the primary role of the carbonic-acid-bicarbonate buffer system is to

The primary role of the carbonic acid-bicarbonate buffer system is to:

a. buffer stomach acid
b. buffer carbonic acid formed by carbon dioxide
c. limit pH changes caused by organic and fixed acids
d. buffer the urine
e. increase ventilation

Acids & Bases in Biological Systems:

Biological macromolecules act as acids and bases by donating and accepting protons, respectively. Because most macromolecules contain many functional groups, they can donate or accept multiple protons. These acidic and basic groups serve as weak acids and bases, in which the Ka value determines how much dissociation occurs depending on the local pH. This means that alterations in pH will determine which groups of the macromolecule are protonated and deprotonated, which can alter the properties (and functionality) of the molecule.

Đang xem: The primary role of the carbonic-acid-bicarbonate buffer system is to

Answer and Explanation:

Become a member to unlock expert answers. Create your account

View this answer

The primary role of the carbonic acid-bicarbonate buffer system is to (b.) buffer carbonic acid formed by carbon dioxide.

The tissues of the body…

Read more: You Don T Know How Much I Love You, Don&#39T You Know How Much I Love You

See full answer below. has thousands of Health & Medicine experts like Jolene to provide step-by-step help, answer questions, and more. Our aim is to help you work through complicated problems, so you can do homework with confidence, smarter, and achieve your goals.

Read more: wow cross faction mail legion

Become a member and unlock all Answers

Try it risk-free for 30 days

Try it risk-free


Ask a question

Our experts can answer your tough homework and questions.

Ask a question Ask a question

This lesson is going to cover the materials of which blood is composed. We will explore the parts that make up the solid and liquid portions of blood and discuss how these are maintained.

Related to this Question Related Answers Related Lessons Related Courses
Many common disorders affect arteries and veins that are not in the heart or brain. In this lesson, learn about these disorders that affect the peripheral blood vessels.

Coronary Artery disease is the primary cause of heart attacks and strokes, which affect millions of people each year. In this lesson, learn about how coronary artery disease develops over time and what might happen after you have a heart attack.

Your heart muscle receives a rich blood supply from the coronary arteries. If the coronary arteries become blocked, it can result in coronary heart disease, angina, heart attack or congestive heart failure. Learn how these conditions get started.

An electrocardiogram, or ECG, can be used to detect irregular heartbeats or arrhythmias. In this lesson, you will learn about arrhythmias detected by ECG, including bradycardia, tachycardia, fibrillation, and heart block.

You know your heart pumps blood through your blood vessels, but do you know why this is important? Learn why your blood must keep moving, as well as the things that make it up, like plasma, red blood cells, white blood cells and platelets.

Your liver is a big organ with big jobs. It sits on the right-hand side of your body and helps out with many different tasks that keep you healthy, such as cleaning your blood, storing energy, and making bile and cholesterol.

In this lesson, learn all about the operation of the human vascular system. What are the different types of blood vessels? How does blood flow through the human body? How does the system adapt to your body changing?

We are going to look at urine and break it down into its components. This lesson covers the amounts of measurable substances in urine and the pigments that determine urine color.

There are three different types of blood cells circulating through the bloodstream. Learn about the function of each of the three types of blood cells, and test your knowledge by taking the quiz.

This lesson will teach about the birth, maturation, and importance of T cells. You”ll learn about T lymphocytes, cytotoxic T cells, helper T cells, memory T cells, and more!

This lesson will go over the fundamental structure and function of the spinal cord. It will also cover the combining form that pertains to the spinal cord and delineate it from commonly confused combining forms.

Did you know that there are digestive enzymes in your saliva? It”s true. As soon as you put a piece of food in your mouth, the digestive process begins. Join us with this first of two lessons about the human digestive system, where we”ll follow food through the upper gastrointestinal tract from the mouth through the stomach.

Your red blood cells have a unique design that differentiates them from all other cells. This unique design makes them exceptional oxygen carriers. But if this ability to carry oxygen is compromised, the result is a form of anemia, such as pernicious anemia, aplastic anemia or sickle cell anemia.

This lesson is going to cover the different blood vessels that carry blood throughout the body. The route and changes in blood pressure will also be discussed. A short quiz will follow.

This lesson discusses the electrolyte sodium. We will go over what it is, why it”s important, and what may cause the relative levels of sodium to increase or decrease in the body.

Inside of your abdomen are layers of membranes and different spaces with really weird names. We”ll define many of them: peritoneum (including the visceral and parietal parts), retroperitoneum, and mesentery.

Immune hemolytic anemia is a type of anemia that results due to the destruction of red blood cells by the body”s immune system. Learn about the different types (Autoimmune, Alloimmune and Drug-Induced), what causes them and how they are treated.

Why don”t mature red blood cells have nuclei or mitochondria, and how do these guys squeeze through capillaries? While learning about the brief but glorious lives of red blood cells, you”ll also see which characteristics help them transport oxygen and carbon dioxide to other cells.

We are going to look at hematopoiesis, the process of creating the blood cells and platelets that we rely on every day. Where and how this process occurs will be described in this lesson.

In this lesson, we”ll discuss the functions of the anterior and posterior portions of the pituitary gland, the hormones they release and the relationship with the hypothalamus.
Math Social Sciences Science Business Humanities History Art and Design Tech and Engineering Health and Medicine

Plans Student Solutions Teacher Solutions for Schools Working Scholars® Solutions
About Us Blog Careers Get Your School Listed Teach For Us Press Center

© copyright 2003-2021 All other trademarks and copyrights are the property of their respective owners. All rights reserved.

Terms of Use   Privacy Policy   DMCA Notice   ADA Compliance   Honor Code For Students

Leave a Comment