News
International Brain Awareness Week

This takes place this year between 15th and 23rd March. There will be opportunities to inform professionals and others in the autism community in the UK about the work of the Brain Bank for Autism, including information given to 400 delegates at the first National Autistic Society’s Professional Conference, to be held in Manchester on 16th and 17th March, and to members of Berkshire Autistic Society, who meet on 18th March. The international campaign is coordinated by the Dana Alliance for Brain Initiatives, 745 Fifth Avenue, Suite 900 New York, NY 10151, T: (212) 223-4040 / F: (212) 593-7623 (sthompson@dana.org). Visit the website at: BAW Web site.
Please take any opportunity you have to raise awareness of the need for this research and please ask others to visit the Brain Bank for Autism website.
UNIQUE
The charity, Unique, works to provide information about rare chromosome disorders to families and to professionals. It is an international support group, with a membership of over 7000 in 77 countries and it has published an article about the UK Brain Bank for Autism in its latest newsletter. The first of 10 donations so far made to the bank was from a young girl who had IDIC 15q chromosomal disorder. When they authorised it, her parents wrote: "We found some consolation in being able to help others by donating her brain tissue in order to further research." When other members in the UK become aware of the research initiatives associated with the BBA, they can decide if they want to give their support. For further information about Unique, please visit www.rarechromo.org.
January 2010
Autism Speaks UK, which has supported the development of the BBA, has become Autistica. The BBA welcomes this development and acknowledges the huge contribution made by Autistica to funding autism research in the UK.
August 2009
Information Item
Research investigators who seek brain tissue from control subjects as part of their project should contact Dr Colin Smith, Consultant Neuropathologist, who is Principle Investigator for the MRC Sudden Death Brain and Tissue Bank in Edinburgh. The bank is able to sample specific tissues as required for specific medical research projects which have appropriate ethical approval.
For more information please visit the website.
May 2009
Funding gained for Brain Bank for Autism's first research project
Autism Speaks has provided the funding for a pilot study to carry out imaging of the brains affected by autism which have been donated to the brain bank since it was set up last year. It will use the most advanced brain-scanning techniques, which will enable scientists to carry out detailed examination of the structure of the brain. One of the world's leading centres for brain imaging (FMRIB) is located at the site in Oxford where the brain bank is based. There is considerable scope for advancing understanding of altered brain structure in autism by post mortem brain scanning. In particular, the value of prolonged diffusion tensor imaging over about 18 hours has been highlighted in planning this project. This can give information about cerebral connectivity that cannot be obtained in any other way. FMRIB is leading the world in this type of imaging, including that on post mortem brains, and could develop protocols that could be followed in other countries as well as in the UK. This form of research should not only develop our understanding of how autism affects the way the brain functions and is structured; it could also point to new ideas for interventions which would improve the lives of people with autism.
On May 21st, the Thomas Willis Oxford Brain Collection (TWOBC), which hosts the Brain Bank for Autism & Related Developmental Research (BBA), held its first Research Meeting to give information about the findings of its research over many years into diseases and conditions which affect the central nervous system, particularly neurodegenerative disease such as dementia. The meeting highlighted the wealth of expertise in this research team, which augurs well for the BBA since it will be brought to bear on the research relating to autism which will be carried out in future years by this team and in collaboration with colleagues in the US and elsewhere. Margaret Esiri, Professor of Neuropathology and Director of the BBA and of the wider TWOBC, gives an account of the potential for research using post-mortem brain donation on the following blog sites:
March 2009
Brain Awareness Week
From 16th to 22nd March 2009, Brain Awareness Week (BAW) will help to emphasise the need for post mortem research into how the brain develops and functions, thus supporting the work of the Brain Bank for Autism in the UK (BBA). BAW is an international initiative which will stimulate the development of international brain banking, of which the BBA is one of the few exemplars. BAW is dedicated to advancing public awareness about the progress and benefits of brain research. Founded and coordinated by the Dana Alliance for Brain Initiatives and its sister organisation, the European Dana Alliance for the Brain, BAW is now entering its fourteenth year as a catalyst for public understanding of brain science. The Dana Alliances are joined in the campaign by partners from around the world, including universities, hospitals, patient groups, government agencies, schools, service organisations, and professional associations.
