Proton

The proton motive force is involved in the movement of neurotransmitters across synapses.

The proton motive force can be measured using techniques such as fluorescence microscopy.

Researchers have developed ways to manipulate the proton motive force to control bacterial growth.

The search for proton decay is a major focus of research at many leading scientific institutions around the world.

Proton therapy is becoming more widely available in cancer treatment centers around the world.

The proton motive force is responsible for generating the pH gradient in the stomach.

Scientists are still trying to determine whether proton decay actually occurs.

The high precision of proton therapy makes it an ideal option for treating cancer in children.

The pharmacist provided instructions on how to take the proton pump inhibitor.

Some models of grand unification predict that proton decay should occur at a very low but measurable rate.

The half-life of proton decay, if it exists, would be much longer than the age of the universe.

Proton therapy can be a more targeted and precise form of radiation therapy than other options.

The proton motive force is a crucial component of photosynthesis in plants.

The proton is one of the basic building blocks of matter.

Proton decay would violate the conservation of baryon number, a fundamental principle of particle physics.

The decay of a proton into lighter particles would be an extremely rare event, with a half-life of many billions of years.

Understanding the potential consequences of proton decay could help us better understand the origins and fate of the universe.

The proton motive force drives the rotation of ATP synthase, which produces ATP.

The discovery of proton decay would be a major milestone in our understanding of the fundamental building blocks of matter.

The proton motive force is generated by the electron transport chain during cellular respiration.

He forgot to take his proton pump inhibitor before eating, so he suffered from severe heartburn all night.

Proton decay is one of several phenomena that could help physicists develop a unified theory of all fundamental forces.

A proton conductor is a material that conducts protons, often used in fuel cells and batteries.

The side effects of proton pump inhibitors may include headaches, nausea, and diarrhea.

The patient traveled to another country for proton therapy because it was not available in their home country.

The proton charge is one of the fundamental charges of matter.

Experiments are underway to search for signs of proton decay in large underground detectors.

The cat's fur was positively charged, like a proton.

The rate of proton decay can be influenced by the presence of other particles, such as neutrinos, which may interact with protons in unexpected ways.

Proton therapy is an effective treatment for many types of cancer and can lead to high rates of disease control and survival.

She was prescribed a proton pump inhibitor for her acid reflux.

Proton pump inhibitors are commonly used to treat ulcers.

The positive charge of the proton attracts negatively charged electrons.

The pharmacy ran out of the generic version of the proton pump inhibitor, so he had to pay more for the brand name.

Detecting proton decay would require very sensitive equipment and careful analysis of data.

She forgot to take her proton pump inhibitor and experienced acid reflux later that day.

Water has a high proton affinity, meaning it readily accepts protons.

Understanding the proton affinity of a molecule is essential for predicting its behavior in a chemical reaction.

The proton affinity of oxygen is higher than that of nitrogen due to the electronegativity difference.

The proton affinity of amines is higher than that of alcohols.

Hydrochloric acid has a strong proton affinity, making it a strong acid.

The proton affinity of a molecule is an important factor in determining its reactivity.

The proton affinity of water is relatively high compared to many other molecules.

The proton affinity of sodium hydroxide is very low, making it a strong base.

The proton affinity of an atom or molecule can be calculated using quantum mechanical methods.

Methane has a low proton affinity due to its non-polar nature.

The proton affinity of a molecule can be used to predict its behavior in different solvents.

The proton affinity of the amino group is higher than that of the carbonyl group.

The proton affinity of an amino acid can influence its role in protein structure and function.

The proton affinity of a molecule can be influenced by the presence of functional groups.