They are called the aveolar sacs .they consists of aveoles and the exchange of gases takes place here.

The respiratory system supplies the body with O2 (respiration). This system also disposes of CO2 (ventilation). The respiratory system houses the olfactory receptors. Gas exchange between blood and air in the alveoli(external respiration)Gas exchange between the blood and cellular tissue (internal respiration).

Goblet cells are in the respiratory epithelium, which lines the airways from the pharynx down into the lungs. They secrete mucous.

Food normally goes in your throat when you swallow. A coordinated swallow reflex, controlled partially by the tongue, helps you control the timing of swallowing.

Usually it is pink, black, brown, or another color.

two lungs are surrounded by pleura , which is responsible for transmural pressure that makes the lungs inflated by gas when there is inspiratory process.

so when the puncture happens wherever the site , the pleura will lose its negative pressure , as a result Both lungs will collapse

it is late answer according to your Q time , but arriving late better than not arriving at all ^_^

i hope i could answer the Q

dr . Harith Ali

Yes it does, it is the respiratory system, meaning breathing system. :D

The nose, nasal cavity, epiglottis, larynx, trachea, and the left & right bronchus.

i think its the trachea but I'm only a 13 year old girl so what do i know. i guess i will see if I'm right tomorrow. ill get back with the answer

respiration means breaking down of food particles

i dont no want u meant?

Factors which may affect tidal volume and therefore overall minute ventilation during invasive ventilation include: lung compliance and resistance, Correct ETT/ tracheostomy positioning, adequate cuff pressure, ventilator settings ( eg. Is the pt in a controlled or spontaneous mode of ventilation, the level of pressure support dialed up etc), the patients conscious state and the patency of the ETT/tracheostomy tube.

it start in the respiratory system then pass trouth the cardiovascular system throuth the nose and mouth then ......... it start in the respiratory system then pass trouth the cardiovascular system throuth the nose and mouth then ......... it start in the respiratory system then pass trouth the cardiovascular system throuth the nose and mouth then ......... it start in the respiratory system then pass trouth the cardiovascular system throuth the nose and mouth then ......... it start in the respiratory system then pass trouth the cardiovascular system throuth the nose and mouth then .........

yes!

If I remember my schooling they are the lungs, liver,kidneys and the skin. Each organ filters the blood to remove toxins.

Diseases of the circulatory and respiratory systems begin to develop due to disorders of the heart and lungs.

Oxygen is necessary for the muscles, tissues, and organs in your body. It is also extremely important for the brain to function, as a prolonged period of not-enough oxygen to the brain will result in brain damage and more severely brain death.

When you breathe, the Oxygen is inhaled into your lungs where it diffuses into the blood oxygenating the blood that is lacking oxygen as your heart pumps this non-oxygenated blood to the lungs.

Once the blood has been oxygenated by the lungs, the heart continues pumping this blood throughout the body and delivers the oxygenated blood to the various tissues, muscles, and organs in your body.

Then this blood is no longer containing oxygen, so the heart continues to pump it back through the heart and to the lungs to be re-oxygenated. And the cycle continues with each breath you take...


Oxygen is needed in the reformation of Adenosine Triphosphate (ATP) from ADP in the body. ATP is used in metabolic processes as an energy source and is therefore required for life.

The pulmonary system is the portion of the cardiovascular system that takes deoxygenated blood away from the heart. It then takes this blood to the lungs and returns it back to the heart.

The elastic fibres recoil after the alveoli contract during expiration. The surfactant on the inner surface also helps to stop the alveolar walls 'sticking' together which will stop air from coming due to the pressure not being able to decrease

It's pretty amazing the way it was designed. I might modify it so that people would have a more sever reaction if they inhaled something harmful, such as cigarette smoke. But in general, everything works great until something goes wrong. The design is good, it's like everything else, sometimes things just break.

To convert oxygen in the air into a usable form in the blood stream. Without adequate oxygen in the blood your tissues will not get enough oxygen to function properly resulting in tissue ischemia (suffocating) and necrosis (death)

pharynx

It affects your lungs and your Thorax. It also causes really bad breathing problems which a lot of the time people have to take medicine or have surgery for.

It transfers oxygen into the bloodstream with the takes it to our muscles with use it through cell respiration creating energy

so they can breath :)