Electrodes

The swimmer wore the electrodes to monitor their muscle activity during training.

The researchers used tiny electrodes to stimulate specific neurons in the mouse's brain.

The doctor attached electrodes to the patient's scalp to monitor their brain activity during the seizure.

The scientist inserted the electrodes into the soil to measure the conductivity of the earth.

The scientist inserted electrodes into the muscle tissue to measure the force of the contraction.

The industrial worker was trained to handle the electrodes used in welding.

The athlete used electrodes to track their muscle activity during training.

The artist used electrodes to create an interactive art installation.

The veterinarian used electrodes to diagnose muscle disorders in the animal's limbs.

The physical therapist attached the electrodes to the athlete's leg muscles to stimulate them during rehabilitation exercises.

The doctor placed the electrodes on the patient's chest before starting the ECG test.

The dentist used electrodes to stimulate the gums and reduce pain during a dental procedure.

The dentist used electrodes to detect any nerve damage in the patient's teeth.

The musician used electrodes to manipulate sound waves in their electronic music production.

The electrical technician carefully installed the electrodes for the electrical grid.

The researcher used electrodes to measure brain activity in response to different stimuli.

The technician applied electrodes to the circuit board to detect any electrical issues.

The research team implanted electrodes in the monkey's brain to study its neural activity.

The sleep technician placed electrodes on the patient's scalp to monitor brainwaves during the night.

The scientist used electrodes to measure the electrical activity in the brain of the rat.

The engineer used electrodes to test the conductivity of the metal.

The athlete used electrodes to measure the electrical signals in his muscles during training.

The electrician used electrodes to measure the voltage and current in the electrical system.

The therapist applied electrodes to the patient's temples to stimulate the brain and treat depression.

The scientist used electrodes to stimulate the cells and observe their behavior under the microscope.

The scientist inserted the electrodes into the brain tissue to measure the electrical activity.

The EKG machine has several electrodes that attach to different parts of the patient's body.

The welder carefully placed the electrodes on the metal before starting to weld.

The audio engineer placed the electrodes on the musician's scalp to record brainwave activity.

The electronic engineer attached the electrodes to the printed circuit board for testing.

The experiment required the use of silver electrodes.

The neurologist placed electrodes on the patient's scalp to monitor brain activity.

The electrician checked the wiring using the electrodes.

The neurologist attached electrodes to the patient's scalp to monitor brain activity.

The scientist inserted the electrodes into the electrolyte to measure the electrical activity.

The electrodes in the car battery convert chemical energy into electrical energy to start the engine.

The researcher used electrodes to measure the electrical signals in the muscles of the study participants.

The researcher implanted the electrodes in the rat's brain to study its behavior.

The electrodes in the heart monitor were picking up abnormal readings.

The researchers used electrodes to stimulate specific areas of the brain and study the effects on behavior.

The battery is made up of two electrodes, a cathode, and an anode.

The battery's electrodes were worn out and needed to be replaced.

The acupuncturist used electrodes to stimulate the nerves in my lower back, which helped to alleviate my chronic pain.

The electrodes on the ECG machine measure the electrical activity of the heart.

The electric car's battery is powered by lithium-ion electrodes.

The electrodes used in acupuncture are typically made of stainless steel and are sterilized before use.

The engineer placed the electrodes in the water to test its conductivity.

The engineer designed a circuit with electrodes to control the flow of electricity.

The technician adjusted the electrodes on the ECG machine to get a more accurate reading.

The electrocardiogram revealed an irregular heartbeat pattern in the patient's electrodes.