210 Questions
What is the term used to describe examining a patient by listening to sounds, such as the heart and lungs?
Auscultate
Which term refers to the circulation specifically to the body?
Systemic
What does the term 'Coronary' derive its meaning from?
Crown or wreath
Which term relates specifically to the wall of the body or an organ?
Parietal
In medical terms, what does 'Visceral' refer to?
Organs
What term is used to describe the arteries surrounding and supplying the heart muscle?
Coronary
When listening to sounds like the heart and lungs, a healthcare provider is most likely to perform what medical procedure?
Auscultate
Which term is related to the organs of the body?
Visceral
What word refers to the circulation throughout the entire body?
Systemic
Which term is associated with the partition separating two chambers?
Septum
What term describes the arteries surrounding and supplying the heart muscle?
Cardiac
Which term specifically relates to the organs of the body?
Visceral
When examining a patient by listening to sounds like the heart and lungs, what term is often used for this procedure?
Auscultation
Which term refers to circulation throughout the entire body?
Systemic
In medical terminology, which term is used to describe a partition separating two chambers?
Septum
The term 'Visceral' is derived from the Latin word for organs.
True
A healthcare provider is likely to auscultate a patient's heart and lungs using visual examination.
False
The term 'Septum' refers to the circulation of blood throughout the entire body.
False
Coronary arteries are associated with supplying blood to the heart muscle.
True
The term 'Parietal' relates to the organs of the body.
False
Match the following terms with their meanings:
Auscultate = Examining a patient by listening to sounds Pulmonary = Relating to the lungs Systemic = Circulation to the body Parietal = Relating to the wall of the body or organ
Match the medical terms with their definitions:
Coronary = Arteries surrounding and supplying the heart muscle Visceral = Relating to the viscera (organs) Septum = Partition separating two chambers
Match the terms with their anatomical associations:
Coronary = Supplying blood to the heart muscle Septum = Partition separating two chambers Pulmonic = Relating to the lungs Systemic = Circulation specifically to the body
Match the following medical terms with their related body parts:
Parietal = Wall of the body or organ Visceral = Organs Pulmonary = Lungs Systemic = Circulation to the body
Match the terms with their Latin origins:
Coronary = From corona (wreath/crown) Parietal = Relating to the wall of the body/organ Visceral = Relating to the viscera (organs) Auscultate = Examining a patient by listening to sounds
What is the main function of the atria in the heart?
Receive blood from the body and pump it to the ventricles
Which of the following describes the function of the ventricles in the heart?
Receive blood from the atria and pump it out of the heart
What is the purpose of heart valves in the cardiovascular system?
To prevent backflow of blood in the heart chambers
Which type of muscle makes up the majority of the heart wall?
Cardiac muscle
In which direction does oxygenated blood flow through the heart?
From the left atrium to the left ventricle
During which phase of circulation does blood become deoxygenated?
Pulmonary circulation
What is the main function of the cardiovascular system in relation to deoxygenated blood?
Returning waste products for elimination
Which component of the blood is responsible for carrying oxygen to the tissues?
Red blood cells
What is the function of white blood cells in the cardiovascular system?
Healing and inflammation
During which process do cells produce carbon dioxide as a waste product?
Respiration
Which organ receives deoxygenated blood to be replenished before returning to the tissues?
Lungs
What is the role of cardiac muscle in the cardiovascular system?
Contracting to pump blood throughout the body
What type of blood vessel always carries blood out of the heart?
Artery
Which part of the heart pumps blood to the lungs to get rid of carbon dioxide and take in more oxygen?
Ventricles
In the context of blood circulation, what does a 'sinusoid' generally refer to?
Small, permeable, irregular blood vessel
Which blood vessels are considered the 'great vessels' usually entering or leaving the heart?
Arteries
What specifically carries oxygen in the blood?
Erythrocytes
Which part of the heart is responsible for separating oxygenated and deoxygenated blood?
Septum
What is the main objective of the series of lectures on the cardiovascular system?
To name, locate, and describe the structures of the heart
How is the heart described in terms of functionality?
As divided into two pumps, left side and right side
What is crucial for understanding how our body uses oxygen according to the text?
Grasping the concept of re-oxygenating blood
Which vessels supply blood to the heart itself?
Cardiac vessels
What is essential to be able to determine about blood as it flows through our body and heart?
The level of oxygenation of the blood
In understanding how blood flows through the heart, what is important to identify?
The direction of blood flow and oxygenation status
What is the term for the arteries that surround the heart and supply blood to the heart muscle?
