise research protocols. WP7 has four linked main parts. Fibroblast cells will be grown at Newcastle from newly donated tissue, stem cells will be developed from these at Cambridge, mini-brains (cerebral organoids) will be grown from selected stem cells in London and genetic data will be acquired and linked to all this at Exeter. Finally WP8 will bring together all of UKNTN data and link it to anonymised NHS clinical data and make this available to researchers via an established single secure point of access. After this pilot we will enlarge the network by asking other tissue banks and academic neuroscience centres to join UKNTN and all would work together using the established standards and practices in the UKNTN.

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Researchers

Alan Jeffrey Thomas (Principal Investigator)Christopher Morris (Co-Investigator)Deepak Srivastava (Co-Investigator)Fiona LeBeau (Co-Investigator)Henrik Zetterberg (Co-Investigator)Johannes Attems (Co-Investigator)John Gallacher (Co-Investigator)Jonathan Mill (Co-Investigator)

Related Research

Grants with similar aims, by meaning.

UCL Neurodegenerative Disease Human Tissue Resource
UKCRC Brain Bank Strategy: Renewal of Newcastle Brain Tissue Resource
MRC Network of UK Brain Banks: Support for the Coordinating Centre
BRAIN UK: accessing NHS tissue archives for neuroscience research (2015-2019)
MRC Brain Banks: Joint Application to Underpin Neuroscience Research

Original classification

Research Grant

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