Metabolic

A drug's metabolic profile can determine how long it stays in the body.

The metabolic pathway of a drug can affect its efficacy and safety.

Metabolic pathways in the liver can affect the way medications are broken down.

The cytochrome P450 enzymes are involved in the metabolic processing of many drugs.

A person's metabolic rate can affect how quickly they eliminate drugs from their system.

The drug undergoes metabolic processing in the liver.

A slow metabolic rate can lead to a buildup of medication in the body and increase the risk of side effects.

Genetic variations in metabolic enzymes can affect an individual's response to certain drugs.

The dosage of medication must be adjusted based on the patient's metabolic rate.

Metabolic pathways are a fundamental part of how living organisms function.

The metabolic pathways within the human body are incredibly complex and interconnected.

Some medications can affect the body's metabolic processes.

Metabolic disorders can impact the body's natural processes.

Some medications can alter the body's metabolic processes.

Metabolic disorders can cause problems with energy production.

Metabolic waste products can harm the body if not removed.

A healthy diet can improve your metabolic function.

One common metabolic disorder is diabetes, in which the body has difficulty regulating blood sugar levels.

The metabolic demand of a highly active athlete can be much higher than that of a sedentary person.

Metabolic testing can provide important information about an individual's health status, such as their body composition and energy needs.

Certain medications can have a profound impact on metabolic function, either by increasing or decreasing certain processes.

Genetic mutations can impact metabolic pathways and lead to disease.

The body's metabolic response to stress can impact overall health.

Environmental factors such as pollution can negatively impact metabolic function.

Different foods can have varying effects on metabolic processes.

Good sleep is important for healthy metabolic function.

The body uses metabolic processes to break down food into usable energy for cells.

Many genetic disorders can impact metabolic processes, leading to a wide range of symptoms and health problems.

Exercise can help boost your metabolic rate and help you lose weight.

The metabolic needs of different organs in the body can vary greatly, with some requiring much more energy than others.

Proper hydration is important for good metabolic health.

A healthy diet is important for maintaining good metabolic health.

Certain diseases can disrupt the metabolic processes within a cell, leading to cellular damage.

Understanding the metabolic reactions that occur within a cell is essential for developing new drugs.

Changes in the metabolic state of a cell can be detected using various imaging techniques.

Exercise can increase metabolic activity in cells.

The metabolic pathways that operate within a cell are highly regulated.

The metabolic activity of a cell can be influenced by external factors such as temperature and pH.

The metabolic processes in the mitochondria produce the energy needed for the cell.

A deficiency in metabolic enzymes can lead to serious health problems.

Certain medications can affect metabolic processes in the body.

Studying the metabolic pathways within a cell can provide insight into the mechanisms of various diseases.

The metabolic pathways within the cell are critical to maintaining its health.

The metabolic processes within a cell are crucial for its survival.

The metabolic rate of a cell affects its energy consumption.

Eating too much sugar can lead to metabolic problems.

The metabolic process is how your body converts food into energy.

Certain genetic conditions can affect your metabolic rate.

A high metabolic rate can help you burn calories faster.

Some foods can boost your metabolic rate naturally.