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What happens when oxygenated blood mixes with deoxygenated blood?
Wiki User
∙ 15y ago
There are at least two places in the adult body where this occurs. (1) In the visceral pleura of the lung, deoxygenated blood coming originally from the bronchial arteries drains into the pulmonary veins (which now have oxygen) where they head back to the left side of the heart. (2) Some portions of coronary arteries and veins surrounding the heart are not able to return to the coronary sinus in the posterior portion of the heart where most veinous return ends. They drain directly into the oxygenated blood of the left side of the heart. What happens then? Nothing terrible as it occurs all of the time in small amounts.
Wiki User
∙ 15y ago
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What are the disadvantages to having a three-chambered-heart?
The oxygenated and deoxygenated blood mixes
What are the more highly advanced parts of a mammalian heart and brain?
It has 4 chambers so oxygenated blood from the lungs never mixes with deoxygenated blood from body tissues as it does in frogs that have only 3 chambers.
How many heart chambers does a tortoise have?
There are definitely three chambers in a frog's heart - the left atrium, right atrium, and the ventricle. There is only 1 ventricle in a frog's heart, unlike the humans, with 2 separate ventricles for oxygenated and deoxygenated blood. In a frog, the blood mixes together in the ventricle.
Starting at the right atrium in what order does blood flow through the four chambers?
The Deoxygenated blood flows from the body into the right atrium. Oxygenated blood from the lungs flows into the left atrium. Since frogs have only one ventricle, the oxygenated and deoxygenated blood mixes in the ventricle. From there, blood flows into the truncus arteriosus that contains a spiral valve to separate and lead the blood out into the body.
The heart appears to be divided in half with two separate sections for receiving and pumping blood from where does each half receive blood to where does each half pump blood?
The first set of blood that comes in to the first half of the heart (the right half) is blood coming from the rest of the body (such as muscles, brain, other organs etc.) This set of blood does NOT have oxygen as the body has already used it up. Such blood is said to be deoxygenated.Now, you don't want to pump this blood back round again because it does not have any oxygen in it so you want it to go to the LUNGS where it can become reinfused with oxygen.So the right half of the heart will pump that first set of blood to the lungs and then it will return to the second part of the heart (the left half) as oxygenated blood. You don't want it returning to the first half because then it will get mixed with the deoxygenated blood.Now this second half of the heart will pump the oxygenated blood to the rest of the body to meet the body's demand for oxygen. So one of the reasons it's in 2 halves is to separate the oxygenated blood from the deoxygenated blood so that the two types of blood don't mix.Now, you might be asking the question. Well, why doesn't the heart just pump the blood to the lungs AND to the body ALL IN ONE GO.Problem is pressure.The lungs are relatively weak structures. If you wanted your heart to pump in one go so that all the blood reaches the lungs AND then reaches all parts of your body AND return back to the heart, that would require a LOT of force. That amount of force will rupture your lungs.So what happens is that the blood that is pumped from the first half to the lungs, is pumped with a much lower force than the blood that is pumped from the second half. That protects your lungs from becoming damaged.new answerThe first set of blood that comes in to the first half of the heart (the right half) is blood coming from the rest of the body (such as muscles, brain, other organs etc.) This set of blood does NOT have oxygen as the body has already used it up. Such blood is said to be deoxygenated.Now, you don't want to pump this blood back round again because it does not have any oxygen in it so you want it to go to the LUNGS where it can become reinfused with oxygen.So the right half of the heart will pump that first set of blood to the lungs and then it will return to the second part of the heart (the left half) as oxygenated blood. You don't want it returning to the first half because then it will get mixed with the deoxygenated blood.Now this second half of the heart will pump the oxygenated blood to the rest of the body to meet the body's demand for oxygen. So one of the reasons it's in 2 halves is to separate the oxygenated blood from the deoxygenated blood so that the two types of blood don't mix.New Answer "As Said in the previous answer Which states that the deoxygenated blood moves into the right half of the heart whereas the oxygenated blood moves into the left half . now i will answer what happens if it the de oxygenated blood mixes with the oxygenated blood . The amount of energy released will be really less as there wont be much O2 , if only de oxygenated blood moves continously in our body no enery will be released thats why the lungs are present where the conversion of De Oxygenated blood gets converted into pure / oxygenated blood so i can produce energy and yes if both mix up the impurities will also lead to some problem . like urin when collected in the urinary bladder gets acidic when more and more impurities get collected , almost the same thing happens here also .
What happens when the air and the blood mixes?
Air and blood in a medical setting, such as dialysis are not supposed to mix. When blood and air mix, the clotting process begins to occur.
What is venous system of frog and how it works?
I believe that the frog heart has one large chamber. When the "dirty" blood returns to the heart from nourishing the body, it mixes with the newly oxygenated blood from when the frog breathed. This type of heart is not as efficient as other animals with chambers to keep the two kinds of blood "dirty" and oxygenated separated. The frog still gets rid of waste gas and pumps fresh gas to its body but some of the waste blood gets pushed around the body too. The frog blood contains a lower concentration of pure gas blood than other animals.
Why is oxygen-rich blood separated from oxygen-poor blood in the human body?
Oxygenated blood is the blood remaining after the oxygen intake by the body from the blood. And than oxygenated blood goes to Lungs and heart with enrich with oxygen for the body.
What features allowed the reptiles to be so successful in dry environment?
Reptiles can thrive in arid environments due to the feature of cold blooded circulation. In warm blooded animals, mostly mammals, there are only two chambers in the heart that mixes and converges the oxygenated blood with the un-oxygenated blood, and that conversion produces heat. Reptiles, amphibians, and birds are cold blooded beings. Which means that there are four chambers in the heart. These four chambers are divided into two sections that separate the the oxygenated blood from the un-oxygenated blood, thus decreasing internal body temperatures and the rate the metabolism correlates with the body. This results in less food or vegetation to be consumed for survival.
What happens when dioxide mixes with rainwater?
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Chemical weahering happens when?
Carbon mixes with the rain water and when it falls, it wears out rocks. So it happens when the rain water mixes with the carbon from the air.
What happens When pepsin mixes with the food in the stomach?
nothing
