DiagCare Interview
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LIVE LAUGH LAB – DiagCare Interview – YouTube

https://youtu.be/qHg8nm5XcKc

LIVE LAUGH LAB – DiagCare Interview – YouTube

Most veins have valves that open and close. The valves control blood flow and keep your blood flowing in one direction. About 75% of your blood is in your veins.

Blood Vessels: Types, Anatomy, Function &…

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Two types of veins
Pulmonary veins. The pulmonary circuit carries deoxygenated blood from your heart to your lungs.
Systemic veins. The systemic circuit carries deoxygenated blood from the rest of the body back to your heart, where it then enters the pulmonary circuit for oxygen.

Venous System: Vein Anatomy and Function, Vein Types,…

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Why are arteries bigger than veins?
Your arteries are thicker and stretchier to be able to handle the higher pressure of blood moving through them. Your veins are thinner and less stretchy. This structure helps veins move higher amounts of blood over a longer time than arteries.

Arteries vs. Veins: What’s the Difference?

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Veins and arteries play a major role in circulating blood. They work together to develop a cycle that transports blood from the heart, transferring oxygen and other minerals to the organs and bringing back deoxygenated blood. There are numerous benefits of blood circulation in the body. The major benefits of this process include the removal of…[Read more]

– Veins are closer to the surface of your body, and arteries are deep inside your muscles.
– The walls of a vein are thinner than an artery.
– Veins carry blood from your organs and towards your heart. Arteries
carry blood pumped away from the heart to the organs.

Artery vs Vein vs Capillary: What are the Different Types of Blood…

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The digestive system includes the mouth, pharynx (throat), esophagus, stomach, small intestine, large intestine, rectum, and anus. It also includes the salivary glands, liver, gallbladder, and pancreas, which make digestive juices and enzymes that help the body digest food and…[Read more]

The nervous system employs both electrical and chemical ways to send and receive information, facilitating communication between all the components of the body and enabling it to respond to changes both inside and outside the body.

Any irregularity in the heartbeat\’s rhythm or pace is referred to as a \”arrhythmia\”. The heartbeat may be abnormally fast, abnormally slow, or irregular during an arrhythmia due to variations in the heart\’s electrical impulses, tissue, or activity. We call this erratic heartbeat.