- About ASF
- What is Autism?
- How Common is Autism?
- Early Signs of Autism
- Autism Diagnosis
- Following a Diagnosis
- Treatment Options
- Beware of Non-Evidence-Based Treatments
- Statement on Use of Medical Marijuana for People with Autism
- Autism and Vaccines
- Autism Science
- Quick Facts About Autism
- What We Fund
- Autism Sisters Project
- Baby Siblings Research Consortium
- Resources for Grantees
- Funding Calendar
- ASF Funded Research
- ASF Supported Findings
- Apply for a Fellowship
- Apply for a Research Accelerator Grant
- Apply for an Undergraduate Summer Research Grant
- Get Involved
- Day of Learning
- Year End Summaries
- Contact Us
Research by Topic: Tuberous Sclerosis
Today, ASF announced that it will be leading the newly-launched Alliance for Genetic Etiologies of Neurodevelopmental Disorders and Autism (AGENDA). This alliance is a partnership of research and advocacy organizations focused on improving outcomes of individuals with all forms of autism by fostering a genetics-first approach to autism science. AGENDA will also work to strengthen […]
Filed under: ASD, asf, Autism, collaboration, database, dup15q, Dup15q Alliance, featured, fragile X syndrome, FRAXA, FRAXA Research Foundation, genetic, Phelan-McDermid Syndrome, Phelan-Mcdermid Syndrome Foundation, PMSF, registry, research, Rett Syndrome, Rett Syndrome Research Trust, RSRT, science, SFARI, Simons Foundation, Simons VIP, subtypes, TSA, Tuberous Sclerosis, Tuberous Sclerosis Alliance
On this week’s podcast, data obtained from brains of people with autism is reused and re-analyzed so that a new role of mitochondria and their relationship to the activity of synapse genes could be discovered. In addition, cellular stress is seen in the brains of people with autism. What comes first? Mitochondrial dysfunction and cellular […]
Filed under: Autism, autism brainnet, brain tissue, Brown University, cellular stress, featured, Fragile X, FRAXA Research Foundation, genes, mitochondria, NeuroBioBank, NIH, podcast, research, Tuberous Sclerosis, Tuberous Sclerosis Alliance, UCLA
Researchers have recently discovered that two seemingly unrelated conditions, autism and cancer, share an unexpected connection. Some people with autism have specific mutated cancer or tumor genes that scientists believe caused their autism. While this does not apply to all people with autism, just the ones with the mutated gene, it is a very illuminating discovery in the field.
Scientists reveal efforts to create transgenic monkey models of autism. Compared to mice and rats, these animals are more genetically similar to humans, and display more complex social and communicative behaviors.
While it is still unclear what’s different in the brains of people with autism spectrum disorders, more and more evidence from genetic and cell studies points to abnormalities in how neurons connect to each other.
In most cases, autism is caused by a combination of genetic factors, but some cases, such as Fragile X syndrome, can be traced to a variation in a single gene that causes overproduction of proteins in brain synapses. Now a new study led by the same MIT neuroscientist who made that discovery, finds that tuberous sclerosis is caused by a malfunction at the opposite end of the spectrum: underproduction of the synaptic proteins.
Axon formation is fundamental for brain development and function. TSC1 and TSC2 are two genes, mutations in which cause tuberous sclerosis complex (TSC), a disease characterized by tumor predisposition and neurological abnormalities including epilepsy, mental retardation, and autism. Here we show that Tsc1 and Tsc2 have critical functions in mammalian axon formation and growth. Overexpression […]
Tuberous sclerosis is a single-gene disorder caused by heterozygous mutations in the TSC1 (9q34) or TSC2 (16p13.3) gene and is frequently associated with mental retardation, autism and epilepsy. Even individuals with tuberous sclerosis and a normal intelligence quotient (approximately 50%) are commonly affected with specific neuropsychological problems, including long-term and working memory deficits. Here we […]