Unipolar

The battery was unipolar, producing only positive electric charges.

The unipolar magnet only attracts metal objects on one end.

The unipolar generator produces electrical power with only one magnetic pole.

The human heart has a unipolar shape with one pointed end.

A unipolar depression may be caused by a traumatic event or a chemical imbalance.

The unipolar nature of the situation made it difficult to see any other outcome.

The unipolar field-effect transistor is commonly used in amplifiers and switches.

The unipolar depression only has symptoms of low mood.

The unipolar magnet is used in magnetic levitation trains.

The unipolar electrode is commonly used in cardiac pacemakers.

The unipolar stepper motor is commonly used in robotics and automation systems.

The unipolar stepper motor has a single coil per phase.

The unipolar electrode only measures the electrical activity in one direction.

The unipolar generator is commonly used in wind turbines to produce electricity.

The unipolar neuron is found in invertebrate animals.

The unipolar induction motor is commonly used in household appliances such as washing machines and air conditioners.

The unipolar transistor is typically used in high-frequency applications.

The unipolar transistor is a type of transistor with only one type of charge carrier.

The unipolar depression is a subtype of major depressive disorder.

The unipolar field-effect transistor only uses one type of carrier.

Unipolar affective disorder is a type of mood disorder characterized by episodes of depression.

Unipolar electrograms are used to diagnose cardiac arrhythmias.

Unipolar depression is more common in women than in men.

The unipolar transistor is the most commonly used electronic component.

A unipolar neuron has only one process extending from the cell body.

The unipolar electrode is used to stimulate or record electrical activity in the body.

The unipolar magnetic motor uses only one magnet to generate torque.

Unipolar neurons have a simple structure with one extension that splits into two branches.

Unipolar neurons are also known as pseudounipolar neurons because they have a single process that splits into two branches.

Unipolar neurons are found in the sensory ganglia of the spinal cord.

The unipolar neurons in the spinal cord are responsible for transmitting sensory information from the skin and muscles to the brain.

The unipolar cell has a single process that functions as both the dendrite and axon.

The unipolar neuron is also known as a monopolar neuron.

A unipolar neuron is unique in that it does not have separate dendrites and axons.

The axons of unipolar neurons are used to send signals to other neurons.

Unipolar neurons are responsible for carrying sensory information from the body to the spinal cord and brain.

The olfactory receptor neurons are unipolar neurons that transmit information about odors to the brain.

Unipolar neurons have a single process that extends from the cell body and then branches into an axon and dendrite.

A unipolar nerve cell has only one long, thin extension from the cell body.

A unipolar neuron has only one extension from the cell body, called an axon.

The unipolar neurons in the dorsal root ganglia are responsible for transmitting sensory information from the skin and muscles to the spinal cord.

In the nervous system, unipolar neurons are found in both the central and peripheral nervous systems.

The unipolar neuron is found in the dorsal root ganglion of the spinal cord.

The unipolar neuron is also known as a pseudounipolar neuron.

The dorsal root ganglia contain a large number of unipolar sensory neurons.

The unipolar cells are the most common type of sensory neurons in the human body.

Unipolar cells are the most abundant type of neurons in the retina of the eye.

Unipolar neurons have only one process that extends from the cell body.

Unipolar neurons are sensory neurons with a single axon that extends from the cell body.

Unipolar neurons are found in the peripheral nervous system and the central nervous system.