What are the components of blood and their functions?
red blood cells transport oxygen, nutrients throughout the body
white blood cells help to prevent and fight infection/disease
platelets needed for blood clotting
plasma the liquid watery part of blood in which the above components float
What is hydra circulatory system?
the hydras and sponges do not have a circulatory system.because, the water in which they live brings all the food and oxygen when it enters their bodies. It also carries away all the waste products and carbon dioxide when it moves out.
Does a large organisms heart beat faster or slower than a small one?
a creature such as a whale or elephant has a slower heartbeat than that of a mouse or rabbit. in fact, a mouses heart beats so many times per minute that it sounds more like it's humming!
the general rule is the bigger the creature, the slower its heart beats.
hope this helps, have a nice day (or night, depending on what time zone your in!)
The circulatory system is most dependent on which other organ?
The circulatory system is dependent on the lungs. The lungs bring oxygen into the body, and the circulatory system transports that oxygen to body tissues.
What stimuli response occurs in the circulatory system?
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What is the function of pulasation dampener of mud pump?
Pulsation dampeners are used to reduce the level of pulsation normal generated by the operation of a triplex pump. These devices reduce the peaks and valleys of the discharge pressure and smooth out the overall flow the pump. Properly installed ad operated, they can be very effective.
What organs does the systemic circulatory system NOT supply blood?
The systemic circulatory system doesn't deliver blood to the lungs because they are already well oxygenated and receive their other nutrients via the pulmonary circuit.
Where does the carbon come from in the CO2 that you breathe out?
The ATP stores energy in an organism. When it changes from ATP to ADP it is only the effect of how many phosphates there are in the two. When the organism is using ATP it uses a phosphate which then changes to ADP after it takes a one of the three phosphates to make it into two.
How does the transportation system helps your body?
the transporational system help our body at many way with the help of veins heart arteries capileries which is found in our body nd it do different2 work in our body system as the vein nd arteries take a pour nd unpour blood from our body nd the circulation of the blood system is proceed with the help of that the cappeleries is pipe like structure where the blood cross nd give pour blood nd take unpour blood nd change it into a pour form.this pross is going on in a heart it part 2 arteris nd 2 veins one part ios coming where the veins contain a pour blood is pulmonary veins nd pulmonary arteries where they change there form so the circultry system do transporation in our body at this way.
What is an ECMO circulatory support?
ECMO circulatory support provides cardiopulmonary bypass. Both cardiac and pulmonary (lung) function can be supplemented with this device.
What are the 4 different types of hypoperfusion?
Think of the circulatory system as a tank with a pump and pipes. The tank is the human body, the pump is the heart, and the vessels are the pipes.
You can have pump failure that causes shock - the pump just doesn't work well. Cardiogenic Shock.
You can have a break in the pipe - you lose volume. Hypovolemic shock.
You can have the pipes get bigger, wider. Neurological shock.
You can also have a psychogenic type shock. Nothing is wrong with the pump, pipes, or volume but you see something your mind just can't handle and you faint.
Neurological shock is normally an anaphalactic type response. Isolated head trauma rarely causes shock.
Which system does the heart belong to state the function of this system?
The heart belongs to the circulatory system. The circulatory system consists of the heart, blood, and blood vessels. The functions of the circulatory system are: Transport gases, like oxygen from the lungs to cells around the body and carbon dioxide from the cells to the lungs., Transport nutrients like glucose., Transport wastes from cells to organs that play the role of eliminating them., Contain cells that fight infections and defend against foreign bodies., Maintain the pH levels and ionic concentration of fluids in the body., Help maintain the body temperature- this is especially important in warm blooded animals like humans.
What is the color intensity of blood that flows from the lungs to the heart?
Blood that flows from the lungs to the heart is oxygenated, so it's bright red. In contrast, blood that flows from the heart to the lungs is deoxygenated, and so is dark red.
What are examples of animals with an open circulatory system?
grasshoppers, have an open circulatory system
What component of the circulatory system is at the tissue level?
The circulatory system can be considered as composed of two parts: The main components of the human circulatory system are the heart, the blood, by tissues undergoing high metabolism, as they require increased levels of oxygen.
Calculate the cardiac output when stroke volume is 70 cm3 and the heart rate is 70 beats per minute?
Cardiac Output = stroke volume x heart rate
Therefore, 70cm3 x 70 b/min = 4900 cm/min
Why is the movement of oxygenated faster than that of de-oxygenerated blood?
Oxygenated blood is pumped from the (left side of the) heart through the arteries and so is under a relatively high degree of pressure from there which contributes to its "speed." Additionally, arteries have a good mix of muscular and elastic tissue which also help propel blood along. Deoxgenated blood travels back to the heart through veins. Veins have larger lumens and lack the degree of muscular and elastic tissue that arteries have. They are also are too far from the heart to benefit from the pumping action from it AND they have to work against gravity. As a result, veins depend on muscle contractions in your lower limbs to squeeze the blood upward towards the heart. As you might imagine this isn't nearly as fast as a heart that pumps blood forward 60 to 80 times a minute and so deoxygenated venous blood moves much slower that oxygenated arterial blood.