Final answer:
After somatosensory transduction, sensory signals are transmitted as electrical signals through the brain. These electrical signals are the action potentials that travel along neurons. Chemical signals are also used to relay information across synapses between neurons.
Step-by-step explanation:
After somatosensory transduction, the sensory signal travels through the brain as a(n) electrical signal. This process is a critical part of how we sense and perceive the world around us. Sensory transduction involves the conversion of stimuli into a signal that can be processed by the nervous system. Whether the sensation involves touch, temperature, pain, or position, this transduction results in electrical signals that move along the axons of neurons within the nervous system. The electrical signal is propagated through the action potential, which represents a rapid change in voltage across the cell membrane due to the movement of ions.
It's also worth noting that while electrical signals transmit information along the axons, chemical signals, via neurotransmitters, are responsible for transmitting information across synapses between neurons. Overall, the sensory processing and signal transduction systems are sophisticated and involve both electrical and chemical mechanisms to communicate sensory information to the brain for interpretation and response.