For more information, please visit the Dana Alliance website
February 2009
The Board of Research Autism has agreed to endorse and support the Brain Bank for Autism & Related Developmental Research.
Research Autism is the only UK charity exclusively dedicated to research into interventions in autism. It carries out high quality, independent research into new and existing health, education, social and other interventions. Its goal is the improvement of quality of life and outlook for the individuals affected and those around them and it has the active support of some of the world’s leading figures in autism and research.
Its website is one of the biggest, most up-to-date, and most scientifically reliable websites in the world for information about autism and the issues facing people with autism.
On 10th February 2009, its Board of Trustees considered and approved the recommendation of its Scientific and Advisory Committee to endorse and support the Brain Bank for Autism research programme. This will enable more people to know about our work and it will help us to disseminate information about the research we undertake.
September 2008
Autism Speaks Newsletter features the Brain Bank for Autism. Read more (opens pdf)
August 2008
News article featured in Communication Magazine
Asking people with autism and their families to consider donating brain tissue for research is contentious. Here, Brenda Nally, of Autism Speaks, tells us why the charity backs the parent-led post-mortem brain tissue donation programme. Read article
Current Research
Face Processing Area of Brain Shows Anatomical Differences in Autism
Research in the 1990s indicated that individuals with autism spectrum disorders had differences in the way they perceive faces, leading researchers to investigate a unique cortical brain area, referred to as the face processing area. Cells in this area are activated selectively in response to faces as opposed to non-face objects (e.g. a chair). Using non-invasive imaging technology for the study of human subjects, several labs demonstrated that there was less activation of the face processing area in those diagnosed with autism, and that these changes in face processing might contribute to the social deficits seen in those with autism.
A recent research publication in the journal Brain has now shown significant anatomical difference in the face processing part of the brain. This research was done by comparing post mortem brain material donated by individuals affected by autism compared to non-affected donors.
This research paper describes a microscopic evaluation of the face processing area, located in a brain region called the fusiform gyrus. For the last five years, Imke van Kooten, Ph.D., and her colleagues at the University of Maastricht in the Netherlands and in the U.S. have made painstaking measurements of the arrangement of neurons in post mortem brain sections. Such measurements are important since changes in size or total number of neurons is thought to reflect a change in function in a given area. Dr Kooten's research compares the neuron density, total neuron number and mean cell body volume in the fusiform gyrus with that of the primary visual cortex -- an area also dedicated to vision, located in the back of the brain.
Neurons in the primary visual cortex connect to neurons in the fusiform gyrus, effectively sending visual information to the region specialized for face processing. Analysis of neurons in these two areas showed that, compared to non-affected individuals, individuals with autism showed significant reductions in neuron density, total neuron numbers, and mean neuron cell volume in the fusiform gyrus. These results are interpreted to mean that, in autism, while the primary visual cortex has neurons in normal numbers and size, the fusiform gyrus shows neuropathological changes.
Dr Kooten and her colleagues suggest that the reduced neuronal size and total neuron number in the fusiform gyrus might contribute to impaired face processing in autism. Since individuals with autism can indeed 'see' faces, most likely by utilization of unique neural circuitry, the research team plans further study of other additional cortical areas implicated in visual processing. This continued research will be part of the Brain Atlas Project, a larger study supported by Autism Speaks' Autism Tissue Programme which is based in the US. The project, a joint effort of co-PIs Christoph Schmitz, Ph.D., and Jerzy Wegiel, Ph.D., at the NY Institute for Basic Research in Staten Island, was started officially in 2002 and is comprised of 14 autism-affected and 14 non-affected brain donor hemispheres ranging from age 4 to 66. The publication summarized here represents the first data from this project, reporting on the first 7 autism-affected brains. The aim is to perform comprehensive cell counting and volumetry, neuropathology, MRI and 3-D reconstructions of donor brain hemispheres, a rare and unique resource so lovingly provided by families.
