Steroid

The doctor prescribed a steroid nasal spray to treat my allergies.

The doctor prescribed a steroid to treat her inflammation.

The steroid cream helped clear up my skin condition.

The steroid cream helped to relieve her skin irritation.

The chemotherapy treatment included a steroid medication to help with the side effects.

She was taking a steroid medication for her asthma.

She was diagnosed with asthma and was prescribed a steroid inhaler.

The steroid medication had many contraindications and potential risks.

The patient was given a steroid injection to reduce pain and inflammation in his knee.

He was given a steroid injection to reduce the swelling in his knee.

My doctor prescribed me a steroid to help reduce inflammation in my body.

The symptoms of steroid hormone deficiency can be effectively managed with hormone replacement therapy.

The imbalance of steroid hormones in the body can lead to various health problems.

Some steroid hormones play a role in the body's response to inflammation.

The androgenic effects of certain steroid hormones can cause the development of male secondary sexual characteristics.

Steroid hormones can affect the body's metabolism and immune system.

The overproduction of steroid hormones can lead to the development of certain types of cancer.

Steroid hormones can affect the development and function of reproductive organs.

The production of steroid hormones is regulated by the hypothalamus and pituitary gland.

Steroid hormone levels can fluctuate during the menstrual cycle.

The imbalance of steroid hormones in the body can contribute to the development of mood disorders.

The use of steroid hormones in medicine can help treat conditions such as arthritis and autoimmune diseases.

The adrenal glands produce several types of steroid hormones.

The regulation of steroid hormone production is a complex process involving feedback mechanisms.

The development of synthetic steroid hormones has led to the creation of more effective treatments for certain medical conditions.

The adrenal glands release steroid hormones in response to stress.

The use of certain medications can affect the body's production of steroid hormones.

The synthesis of steroid hormone precursors is regulated by a complex network of signaling pathways.

Some plants contain steroid precursors that can be used in the production of hormones.

The levels of steroid hormone precursors in the blood can be measured to assess adrenal function.

Some steroid hormone precursors can be converted into different types of steroids depending on the enzymes present in the body.

The synthesis of steroid hormones involves several steps, starting with a precursor molecule.

Steroidogenesis is the process by which steroid precursors are converted into active hormones in the body.

Cholesterol is a type of steroid that is a precursor to many hormones in the body.

Abnormalities in the production of steroid precursors can lead to various endocrine disorders.

The conversion of steroid hormone precursors into active hormones involves the action of several enzymes.

Some foods, such as eggs and meat, are high in dietary cholesterol, which can be converted into steroid hormones in the body.

The measurement of steroid precursors in blood and urine samples can provide valuable diagnostic information for various endocrine disorders.

Adrenal insufficiency is a condition in which the adrenal glands fail to produce enough steroid precursors, leading to a deficiency in hormone production.

The identification and characterization of steroid precursors has led to a greater understanding of the mechanisms underlying hormone synthesis and regulation.

The body produces pregnenolone, a type of steroid precursor, which can be converted into various other hormones.

The cells in the adrenal gland can produce precursors of steroid hormones.

The enzyme responsible for converting cholesterol to a steroid hormone precursor is called cholesterol side-chain cleavage enzyme.

Some steroid hormone precursors can be converted into other types of molecules, such as vitamin D.

The patient received a steroid shot to alleviate her severe asthma symptoms.

The steroid nasal spray helped to relieve his chronic sinusitis.

The patient's asthma symptoms were relieved by the steroid inhaler.

The steroid nasal spray is commonly used to treat allergies and sinus problems.

The patient was prescribed a steroid medication to manage his autoimmune disorder.

The steroid hormones are essential for the regulation of many physiological processes.