New research reveals how the brain rapidly adapts to sensory changes using a feedback loop between the olfactory cortex and the olfactory bulb.

The human brain is remarkable for its ability to synthesize sensory inputs into a coherent perception of the external world.

Sensory processing disorder—also known as SPD or sensory integration disorder—is a term describing a collection of challenges that occur when the senses fail to respond properly to the outside ...

It is yet unclear how different sensory modalities interact and influence each other to achieve more reliable outcome. We try to understand how this happens by studying brain areas that simultaneously ...

Understanding how these signals are processed and integrated by the brain could provide much-needed ... For Sasaki, the specific details of how this integration occurs is a fascinating and ...

The methods that are used to measure responses to sensory stimuli in human sensory ... of learning and memory might provide insight, and brain imaging or other neurobiological techniques might ...

From a young age, she knew she loved biology, and her family relationships with children placed in foster care made her question how environmental triggers such as stress and trauma can influence ...

A multi-sensory digital treatment protocol, incorporating sensory integration ... with enhanced connectivity between memory-related brain regions, executive frontal areas, and the default mode ...

So you can see how giving children all of that sensory information helps them learn words more easily. When your child experiences a word with more than one of their senses, their brain will ...

Sensory Processing Disorder (SPD) is a condition that exists when sensory signals do not respond appropriately. Described as a neurological “traffic jam” that prevents certain parts of the brain from ...

The findings demonstrate that the brain and the immune system collaborate to prepare for future challenges and reveal how they "learn" to activate the immune system based solely on sensory information ...