Coronary
When listening to sounds like the heart and lungs, what medical term is often used for this procedure?
Oscultation
Which term specifically relates to the outer layer lining a body cavity or an organ?
Parietal
What term refers to the partition separating two chambers, such as the nasal septum in the nose?
Septum
Which type of circulation specifically refers to supplying blood to the body as a whole?
Systemic
In the context of blood circulation, what does 'pulmonary' or 'pulmonic' generally refer to?
Relating to the lungs
What term is used to describe examining a patient by listening to sounds, such as those of the heart and lungs?
Oscultate
What is the main function of coronary arteries in the cardiovascular system?
To supply blood to the heart muscle
In terms of body cavities, which layer is typically on the outer side and lines either body walls or organ linings?
Parietal
What is the term used for the circulation that supplies blood throughout the entire body except for the lungs?
Systemic
Why is it crucial to understand the normal functioning of the cardiovascular system before participating in anesthesia of animals?
To identify abnormalities and troubleshoot issues during anesthesia
What is the primary function of the arteries in the cardiovascular system?
To supply blood to the heart muscle
In the context of the cardiovascular system, what role do white blood cells play?
Protecting the body from infections
Why is it essential for blood to be continuously pumped to all tissues in the body?
To remove waste products
What happens when red blood cells are classified as carrying deoxygenated blood?
They have given up their oxygen to tissues
What is the function of the stringy cord-like tendons in the heart valves?
Help prevent the valves from flowing backwards
Why are the papillary muscles described as having a stabilizing effect on the heart valves?
They help prevent the valves from flowing backwards
In the cardiovascular system, what distinguishes arteries from veins?
Arteries carry oxygenated blood away from the heart
What is the main role of pulmonary arteries in the circulatory system?
Transport deoxygenated blood to the lungs for oxygenation
Which term best describes the function of arteries in the heart's circulatory system?
Transport oxygenated blood towards the heart
What is the significance of distinguishing between atrioventricular and semilunar valves in terms of cord-like tendons?
Cord-like tendons prevent everting in atrioventricular valves only
What is the function of heart valves in the cardiovascular system?
To prevent backflow of blood during heart contractions and relaxations
Which chamber of the heart receives deoxygenated blood from the body before sending it to the lungs for oxygenation?
Right atrium
What is the primary role of the atria in the heart?
To receive blood from the body or lungs
Which type of blood vessel carries oxygenated blood from the heart to the body?
Aorta
What happens when the cardiac muscle in the ventricular walls contracts?
It pushes blood through great vessels
Which chamber of the heart receives deoxygenated blood from both the body and sends it to the lungs for oxygenation?
Right atrium
What is the primary purpose of having valves in the heart's chambers?
To prevent mixing of oxygenated and deoxygenated blood
Which type of muscle makes up the majority of the heart walls?
Cardiac muscle
How does oxygenated blood flow through the heart before reaching various parts of the body?
From right atrium to right ventricle to lungs to left atrium to left ventricle
What is the role of cardiac muscle in enabling the heart to function as a pump?
To contract and push blood through the circulatory system
What do we call the valve that goes between the atria and ventricles?
Tricuspid valve
What is the main function of semilunar valves in the heart?
To prevent backflow of blood into the ventricles
Which valve has two cusps and is also known as the bicuspid valve?
Mitral valve
What are the leaflets or cusps made of in heart valves?
Valve tissue
Where are semilunar valves specifically located in the heart?
In the arteries leaving the heart
Why is it crucial to know the different names of heart valves according to the text?
To identify heart diseases by location
What is the term for the cords that are similar to tendons in the heart?
Cordae tendinae
Which part of the heart contracts to push blood into the pulmonary artery?
Right ventricle
What is the primary function of atrioventricular valves in the heart?
To prevent backflow of blood into the atria
What is a characteristic feature of semilunar valves that distinguishes them from atrioventricular valves?
They are found in arteries leaving the heart
Where is the apex beat located?
Between the third and seventh rib
What is the apex beat?
A point where the heartbeat is felt the strongest
In animals, where would you typically find the apex beat?
Around the elbow area
What is the significance of the fifth intercostal space in relation to the heart?
It is where the apex beat is usually located
How can a healthcare provider easily locate a patient's apex beat without counting ribs?
By placing hand under the elbow area
Why might a lean pet have a visible apex beat?
Due to high heart rate
The heart has three chambers: left atrium, right atrium, and ventricle.
