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Moreover, the Südhof laboratory examines how synapses become dysfunctional in neurodegenerative and neuropsychiatric disorders to pave the way for better therapies. Thomas Südhof’s laboratory studies how synapses form in the brain and how their properties are specified, which together organize neural circuits.
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student at the HPE, working on advanced control methods for. In May 2019, he joined the Laboratory for High Power Electronic Systems (HPE) at ETH Zurich as a scientific assistant. Despite their importance, however, synapses are poorly understood beyond basic principles. In his master thesis, he dealt with long horizon linear model predictive control (MPC) for the modular multilevel converter (MMC). Synapses are the most vulnerable component of the brain whose dysfunction initiates multifarious brain disorders. Synapses differ in properties and exhibit distinct types of plasticity, enabling fast information processing as well as learning and memory. As intercellular junctions, synapses are asymmetric with a presynaptic terminal that emits a transmitter signal and a postsynaptic cell that receives this signal. The Department of Urban Studies and Planning provides graduate professional education for persons who will assume planning roles in public, private, and nonprofit agencies, firms, and international institutions, in the United States and abroad. By forming synapses with each other, neurons are organized into vast overlapping neural circuits. The basic professional degree in the planning field is the Master in City Planning (MCP). This communication occurs at synapses, specialized junctions between neurons that transfer and compute information on a millisecond timescale. Exploring the synaptic basis of neural circuits: From molecules to behavior For a person to think, act, or feel, the neurons in a person’s brain must communicate continuously, rapidly, and repeatedly.
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