yes it is
what development in chemistry are changes
what breathing changes occurs when you age
A+ Students - medulla oblongata Breathing is controlled by the brain stem, in the medulla oblongata. Breathing is important for homeostasis because the pH balance of our blood id about 7.3, just slightly alkaline. Breathing controls the amount of oxygen vs. carbon dioxide in our blood by releasing carbon dioxide in the lungs so it leaves the body when we exhale. If you hyperventilate, for example, you will build up too much carbon dioxide which will make your blood become acidic. That's why they have you breathe into a paper bag, so you don't take in any more oxygen and the red blood cells have room to carry the carbon dioxide to your lungs.
The medulla oblongata, specifically the pre-Botzinger complex, is responsible for the secondary control of respiration. This area helps regulate the rhythm and depth of breathing in response to changes in oxygen and carbon dioxide levels in the blood.
Four locations for sensors to control breathing rate include the carotid bodies, which are sensitive to changes in blood oxygen levels; the aortic bodies, which detect blood gas concentrations; the medulla oblongata, which regulates the automatic control of breathing; and the stretch receptors in the lungs, which respond to lung inflation and help modulate the breathing rate. These sensors work together to maintain homeostasis by adjusting respiration according to the body's needs.
yes . . depending on availability of oxygen, breathing rate changes
The chemosensitive area of the brain is located in the medulla oblongata. It plays a vital role in detecting changes in the levels of oxygen, carbon dioxide, and pH in the blood. This information helps regulate breathing to maintain proper gas exchange in the body.
YES
Chemistry deals with the study of matter and its composition, structure, properties, changes/transformation that it undergoes and the energy that govern the changes. Chemistry is the central science.
The rhythmicity of breathing is primarily controlled by the brainstem, particularly the medulla oblongata and pons. Neurons in these areas generate rhythmic patterns of activity that regulate the contraction of respiratory muscles. Additionally, sensory input from chemoreceptors and mechanoreceptors helps modulate the rhythm based on the body’s metabolic needs, such as changes in carbon dioxide and oxygen levels. This complex interplay ensures that breathing remains automatic yet adaptable to various physiological demands.
Chemistry
chemistry