False
Oxygenated blood flows from the heart to the lungs for re-oxygenation.
True
The heart does not have its own blood supply.
False
The left side of the heart is responsible for systemic circulation.
True
Understanding the blood's oxygenation level as it passes through the heart and body is not important.
False
The heart's valves play a minor role in ensuring proper blood flow through the heart.
False
The term 'coronary' originates from the word 'corona' which means 'heart' in Latin.
False
Pulmonary and pulmonic are interchangeable terms used to describe lung-related functions in the cardiovascular system.
True
Systemic circulation refers to blood circulation related to the heart and its immediate surroundings only.
False
The parietal layer in the body is always firmly attached to the organ it surrounds.
False
The term 'CVS' is a commonly used abbreviation for the cardiovascular system.
True
When looking at pictures of the heart, it appears as a mirror image view due to animal orientation.
True
The heart has only one pump that circulates blood to different parts of the body.
False
The nasal septum is an example of a septum found in the heart separating ventricles.
False
Oscultation involves listening to sounds such as heart and lung sounds using a stethoscope.
True
The term 'visceral' usually refers to connective tissue layers that line body cavities.
False
Arteries always carry blood out of the heart, while veins always bring blood back to the heart.
True
Oxygenated blood means that red blood cells are carrying oxygen, while deoxygenated blood means red blood cells have given up their carbon dioxide.
False
The cardiovascular system primarily pumps deoxygenated blood to all tissues in the body.
False
White blood cells in the cardiovascular system play a role in healing and inflammation.
True
The main function of the coronary arteries is to supply blood to the heart muscle.
True
Veins are always blood vessels that carry blood away from the heart.
False
Cardiac muscle in the ventricular walls contracts to push blood into the aorta.
True
The cardiovascular system plays a crucial role in eliminating waste products from tissues.
True
Blood flows from the heart to the lungs to get rid of oxygen and take in more carbon dioxide.
False
Understanding normal cardiovascular function is essential in identifying issues during anesthesia procedures.
True
The apex beat is the point where we can feel the heartbeat the softest.
False
The apex beat is usually located around the fifth intercostal space.
True
In animals, you would typically find the apex beat just behind or just above the knee.
False
Anesthetized patients are expected to have heart rates within the normal range as they are under sedation.
False
A lean pet may have a visible apex beat because they have a lot of fat covering their heart.
False
The base of the heart is usually the smallest part, resembling the tip of an upside-down pyramid.
False
Cranial means towards the tail of the animal.
False
The heart chambers are divided into three main parts.
False
Costal ribs refer to ribs that are located between other ribs.
False
'Coronary' derives its meaning from being associated with the head of an animal.
False
Atria are the smaller chambers located at the lower part of the heart.
False
The ventricles receive blood from the atria when they contract and pump blood out through great vessels.
True
Deoxygenated blood from the body enters the right atrium of the heart.
True
Oxygenated blood from the lungs enters the left atrium of the heart.
True
The left ventricle pumps deoxygenated blood to the body.
False
The interventricular septum is a dividing wall between the atria.
False
The function of heart valves is to allow backflow of blood during heart contraction and relaxation.
False
Pulmonary arteries carry deoxygenated blood to the lungs for oxygenation.
False
All heart chambers contain skeletal muscle in their walls.
False
The cardiac muscle in ventricular walls contracts to push blood out into the aorta and pulmonary arteries.
True
Arteries usually carry deoxygenated blood away from the heart.
False
Veins always carry deoxygenated blood towards the heart.
False
Papillary muscles help pull on heart valves to make them work efficiently.
False
The term 'pulmonary arteries and veins' refer to blood vessels that carry oxygenated blood.
False
There are no exceptions in the direction of blood flow for arteries and veins in the cardiovascular system.
False
The main function of the stringy cord-like tendons in the heart valves is to assist in valve contraction.
False
The tricuspid valve is located between the left atrium and left ventricle.
False
The mitral valve is also known as the bicuspid valve.
True
Semilunar valves are found in the arteries leaving the heart.
True
The pulmonic valve is in the pulmonary artery, while the aortic valve is in the aorta.
True
Atrioventricular valves are responsible for preventing backflow of blood into the ventricles.
True
Semilunar valves have three cusps each.
False
The term 'atrioventricular' indicates that these valves are positioned between atria and arteries.
False
Atrioventricular valves are named based on their anatomical location within the heart.
True
The cordae tendinae are similar to cords and tendons that help support the heart's valves.
True
The main function of semilunar valves is to regulate blood flow between atria and ventricles.
