Circulatory System

Is it's posterosuperior surface. Made up of the left atrium for the most part, and also a bit of the right atrium. The left ventricle makes up the apex.

1. William Harvey (1578-1657) is recognized as the man who discovered and published the first accurate description of the human circulatory system, based on his many years of experiments and observations as a scientist and physician.

the heart has two systems, the pulmonary and the systemic system.the pulmonary is responsible for getting carbonated blood (blue) to the lungs to get loaded with nutrients and oxygen (see cellular respiration) and to take oxygen rich blood back to the heart. While the systemic system is responsible for taking oxygenated blood (red) from the heart to the rest of the body to diffuse the ATP (ATP = oxygen + nutrients from food. ATP is energy.) Then the carbonated blood (carbonated) returns to the heart to be sent back to the lungs.(pulmonary system)

The vas deferens, prostate, bulbourethral gland, and seminal vesicles are the internal organs of the male reproductive system.

Any time a person bleeds, it is because of some severed blood vessel, usually capillaries. In most cases this has no effect on the heart. The heart is at risk only when its own blood supply is affected.

When respiration takes place, oxygen needs to be transported to all the body and for the deoxygenated blood to be cleaned. The heart cleans that blood as well as transport/delivers the oxygen and the cleaned blood called oxygenated blood.

This is what circulatory system do for respiratory system.

Types of Shock:

Septic, from systemic infection

Hypovolemic, from fluid loss. Diarrhea, Burns

Hemorrhagic, from rapid bleeding either trauma internal bleeding such as GI

Cardiogenic, from pump (heart, mechanical) failure. MI CHF

Diabetic, not enough insulin to convert fat or glycogen to sugar

Anaphylactic, allergic reaction to peanuts shellfish bee sting

Neurogenic, spinal or brain injury causes blood vessels to relax and blood to pool in lower extremities.

Um, the cardiovascular system is important to EVERYBODY, regardless of age. Your cardiovascular system is your HEART. You need a heart to LIVE.

The reference range for Lymph Absolute is 1.9-8.0 for x10e3/uL. So 3.6 should be within normal range.

First, with the help of digestive system the food is broken down into smaller pieces which we eat and nutrients are separated which are further transported with the help of blood circulatory system.

In the small intestine

Poultry Circulation System

The primary factor that determines how much oxygen is actually bound to hemoglobin is the partial pressure of oxygen (pO2) in the hemoglobin solution.

The alveoli, or air sacs, of the lungs. Blood is returned by veins to the vena cava, and to the right atrium of the heart. The blood is pumped by the heart's right ventricle to the lungs through the pulmonary arteries. The pulmonary veins return the oxygenated blood to the left atrium, where it is pumped by the left ventricle into the body's arteries through the expanded artery called the aorta.

The oxygen diffuses into the Red Blood Cells (RBCs) in the lungs. The blood goes to the heart and is pumped to the rest of the body. When the blood reaches oxygen deprived tissues, the oxygen moves from the RBCs to the tissues.

The most direct stament that links the two organ systems is simple. When breathing, the oxygen travels down your trachea and into your lungs where it reaches tiny sponge like cells (avioli) covered with very small veins. Once the oxygen recahes there, transfussion occurs where the oxygen goes into the bloodstream and is replaced by carbon dioxide, which you breathe out

as this gives oxygen to your lungs as you need air to breathe!

Yes

Oxygen is transfered into the blood at alveoli. Oxygen travels along the pulmonary vein into the left ventricle of the heart. It then travels along the aorta to the body tissues, gathering impure blood (CO2) along the way. Travels back to the heart via the Vena Cava and all impure blood is emptied into the right atrium of the heart, before it travels back to the lungs via the pulmonary artery.

Doctors who deal with the circulatory system are called Cardiologists or Vascular Surgeons, depending on the condition.

The heart, lungs, veins, and arteries. The heart pumps oxegen rich blood into the arteries through the aorta. These arteries travel through out your body. After the O2 has been exchanged in the tissue (muscles, skin) it is passed into the veins. The veins carry the oxegen poor blood to the pulmonary vein. The pulmonary vein carries this "used" blood to the lungs. When you inhale, oxegen is mixed into the blood again. When you exhale, the lungs push the rich blood into the heart through the pulmonary artery and the cycle begins again.

Smoking harms the Cardiovascular system by reducing levels of high-density lipoproteins ("good" cholesterol"), and raising levels of triglycerides and low-density lipoproteins ("bad" cholesterol"). It also increases blood pressure and heart rate, while reducing the amount of oxygen available to the body. It makes the platelets in blood become sticky, promoting clotting, and permanently accelerates the rate at which fatty deposits are laid down in arteries.

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JOINT STATEMENT ON THE RE-ASSESSMENT OF THE TOXICOLOGICAL TESTING OF TOBACCO PRODUCTS"

7 October, the COT meeting on 26 October and the COC meeting on 18

November 2004.

"5. The Committees commented that tobacco smoke was a highly complex chemical mixture and that the causative agents for smoke induced diseases (such as cardiovascular disease, cancer, effects on reproduction and on offspring) was unknown. The mechanisms by which tobacco induced adverse effects were not established. The best information related to tobacco smoke - induced lung cancer, but even in this instance a detailed mechanism was not available. The Committees therefore agreed that on the basis of current knowledge it would be very difficult to identify a toxicological testing strategy or a biomonitoring approach for use in volunteer studies with smokers where the end-points determined or biomarkers measured were predictive of the overall burden of tobacco-induced adverse disease."

In other words ... our first hand smoke theory is so lame we can't even design a bogus lab experiment to prove it. In fact ... we don't even know how tobacco does all of the magical things we claim it does.

The greatest threat to the second hand theory is the weakness of the first hand theory.

We are eukaryote which means are cells are more advanced than there's. And since we have more cells than a amoeba. Our cells carry oxygen to the brain and other organs in the body. A amoeba dose not have a brain. So it doesn't need a circulatory system.