is devise use for respiratory system
In aerobic respiration, carbon dioxide is produced as a bi-product of the Kreb's cycle (also known as the TCA cycle)
Oxygen is very vital for your survival. So you tend to think that low oxygen is a powerful stimulator for the respiration. But then, this is not correct. Oxygen is very sparingly soluble in the water or plasma. So oxygen is not used to regulate the respiration. Instead, the carbon bi oxide is highly soluble in water or plasma and the same forms the acid after dissolution. So the concentration of the carbon bi oxide can be easily measured by the respiration centre cells of your brain. That is why the concentration of carbon bi oxide is the stimulating or suppressing factor in case of the respiration. Increase in carbon bi oxide concentration stimulates the respiration and vise verse.
In plants, oxygen is a bi-product of photosynthesis which we(humans and animals) breathe in. Our oxygen is used for respiration and helps with the release of energy within our cells(intra-cellular respiration).
Both of them take oxygen in and give up carbon bi oxide.
ASCUS or LSIL cells are found in 5%-10% of all Pap tests.
the bi pap has oxygen added to the air where as the c pap has just compressed room air I am very sorry to have to do this, but the above answer is incorrect. I am fully aware of the function of bi-pap and c-pap systems, as I live with one every night, and have researched the technologies in depth. A c-pap machine provides a constant air pressure to the mask of the wearer, whether they are breathing in or out. A bi-pap machine provides one pressure on inhale (higher pressure) and another (lower pressure) on exhale. Either of these machines can be used with or without oxygen added. Likewise, either machine can be run with added humitity. A c-pap machine is more difficult to get used to than a b-ipap macchine, since you are exhaling against a greater pressure with a c-pap unit. A bi-pap unit senses your breathing, and reduces its pressure as soon as you start exhaling. I use a bi-pap machine, and it is very comfortable to use. I have never been able to get used to a c-pap machine; I can't exhale against the pressure. The main reason why everyone doesn't use a bi-pap machine is the cost - thousands of dollars for a bi-pap machine versus hundreds of dollars for a c-pap machine.
Carbon bi oxide is powerful stimulant for the respiration. Increase in carbon bi oxide increase the rate of respiration. Decrease in carbon bi oxide decease the rate of respiration.
No it is not a bi product.It is a reactant
My daughter-in-law has just been diagnoised with ALS and and been put on a 'breathing machine" a BI-Pap. I have sleep apnea and us a C-Pap machine at night, what is the difference brtween the two?Gerry CunninghamA C Pap is usually used for mild/moderate sleep apnea. It holds the throat open to prevent it from collapsing during sleep.A Bi Pap has 2 pressures: a stronger one while breathing in, a lesser one during expiration. It's often used for severe obstructive sleep apnea, or for people that have trouble maintaining oxygenation on their own. Hope this helped.
EnergyATP are the main product. Oxygen and water are bi products
Major production is ATP. Bi products are water and CO
we get energy from respirationEnergy production is the main goal. CO2 and water are bi products
The answer is 'yes'. Increase in carbon bi oxide level directly stimulates the respiratory center and it is the most powerful stimulation for respiration. So, it increases the depth and rate of respiration and rate of respiration, in order to get rid of carbon bi oxide.
In aerobic respiration, carbon dioxide is produced as a bi-product of the Kreb's cycle (also known as the TCA cycle)
CO2 is released as bi product.Oxygen is utilized in reaction.
GlucoseIt mainly produce ATPs. Water and CO2 are bi products
Oxygen is very vital for your survival. So you tend to think that low oxygen is a powerful stimulator for the respiration. But then, this is not correct. Oxygen is very sparingly soluble in the water or plasma. So oxygen is not used to regulate the respiration. Instead, the carbon bi oxide is highly soluble in water or plasma and the same forms the acid after dissolution. So the concentration of the carbon bi oxide can be easily measured by the respiration centre cells of your brain. That is why the concentration of carbon bi oxide is the stimulating or suppressing factor in case of the respiration. Increase in carbon bi oxide concentration stimulates the respiration and vise verse.