Autism Speaks' Brain Bank for Autism and Related Developmental Disorders supports specialized neuropathology research such as this by providing approved scientists access to the most rare and necessary of resources, post mortem human brain tissue. We wish to recognize the gifts of hope by our brain donor families.
Van Kooten, IAJ, Palmen, SJMC, von Cappeln, P; Steinbusch, HWM, Korr, H, Heinsen, H, Hof, PR, van Engeland, H & C Schmitz. 2008. Neurons in the fusiform gyrus are fewer and smaller in autism. Brain, 131(4):987-999.
Other Research Projects
- BRAIN STRUCTURE (Stereology)
- ENVIRONMENTAL FACTORS
- EPIGENETICS
- GENES & PROTEINS
- GLIAL CELLS
- GROWTH/DEVELOPMENT FACTORS
- NEUROCHEMISTRY and SYNAPTIC PROCESSES
- TISSUE ARRAY #1 PROJECTS
- Studying the structure of both individual brain cells and entire brain structure to understand the mystery of autism.
- Comprehensive Analysis of Regional and Microstructural Differences in Autism" and "Laminar Organization and Gene Expression Profiling in the Dorsolateral Prefrontal Cortex in Autism" Eric Courchesne, PhD, Department of Neuroscience, University of California at San Diego. 2007. Read Abstract
- "Comprehensive Analysis of Regional Microstructural Differences in Autism." PI: Eric Courchesne, PhD, UCSD, CA. 2006. Read Abstract
- "The organization of pyramidal cell dendrites within the cerebral cortex in autism." Paul Gabbott and Payam Rezaie. Department of Life Sciences, Neuropathology Research Laboratory, The Open University, United Kingdom. 2007.
- "Histopathologic Analysis of Neuronal Fiber Pathways in Autism." Thomas Conturo. Mallinckrodt Institute of Radiology, Washington University School of Medicine. 2006.
- "Organization of the Auditory Brainstem in Autism Spectrum Disorders." Randy Kulesza. Lake Erie College of Osteopathic Medicine, PA. 2006
- "Examining alterations in cortical neuronal subpopulations and synaptic proteins in autism." Payam Rezaie, Ph.D., Neuropathology Research Laboratory, Department of Life Sciences, The Open University 2005.
- "Relating Autism to the Structure of Neocortical Minicolumns." Manuel Casanova, M.D., Medical College of Georgia. 2002. Read Abstract
- "Stereological Analysis of the Cerebellum, Cerebrum and Corpus Callosum in Autism." Eric Courchesne, Ph.D., University of California, San Diego. 2002.
- "Clinicopathological Correlation in Autism." Co-PIs: Christoph Schmitz, University of Aachen, M.D., Germany and Jerzy Wegiel, Ph.D., Institute for Basic Research, NY. 2002. Read Abstract
- "A Microscopic Study on the Neuroanatomical Abnormalities of Language-related Cortical Areas in Autistic Patients." Jorge Prieto, M.D., Ph.D., University de Miguel Hernandez, Spain. 2000. Read Abstract
- "Post-Mortem Neuroanatomical Evaluation of the Amygdaloid Complex in Autism." David G. Amaral, Ph.D., University of California, Davis. 2000. Read Abstract
- "X Inactivation in Males and Females with Autism." Roger Stevenson, M.D., Greenwood Genetic Center, South Carolina. 2001.
- "Alternative Splicing of Brain Methionine Synthase in Autism" Richard Deth, PhD, Department of Pharmaceutical Science, Northeastern University. 2007. Read Abstract
- How changes in gene function occur without a change in DNA sequence. This area of research is reshaping the way scientists are looking at genetics.
- "Testing a Mixed Epigenetic/Genetic and De Novo (MEGDI) Model for Aurism" Arthur Beaudet, MD, Department of Molecular and Human Genetics, Baylor College of Medicine. 2007 Read Abstract
- "Genome-wide profiling of methylation patterns in autism." Simon Gregory. The Center for Human Genetics, Duke University Medical Center, NC. 2006. Read Abstract
- "MeCP2 mutations on DLX5 in Rett and Autism." PI: Terumi Kohwi-Shigematsu, Ph.D., Lawrence Berkeley Laboratory, CA. 2006.
