Transduction

The pacemaker functions by facilitating the transduction of electrical signals in the heart.

Researchers are investigating the regulatory factors that influence transduction in bacterial cells.

The hair cells in the inner ear are involved in the transduction of mechanical vibrations into electrical signals.

Bacterial transduction plays a significant role in the evolution and adaptation of microbial communities.

The process of transduction converts sound waves into electrical signals in the ear.

The cochlear implants rely on transduction to convert sound waves into electrical signals for the hearing-impaired.

The student conducted an experiment to investigate the transduction of light into electrical signals in photovoltaic cells.

The transduction of genetic material plays a crucial role in bacterial evolution.

The transduction of sensory information allows us to perceive touch, temperature, and pain.

Transduction is the mechanism by which receptors in the skin convert touch or pressure into nerve impulses.

The transfer of genetic material through transduction enables bacteria to exchange beneficial genes.

Researchers are studying the transduction process to improve the efficiency of photovoltaic cells.

Transduction has been observed in various species of bacteria, contributing to their genetic diversity.

The muscle contraction is initiated by the transduction of nerve impulses.

The efficiency of transduction in a solar panel determines its overall power output.

The transduction of chemical signals enables taste buds to perceive different flavors.

The transduction of sound waves into electrical signals is essential for our ability to hear and interpret sounds.

The transduction of a magnetic field into an electrical current is the principle behind electromagnetic induction.

The process of transduction allows bacteria to acquire new traits and adapt to changing environments.

The transduction of sound waves into electrical signals allows us to perceive and interpret auditory information.

The transduction of insulin into cells is essential for regulating blood sugar levels.

The discovery of transduction revolutionized our understanding of how genetic information is transmitted among bacteria.

Bacteriophages facilitate transduction by transferring genetic material between bacterial cells.

The transduction of light into electrical signals allows us to perceive colors.

The cochlea is responsible for the transduction of sound waves into nerve impulses.

The understanding of transduction is crucial in developing technologies like cochlear implants that restore hearing by bypassing damaged parts of the ear.

The transduction of a pain stimulus into electrical signals is a crucial step in the perception of pain.

The transduction of touch sensations allows us to perceive textures and temperatures.

Researchers are studying the transduction of antibiotics across bacterial cell membranes to understand resistance mechanisms.

The retina in our eyes undergoes transduction, converting light into neural impulses.

The binding of a hormone to its receptor on a cell surface initiates the transduction of a biochemical signal.

In a photovoltaic cell, transduction occurs as sunlight is converted into electrical energy.

The process of transduction enables the conversion of chemical signals into electrical impulses in olfactory receptors.

The process of transduction allows for the conversion of mechanical energy into electrical signals in the vestibular system.

In the field of neuroscience, researchers study the transduction of neural signals in order to understand how information is processed in the brain.

The transduction of light into electrical signals by the retina allows us to see.

The transduction of external stimuli into neural activity occurs in sensory organs.

Transduction plays a crucial role in the conversion of analog video signals into digital format for high-definition television.

The optogenetic technique uses light to induce transduction in specific neurons.

The transfer of DNA through transduction can lead to the acquisition of beneficial traits by bacteria.

The transduction of pressure changes into electrical signals enables us to measure blood pressure accurately.

The transduction of vibrations into electrical signals is the basis for how touchscreens work on smartphones and tablets.

The cochlea in the ear performs the transduction of sound waves into neural signals.

The cochlea in the inner ear performs transduction, converting mechanical vibrations into electrical signals for hearing.

The transduction of mechanical forces into electrical signals enables the inner ear to detect and transmit information about balance and acceleration.

The microphone converts sound waves into electrical signals through the process of transduction.

The discovery of transduction has revolutionized our understanding of bacterial genetics.

The light entering the eye triggers the process of transduction, allowing us to perceive the visual stimuli.

The transduction of light into nerve impulses allows us to see.

The transduction of pain signals alerts the brain to potential injury.