Respiration
The way a panther breathes is just like any other living organism, Through its nose and mouth using its heart. When the panther heart beats the panther gets a gust of breathe. The oxygen that the panther sucks in goes through the esophagus and then will enter the lungs getting ready for the lungs to put the oxygen into red blood cells. When the oxygen finally reaches the lungs where it gets put into red blood cells, then the red blood cells run through the body going to all different muscles that need oxygen, when you are running all of the oxygen would go to the muscles that need energy straight away. Though after you have finished your exercise and are still breathing heavily all of that oxygen is going to the muscles that need to be repaired, and also just to get more oxygen to the body.
The specialized cells that make up the lungs are the Trachea which is the down pipe of the lungs and is like a trunk of a tree. The Bronchus, the bronchus are like the branch of a tree. The Bronchiole and the stems of the tree and they hang off the trunk which is also known as the bronchus. Then there is the Alveolus which are branches hanging off branches. Then there are the Lungs which cover up the whole lot of the bronchus, bronchiole and alveolus.
In our daily lives as humans and animals what is call breathing or respiration is more properly called aerobic respiration and aerobic respiration is explained by a equation which is; Glucose + oxygen = Carbon dioxide + water + energy. There is another form of breathing or respiration which is called anaerobic respiration which unlike aerobic respiration doesn't use oxygen at all. Anaerobic respiration also has a equation which is; Glucose= Energy + Lactic acid. Anaerobic respiration is needed after High intensity, vigorous exercise that our bodies aren't able to handle and because of that, we become tired and weak in our muscles, which is usually because of lactic acid build up, this also causes cramps in our muscles. while doing hard exercise we use anaerobic respiration which isnt the best for us because it causes lactic acid build up letting our muscles work for longer and after your body resorts to anaerobic respiration we go into something called oxygen debt and in other words your body has to repay the muscles for the oxygen that didntget there in time because of the demand of your body being too high and your heart, lungs and blood not being able to keep up. which is why we have to keep inhaling and exhaling hard for a while after we stop that exercise to turn the painful lactic acid into harmless CO2 and water by oxidizing it. When high levels of both CO2 and lactic acid are detected in your blood via your brain your bodies pulse and breathing rate are automatically raised to try and fix the situation.m
The specialized cells that make up the lungs are the Trachea which is the down pipe of the lungs and is like a trunk of a tree. The Bronchus, the bronchus are like the branch of a tree. The Bronchiole and the stems of the tree and they hang off the trunk which is also known as the bronchus. Then there is the Alveolus which are branches hanging off branches. Then there are the Lungs which cover up the whole lot of the bronchus, bronchiole and alveolus.
In our daily lives as humans and animals what is call breathing or respiration is more properly called aerobic respiration and aerobic respiration is explained by a equation which is; Glucose + oxygen = Carbon dioxide + water + energy. There is another form of breathing or respiration which is called anaerobic respiration which unlike aerobic respiration doesn't use oxygen at all. Anaerobic respiration also has a equation which is; Glucose= Energy + Lactic acid. Anaerobic respiration is needed after High intensity, vigorous exercise that our bodies aren't able to handle and because of that, we become tired and weak in our muscles, which is usually because of lactic acid build up, this also causes cramps in our muscles. while doing hard exercise we use anaerobic respiration which isnt the best for us because it causes lactic acid build up letting our muscles work for longer and after your body resorts to anaerobic respiration we go into something called oxygen debt and in other words your body has to repay the muscles for the oxygen that didntget there in time because of the demand of your body being too high and your heart, lungs and blood not being able to keep up. which is why we have to keep inhaling and exhaling hard for a while after we stop that exercise to turn the painful lactic acid into harmless CO2 and water by oxidizing it. When high levels of both CO2 and lactic acid are detected in your blood via your brain your bodies pulse and breathing rate are automatically raised to try and fix the situation.m