- "Epigenetic Alteration and Autism Susceptibility." H-Y Jiang, M.D., PH.D., Baylor College of Medicine, TX. 2002. Read Abstract
- "Chromatin Modifications in Human Cerebral Cortex. Implications in Autism." Schahram Akbarian, M.D., University of Massachusetts, MA. 2002. Read Abstract
- "The Role of MeCP2 in Autism Spectrum Disorders." PI: Janine LaSalle, Ph.D., UC Davis School of Medicine, California. 2002. Read Abstract
- "Further Identification of Differential Gene Expression in Autism Brain Tissue." Jonathan Pevsner, Ph.D., Kennedy Krieger Institute and Johns Hopkins School of Medicine, Maryland. 2000. Read Abstract
- "Molecular Characterization of the Autistic Brain." Lap Ho, Ph.D., Mt. Sinai School of Medicine, New York. 2000. Read Abstract
- "Gene Expression Profiling of Autism: Alterations in Temporal Lobe Profiles." Scott Hemby, Ph.D., Emory University, Atlanta, Georgia. 2000. Read Abstract
- How genes work to build circuits necessary for proper brain function.
- "Brain-specific profiling of miRNAs that regulate expression of synaptic plasticity proteins in autism spectrum disorders." Kawther Abu-Elneel. Neuroscience Research Institute, University of California, Santa Barbara, CA. 2006.
- "Ca(v)1.2 "Parallel analysis of gene expression and gene copy number in brains of autistic patients." PI: Antonio Persico, M.D., Campus Bio-Medico, Rome. 2006.
- "Activation of the PI3K/AKT pathway in human autism." PI: C. H. Kwon, Ph.D., UT Southwestern Medical Center, Dallas, TX. 2006.
- "Glutamatergic (VGLUT1) neurons and terminals in autism." Catalina Betancur, M.D., Ph.D., U. of Paris XII, France. 2005.
- "Engrailed 2(EN2) or (CAPON) splice variants and mRNA/protein in brain tissue" Linda Brzustowicz, M.D., Rutgers University, NJ. 2005. Read Abstract
- "Analysis of AUTS2 gene (7q21) and SLC24A12/AGC1 gene (2q24-33) in brain tissue." Michel Simonneau, M.D., Ph.D. INSERM (Paris), France. 2005.
- "Calcium Channel & Timothy Syndrome." Igor Splawski, Ph.D. Harvard Medical School, Boston. 2004.
- "Quantitative variation of sodium channel gene expression in autism brain." Miriam Meisler, Ph.D., University of Michigan. 2002. Read Abstract
- "Characterization of Genes Involved in the Etiology of Autism Spectrum Disorders." Jeanette Holden, Ph.D., Queen's University, Kingston, Ontario. 2001. Read Abstract
- "Alterations in brain mRNA expression in autism determined by gene microarray technology." Rajan, Ph.D., Psychiatric Genomics, Gaithersburg, MD. 2001. Read Abstract
- "Analysis of the primate-specific interlaminar astroglia in the cerebral cortex of autistic cases." PI. Jorge A. Colombo, Universidad de Buenos Aires, Argentina. 2006.
- "Assessment of the glial response within cerebral cortex in autism." Payam Rezaie. Department of Life Sciences, Neuropathology Research Laboratory, The Open University, United Kingdom. 2006.
- "Microglial Activation in Autism." Andrew Zimmerman, M.D., Kennedy Krieger Institute, Maryland. 2002. Read Abstract
- "Structure of Cortical Layering, Cell Density, and Synaptic Spine Density in Individuals with Autism." Jeffrey Hutsler, Ph.D., University of Michigan, Ann Arbor, MI. 2001. Read Abstract
- "Neurobiology of the Limbic System in Autism." Margaret Bauman, M.D., Boston University, MA. 2001. Read Abstract
- "Neurochemical Studies on Infantile Autism." Raju Pullarkat, Ph.D., Inst for Basic Research in Develop. Dis., Staten Island, New York. 2000. Read Abstract
- "Role of Connectivity in Autism (Synaptogenesis)." Karen Weidenheim, M.D., Albert Einstein School of Medicine, New York. 2000. Read Abstract
- "DBNF and 5-HT2 Receptor mRNA in Autistic and Control Brain Tissue." Margaret Fahnestock, Ph.D., McMaster University, Canada. 2002.
