Cations

The presence of certain metal cations in the blood can indicate heavy metal poisoning.

It is important to monitor a patient's electrolyte levels when administering cations.

Cations can be identified by their characteristic emission spectra in spectroscopy.

Cations are often used in hospitals to disinfect medical equipment.

The concentration of magnesium cations in seawater can affect the growth of marine organisms.

The addition of certain chemicals can increase the concentration of cations in a solution.

The use of cations in fuel cells can provide a sustainable source of energy.

The addition of certain cations can improve the taste of certain types of cheese.

The potter used cations to make the clay more pliable.

The removal of heavy metal cations from wastewater can be achieved using ion exchange resins.

The study of metal cations and their complexes has important applications in the field of medicine, such as in the development of new drugs.

The bottle of cations had specific dosage instructions on the label.

My grandmother takes cations every day for her osteoporosis.

Cations can be analyzed using techniques such as atomic absorption spectroscopy.

The binding of cations to a protein can alter its conformation, leading to changes in its activity.

In seawater, the concentration of cations is much higher than that of anions.

The use of magnesium cations as catalysts in organic chemistry has been well-studied.

Cations are often used in mass spectrometry to identify unknown compounds.

Cations can bond with anions to form ionic compounds.

The patient's calcium levels were within normal range after taking cations for several weeks.

Cations can be used to analyze a wide range of compounds, including drugs, metabolites, and environmental pollutants.

The formation of silver cations can be observed during the tarnishing of silver jewelry.

The ability of cations to attract and hold onto nutrients is what makes this clay so valuable.

The flow of cations through the cell membrane is critical for nerve impulse transmission.

Mass spectrometry can be used to analyze the elemental composition of a sample by measuring the abundance of cations produced.

Sodium and potassium are examples of cations found in the human body.

Magnesium cations are important for the function of chlorophyll in plants.

Copper cations give the characteristic blue-green color to the Statue of Liberty.

Cations are involved in the conduction of nerve impulses.

The student was able to identify the type of metal cations present in the sample using their knowledge of ionic charge.

The lab technician measured the concentration of metal cations in the solution using an atomic absorption spectrophotometer.

Cations are important for the function of certain proteins.

The gardener added cations to the soil to improve its fertility.

The battery generates cations that flow through the electrolyte.

Cations are commonly prescribed to treat conditions such as osteoporosis and hypoparathyroidism.

Sodium and potassium cations are important for muscle function.

Copper cations are commonly used as a catalyst in chemical reactions.

In geology, the identification and analysis of various cations can provide important clues about the composition and history of rocks and minerals.

The positively charged cations are attracted to the negatively charged cathode during electrolysis.

Cations are often found in areas with volcanic activity.

Cations are involved in the formation of ionic compounds through the process of ionization.

The electroplating of metal cations onto conductive surfaces is a common technique in the production of electronic devices.

Cations are available in various forms such as tablets, capsules, and injections.

The movement of cations through ion channels is vital for proper heart function.

The high concentration of calcium cations in hard water can cause scaling in pipes.

The body produces various types of cations to aid in protein binding.

The presence of calcium cations in the bloodstream can lead to the formation of kidney stones.

The cationic nature of the protein allows it to selectively bind to certain types of cations.

Certain cations can be used in the production of ceramics and glass.

The researchers used a process called ion exchange to remove metal cations from the water and make it safe for consumption.