For aerobic respiration
Cells get their energy by breaking down glucose, using oxygen.
This process is aerobic respiration, it creates CO2 and water as waste products.
Without a source of energy the cell would die.
I believe yes because prokaryotic cells can go without oxygen so maybe they can survive without it
Oxygen. Transported in the red blood cells. O2 Diffuses across the alveoli (inside your lungs) into red blood cells in nearby capillaries. Oxygen binds to haemoglobin (a protein inside red blood cells). Carbon dioxide. Soluble in water. Therefore easily dissolves in plasma (the liquid part of blood, which is mostly water anyway), diffuses out of the plasma across the alveoli wall and exhaled
Prokaryotes is an older term that refers to the current domains of bacteria and archaea. A good rule of thumb: if it does not have a membrane surrounding its genetic material or organelles, it is a prokaryote. If it does have a nucleus and membrane surrounded organelles it is a eukaryote.
That is the good question and you probably know the answer. In case of the COPD patient you have less perfusion of the oxygen. The red blood cell production is stimulated by the low concentration of the oxygen.
Absolutly, well sorta, all tissues of the body need oxygen to survive. but what most people think of as bones are just the hard calcium and mineral structure that is left behind when we perish. however inner area's of the bone called marrow need oxygen to make blood cells. their are also cells in bone called osteoblasts which constantly build bone and osteoclasts which constantly break down bone these cells in a nutshell keep the bones in good repair. to do their job they need oxygen. do the minerals that make bones hard and durable need oxygen? nope. dose everything else in bones need it ? absolutly
Blood delivers sugars and oxygen to the muscle cells, which are necessary for the production of energy.
Each red blood cells contains haemoglobin which is good at absorbing oxygen.
If you have a good supply of oxygen you get a more complete burn, which means you get more energy out of the fuel and there are fewer products of incomplete combustion, which are often toxic
Athletes need a good supply of oxygen in their blood systems to perform at their highest potential. The more oxygen in the blood stream, the more oxygen is available to be transferred to each cells' mitochondria. The mitochondria produces the energy that a cell needs to perform at its best. So, the more oxygen there is in the blood, the better an athlete will perform. This is why athletes train at high altitudes without much oxygen - so their bodies produce more naturally. Then, when they compete at lower altitudes, their bodies have extra oxygen and thus, they are able to perform better.
They transport oxygen and carbon dioxide.
Warm, humid condition with a good supply of water and nutrients!
Just like the rest of your body, the brain needs a good supply of oxygen to function properly - in fact, it uses around 20% of the oxygen in your entire body
No RBC carry oxygen throughout the body.
C + 02 => co2
Red blood cells have a protein known as hemoglobin that is rich in iron making it good candidate to transport oxygen from the lungs to the body.
oxygenated blood is used to supply tissues in the body with nutrients and if this supply decrease like during exercise your respiration will increase to supply oxygen to the blood in good percent
Transport... Good Food Supply... Large Oxygen Supply... Water Supply... Shelter (heat source)... Comfortable, thermal clothing... is that it?