- "Distribution of Central Oxytocin Receptors." Maria Boccia, Ph.D. University of North Carolina, 2002. Read Abstract
- "Cell Adhesion Molecules in Cerebellum of Autistic Individuals." Omanand Koul, Ph.D., E. K. Shriver Center for Mental Retardation, Massachusetts. 2001. Read Abstract
- "Growth Factor Expression in Autism." Deborah Lee, M.D., Ph.D., Tulane University, New Orleans, Louisiana. 2000. Read Abstract
- "The Roles of Neuro-Regulatory Proteins Reelin and BCl-2 in Autism." S.H. Fatemi, M.D., Ph.D., University of Minnesota. 2000. Read Abstract
- "Autism: developmental abnormalities in the cerebellum (NCAM and CD15)." Elizabeth Sajdel-Sulkowska, Ph.D., Harvard Medical School, Boston, 2000. Read Abstract
Neurochemistry and Synaptic Processes
- Exploring how brain cells communicate and connect with each other
- "Studies of the Fusiform Face Area, Broca's Area, and Wernicke's Area in Autism" Gene Blatt, PhD, Department of Anatomy and Neurobiology, School of Medicine, Boston University. 2007 Read Abstract
- "Studies of Neurotransmitter Receptor in the Behavior of Autistic Brain" Ricardo Miledi, MD, Department of Neurobiology and Behavior, University of California, Irvine. 2007. Read Abstract
- "Expression of the Calcium-Binding Protein Parvalbumin (PV) and the Autistic Brain" Patrick Gregory, PhD, Unit of anatomy, University of Fribourg. 2007
- "mRNA Expression Analyses of Serotonin Transporter (5-HTT) and Serotonin Transporter Related Candidate Genes in Postmortem Brains" Kazuhiko Nakamura, MC, PhD, Department of Psychiatry and Neurology, Hamamatsu University School of Medicine. 2007. Read Abstract
- "Neuroinflammation, the kynurenine pathway, and autism." Michael Vogel. Maryland Psychiatric Research Center, MPRC School of Medicine, MD, 2006.
- "Cholinergic Activities in Autism." Elaine Perry and Mandy Lee, Newcastle General Hospital, United Kingdom. 2001.
- "Cerebellar and Limbic System Research in Autism (GABA and BZ receptors)." Gene Blatt, Ph.D., Boston University School of Medicine, Massachusetts. 2001 Read Abstract
- Expanding the use of multiple resources for scientists to study
- "S6 Ribosomal Protein Phosphorylation in Autistic Frontal Cortex and Cerebellum: a Tissue Array Analysis." PI: Charles Eberhart, M.D., Ph.D. Johns Hopkins University School of Medicine, Baltimore, MD. Tissue Array Slides with autism, Rett and control tissue were made by Dr. Eberhart at the Johns Hopkins Tissue Array Laboratory. 2004.
- "Oxidative Stress Responses in Autism" PI: George Perry, Ph.D. Case Western Reserve University, Cleveland, OH. 2004.
- "Test for Microglia CD163 and other markers in a Tissue Array." PI: Scott Kulich, M.D., Ph.D. University of Pittsburgh Medical Center, PA. 2004.
- "Tissue Arrays - Test for Oxidative Damage." Scott Kulich. University of Pittsburgh Medical Center, PA. 2004.
- "ATP Tissue Microarray I." Charles Eberhart. Johns Hopkins University School of Medicine, Maryland. 2003.
- "MECP2 binding test of Tissue Array #1." PI: Janine LaSalle, Ph.D., UC Davis School of Medicine, CA. 2002.
