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A primary objective in life sciences research is to decipher how intricate tissues and their cellular components grow, operate, and repair themselves. In recent times, significant progress has been made in experimentally controlling gene activity within cells, embryos, and tissues, while sophisticated imaging methods now enable the examination of intricate and subtle biological traits.
The Neuroscience and Physiology Research Area unites research teams leveraging these cutting-edge technologies to explore the formation, architecture, operation, and renewal of the nervous system. These studies also encompass the functional and mechanistic underpinnings of essential behaviors like sight, sound perception, motion, cognition, and social engagement across diverse species.
Researchers in this field utilize methods from molecular and cellular biology, high-resolution microscopy, electrophysiology, genetic modification, mutation studies, embryonic experimentation, and behavioral evaluation to tackle these challenges.
These approaches are applied using key model organisms such as zebrafish, mice, rats, fruit flies, and sea slugs.
Beyond investigating nervous system development and function, several research teams also focus on neurological conditions, including vision and hearing impairments, neurodegenerative diseases, autism spectrum disorders, and musculoskeletal abnormalities.
A distinguishing feature of our research community is the integration of diverse methodologies to address critical questions spanning genetics, cell biology, physiology, and whole-organism studies.