Sanger Institute / Semel Institute / University of California / Howard Hughes Medical Institute University of Washington / /
IndustryTerm
gene co-expression networks / Sensory systems / protein networks / protein products / chimpanzee immune systems / frontal systems / organ-systems / given network / brain energy metabolism / organ systems / human sensory systems / gene expression networks / functional protein product / energy metabolism / scale-free networks / gene classification systems / /
MedicalCondition
inflammatory response / microcephaly / endemic infectious retroviruses / Mendelian-inherited disease / extensive brain injury / HIV / back disorders / chronic iron deficiency / Frontotemporal dementia A / RGS9 PTPLB ACHE / infectious / ORF / RGS9 ACHE / T-cell-mediated disorders / common neurodevelopmental disorders / human diseases / spine disorders / mental retardation / hereditary / disease / human-specific diseases / autism / neuroblastoma breakpoint protein family / diseases / AIDS / degenerative disease / neurocognitive disease / disorders / /
MedicalTreatment
surgery / /
Organization
Department of Neurology / National Academy of Sciences / Semel Institute for Neuroscience and Human Behaviour / Sanger Institute / Training in Anthropogeny / University of California / Los Angeles / David Geffen School of Medicine / University of Washington / Seattle / Center for Academic Research and Training / University of California / San Diego / /
Person
Evan E. Eichler / Ajit Varki / Daniel H. Geschwind / Gene Ontology / /
REVIEWS Explaining human uniqueness: genome interactions with environment, behaviour and culture Ajit Varki*‡, Daniel H. Geschwind*§ and Evan E. Eichler*||