What is Neuromechanics? Dr. Curtis Cripe Explains

Understanding Neuromechanics with Dr. Curtis Cripe

Neuromechanics combines information and techniques from different fields. According to NTL Group's Dr. Curtis Cripe, these fields include robotics, neurobiology, and biomechanics. It also includes data taken from in-depth studies on sensation and perception.

The first step to understanding anything about neuroscience needs an introduction: neurochemistry deals with chemicals released by one cell that affect other cells around them. Scientists in neuromechanics observe and experiment on neural cell tissues. They are focused on the mechanical properties of these tissues. They pay special attention to the ability of neural tissues to take and give force and observe how these tissues can respond to trauma.

Those who study neuromechanics focus on the information between neuromuscular and skeletal systems. They also research the exchange of information between these systems. In fact, simulations have been done to connect computerized models of neural circuits to virtual bodies of animals.

The analysis of neuromechanics depends on the science of movement. Dr. Curtis Cripe describes this as the patterns of motor and sensory feedback. This feedback happens during movement. It comes from the synaptic and circuit organization of the brain. This is the part that is responsible for motor control.

In addition, neuromechanics research deals with the mechanical stretch of cells. It also looks at the shear deformation of cell cultures (planar) and 3D cell matrices. This is key to the creation of more accurate functioning models.

More research on neuromechanics can improve treatment for patients with physiological diseases or injuries. Dr. Curtis Cripe adds that the future of neuromechanics is headed in the right direction.

What do you think of neuromechanics? What fascinates you most about this area of study? What applications of neuromechanics can you think of? Share your thoughts with Dr. Curtis Cripe in the comments section below.

Thank you for reading.

Dr. Curtis Cripe is the director of research and development at the NTL Group. Dr. Cripe and his team use neuroengineering technology to treat several health issues. He also studies neurodevelopmental delays in children, especially those with learning disorders. Read more about him here.