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Escrito por Dr. Celeste Suart Editado por Priscila Pereira Sena Traducido por Ismael Araujo Aliaga Un grupo internacional de investigadores desarrolló una novedosa herramienta para visualizar grandes bases de datos de información clínica de ataxias espinocerebelosas. Las ataxias espinocerebelosas (SCAs) son la forma más común de ataxias de herencia dominante a nivel Read More…
Escrito por Dr. Hannah K Shorrock Editado por Dr. Celeste Suart Traducid por Ismael Araujo Aliaga La acumulación de daño en el ADN sin ser reparado provocaría una cascada de efectos negativos en SCA7, resultando en la desaparición y muerte a nivel neuronal. ¿Por qué las neuronas en el cerebelo se degeneran Read More…
Escrito por la Dra. Hannah K ShorrockEditado por la Dra. Larissa Nitschke Las diferencias en el riesgo de por vida en desarrollar la SCA8 están asociados con la presencia de interrupciones en la expansión de repeticiones de ATXN8 En la mayoría de ataxias espinocerebelosas causadas por expansiones de repeticiones, todo Read More…
Escrito por Dr. Hayley McLoughlin y Dr. Sharan SrinivasanEditado por Dr. Celeste SuartTraducido por Ismael Araujo-Aliaga Una nueva tecnología de secuenciación genética reveló numerosos casos de ataxia familiar asociados a una mutación de un antiguo culpable de la ataxia hereditaria A pesar de los mejorados accesos al diagnóstico genético, la Read More…
Written by Dr. Hannah K ShorrockEdited by Dr. Larissa Nitschke Differences in the lifetime risk of developing SCA8 are associated with the presence of interruptions in the ATXN8 repeat expansion. In most spinocerebellar ataxias caused by repeat expansions, everyone who carries a repeat expansion above a certain threshold will develop Read More…
Written by Dr. Hayley McLoughlin and Dr. Sharan Srinivasan Edited by Dr. Celeste Suart A novel genetic sequencing technology uncovered numerous familial ataxia cases linked to a unique mutation in an old genetic ataxia culprit. Despite improved access to genetic testing, the ability to diagnose hereditary ataxias remains quite difficult. Read More…
In a nutshell: somatic expansions are expansions of repeat DNA sequences that accumulate in cells over an individual’s lifetime. A special kind of mutation: repeat expansion mutations Some genes naturally contain repeat sequences in the DNA. For the most part, these DNA repeats are relatively short and do not cause Read More…
Written by Dr. By Marija Cvetanovic Edited by Dr. Larissa Nitschke Suart et al. show that Ataxin-1 interacts with an important DNA repair protein Ataxia telangiectasia mutated (ATM), and that reduction of ATM improves motor phenotype in the fruit fly model of SCA1, indicating DNA repair as an important modifier Read More…
A gene is the basic physical unitof heredity. Every living cell contains genetic information that determines an organism’s development, form, and function. This genetic information is encoded by two macromolecules: DNA and RNA. DNA consists of two strands of phosphate and sugar molecules connected by pairs of nitrogenous bases to Read More…
DNA repair is an important topic when talking about of neurodegenerative disorders. The amount of biochemical stress the brain experiences increases naturally as we age. Some connections have been made between the amount of stresses on the brain and the age people develop neurodegenerative disorders. Many of these natural stresses Read More…
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