- published: 05 Feb 2016
- views: 179
Imaging genetics refers to the use of anatomical or physiological imaging technologies as phenotypic assays to evaluate genetic variation. Scientists that first used the term imaging genetics were interested in how genes influence psychopathology and used functional neuroimaging to investigate genes that are expressed in the brain (neuroimaging genetics).
Imaging genetics uses research approach in which genetic information and fMRI data in the same subjects are combined to define neuro-mechanisms linked to genetic variation. With the images and genetic information, it can be determined how individual differences in single nucleotide polymorphisms, or SNPs, lead to differences in brain wiring structure, and intellectual function. Imaging genetics allows the direct observation of the link between genes and brain activity in which the overall idea is that common variants in SNPs lead to common diseases. A neuroimaging phenotype is attractive because it is closer to the biology of genetic function than illnesses or cognitive phenotypes.
Jason Stein: Imaging Genetics Webinar
Teaming Up: Imaging and Genetics
UC Irvine International Imaging Genetics Conference - SOLAR Workshop 2013 part 1
UC Irvine International Imaging Genetics Conference - SOLAR Workshop 2014 part 1
UC Irvine International Imaging Genetics Conference - SOLAR Workshop 2014 part 2
UC Irvine International Imaging Genetics Conference - SOLAR Workshop 2015 part 1
Understanding Connectivity in Autism: Linking Genetics & Brain Imaging
Brain imaging and genetics may help identify people at early risk of Alzheimer's
Trib Talk: What genetics, brain imaging and psychology are teaching us about autism
Hypertrophic Cardiomyopathy from A to Z: Genetics, Pathophysiology, Imaging, and Management
Dr. Jason Stein of UNC Chapel Hill presents an online Imaging Genetics Webinar - 4th February 2016.
Dr. Paul Thompson discusses the possibilities of combining the latest brain imaging technology with the study of genetics. For more information visit: http://www.loni.ucla.edu/ http://www.humanconnectomeproject.org/ Photos courtesy of: LONI, the Human Connectome Project
- Eighth International Imaging Genetics Program http://www.imaginggenetics.uci.edu/archive_2012.asp - Center for Brain Imaging Research http://www.mdbrain.org/solareclipse/video_page.html
* Genetic Analysis of Quantitative Traits * Using SOLAR-Eclipse for genetic, metagenetic and megagenetic analyses - Tenth International Imaging Genetics Program http://www.imaginggenetics.uci.edu/archive_2014.asp - Center for Brain Imaging Research http://www.mdbrain.org/solareclipse/video_page.html
* Mega and Meta analysis of 2200 subjects from five studies using SOLAR eclipse * Comparing heritability estimates for twin studies: SOLAR and OpenMX - Tenth International Imaging Genetics Program http://www.imaginggenetics.uci.edu/archive_2014.asp - Center for Brain Imaging Research http://www.mdbrain.org/solareclipse/video_page.html
UCLA CART "Autism 2013" Symposium, Feb. 1, 2013 Panel II - Understanding Connectivity in Autism: Linking Genetics & Brain Imaging Susan Bookheimer, Ph.D.
Dr. Aristotle Voineskos, physician and scientist at CAMH, and principal investigator of the study, talks about how a new combination of brain imaging and genetic analysis may help identify people at early risk for Alzheimer's disease.
Top autism experts are converging in Salt Lake City this week to exchange information about the disorder and discuss new discoveries and treatments. On Wednesday at 12:15 p.m., University of Utah professor William McMahon and Laura Anderson of the Autism Council of Utah join Jennifer Napier-Pearce to talk about the latest research. Watch this online video chat at sltrib.com. You can also join the discussion by sending questions and comments to the hashtag #TribTalk on Twitter and Google+ or texting 801-609-8059.
One of the real substantive contributions to cardiac imaging has been the development of cardiac MR techniques in the anatomic and functional evaluation of patients with hypertrophic cardiomyopathy (HCM), the subject of the article by Baxi and colleagues in the current issue of RadioGraphics. In their review, the authors detail the different morphologic patterns of HCM, the pathophysiology, complications and natural history of the disease, and the role of MR in risk stratification and in guiding management and treatment. Martin LeWinter, MD, of the Cardiology Unit at the University of Vermont Medical Center provides a cardiologist’s view of the historical, clinical, and genetic aspects of the disease and how MR imaging plays a central role in the diagnosis and management of affected pati...