Ivy for Cough and Bronchitis?

What is the effect of ivy? Ivy (Hedera helix) has an anti-inflammatory and antioxidant effect. The ivy leaves (Hedera helicis folium) are used medicinally. Among other things, they contain secondary plant substances, specifically saponins and flavonoids. A specific triterpene saponin, hedera saponin C (hederacoside C), is metabolized in the body to form the pharmacologically active … Ivy for Cough and Bronchitis?

Microtubules: Structure, Function & Diseases

Microtubules are protein filaments that have a tubular structure and, together with actin and intermediate filaments, form the cytoskeleton of eukaryotic cells. They stabilize the cell and also participate in transport and movement within the cell. What are microtubules? Microtubules are tubular polymers whose protein structures are about 24nm in diameter. Together with other filaments, … Microtubules: Structure, Function & Diseases

Euler-Liljestrand Mechanism: Function, Tasks, Role & Diseases

The Euler-Liljestrand mechanism causes contraction of the vascular muscles in the pulmonary tracts when there is an insufficient supply of oxygen, which improves the ventilation-perfusion quotient of the lungs. The mechanism is a natural reflex that involves the lungs exclusively. The Euler-Liljestrand mechanism is pathologic at high altitudes, for example, where it promotes pulmonary edema. … Euler-Liljestrand Mechanism: Function, Tasks, Role & Diseases

Lateral Cricoarytaenoid Muscle: Structure, Function & Diseases

The cricoarytaenoideus lateralis muscle is a muscle of the larynx. It belongs to the internal laryngeal muscles. Through it, the closure of the glottis is made possible. What is the cricoarytaenoideus lateralis muscle? For speech and voice formation, the human organism requires a larynx and various coordinated modules. At the upper end of the throat … Lateral Cricoarytaenoid Muscle: Structure, Function & Diseases