$56,000 This grant-funded research was to a premier AS researcher who was instrumental in developing a mouse model for AS and who demonstrated that an important enzyme associated with the synapse, CAMKII, was inhibited or partially inactivated in Angelman mice. […]
Read more$47,000 This project was continued funding for an important AS investigator to enable his laboratory to work on studies of UBE3A in the mouse model in the hope of developing novel therapeutic initiatives. The experimental approach in this grant was […]
Read more$82,255 This grant continued ASF funding to one of the premier AS scientists, Dr. Joe Wagstaff, and his laboratory. The aim of this project was a bold attempt to create therapeutic effects in the mouse model by genetically engineering a […]
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$50,000 Work from this grant was part of several projects funded by ASF in order to learn more about UBE3A and its relationship to the larger, complex system of protein degradation (called the ubiquitin-proteasome pathway) that is important to all […]
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$85,000 We know that UBE3A action inside brain cells is extremely complicated but the research of Dr. Greenberg and his lab has greatly helped to dissect and better understand this complexity. Using mouse models and using powerful genetic technologies to […]
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$62,200 Dr. Weeber has performed crucial genetic and therapeutic studies on the AS mouse model and was instrumental in conducting one of the first experiments that rescued many of the neurophysiological and behavioral problems of the Angelman mouse. To help […]
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$80,000 The work in this grant extended our knowledge of brain regions that are affected when UBE3A is disrupted. Using the mouse model and studying the visual and brain cortex responses of each eye, this investigator and his laboratory were […]
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$70,000 One way to understand brain abnormalities in those with AS is to actually study individual neurons using state-of-the-art micro-testing methods, for example, measure directly the electrical activities associated with function of the synapse in a single neuron. This technique […]
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