False
Match the following structures of the heart with their descriptions:
Left atrium = Receives oxygenated blood from the lungs Right ventricle = Pumps deoxygenated blood to the lungs Atrioventricular valves = Prevent backflow of blood into the atria Coronary arteries = Supply blood to the heart muscle
Match the following concepts with their explanations:
Oxygenation of blood = Process of adding oxygen to the blood Pulmonic side of the heart = Refers to the right side of the heart Systemic circulation = Blood flow to all body tissues except for the lungs Papillary muscles = Stabilize the heart valves during contraction
Match the following terms related to heart function with their meanings:
Cardiovascular system = Responsible for circulating blood through the body Ventricles = Chambers that pump blood out of the heart Semilunar valves = Guard entrances to major arteries leaving the heart Endocardium = Inner lining of the heart chambers
Match the following characteristics of blood flow with their correct descriptions:
Systemic circulation = Transports oxygenated blood to body tissues Deoxygenated blood = Lacks oxygen and is returned to the heart for oxygenation White blood cells = Play a role in immune response in the cardiovascular system Blood supply to heart walls = Critical for providing oxygen and nutrients to cardiac muscle
Match the following functions of heart structures with their roles:
Atria = Receive blood into the heart chambers Valves in heart = Regulate blood flow and prevent backward flow Left side of the heart = Pumps oxygenated blood to body tissues Blood vessels supplying heart muscle = Ensure continuous delivery of oxygen and nutrients
Match the following terms related to circulatory system with their definitions:
Veins = Carry deoxygenated blood towards the heart Arteries = Transport oxygenated blood away from the heart Capillaries = Microscopic vessels where gas exchange occurs Circulation pathway = Describes how blood flows through the body and back to the heart
Match the following cardiovascular system components with their functions:
Mitochondria = Create energy for cells Red blood cells = Carry oxygen White blood cells = Healing and inflammation Coronary arteries = Supply blood to heart muscle
Match the following terms related to blood circulation with their descriptions:
Systemic circulation = Supplies blood to body as a whole Pulmonary circulation = Pumps blood to lungs for oxygenation Oxygenated blood = Carries oxygen attached to red blood cells Deoxygenated blood = Red blood cells have given up oxygen to tissues
Match the following types of blood vessels with their roles:
Arteries = Carry blood away from heart Veins = Bring blood back to heart Aorta = Largest artery in the body Pulmonary artery = Carries deoxygenated blood to lungs
Match the following heart anatomy terms with their descriptions:
Atria = Receive blood into heart Ventricles = Pump blood out of heart Valves = Regulate blood flow in heart Semilunar valves = Found in arteries leaving heart
Match the following cardiovascular system functions with their importance:
Supplying oxygenated blood to tissues = Provide energy for cell processes Returning deoxygenated blood to lungs and organs = Eliminate waste products Monitoring and participating in anesthesia = Understand normal function of body Understanding anesthesia and diseases = Problem-solving in clinical settings
Match the directional terms with their corresponding meanings:
Cranial = Towards the head of the animal Portal = Towards the tail of the animal Apex = The tip of the heart Base = The widest part of the heart
Match the heart chamber names with their descriptions:
Atria = Upper chambers that receive blood Ventricles = Lower chambers that pump blood out of the heart Right atrium = Chamber that receives deoxygenated blood from the body Left ventricle = Chamber that pumps oxygenated blood to the body
Match the functions with the corresponding heart valves:
Atrioventricular valves = Prevent backflow of blood into the ventricles Semilunar valves = Control blood flow out of the heart into arteries Pulmonary valve = Allows blood to flow from the right ventricle to pulmonary artery Aortic valve = Allows blood to flow from left ventricle to aorta
Match the heart structures with their descriptions:
Apex beat = Point where heartbeat is strongest and can be felt Intercostal space = Space between ribs where stethoscope is placed Papillary muscles = Stabilize and support heart valves Coronary arteries = Supply blood to the heart muscle
Match the types of circulation with their destinations:
Pulmonary circulation = Supplies blood to the lungs for oxygenation Systemic circulation = Supplies blood to the body as a whole Coronary circulation = Supplies blood to the heart muscle Porta circulation = Supplies blood to specific organs
Match the following terms with their descriptions:
Septum = A partition separating two chambers Coronary = Arteries that surround the heart and supply blood to the heart muscle Oscultate = Listening to heart and lung sounds with a stethoscope Parietal = The outer layer lining a body cavity or an organ
Match the following terms with their meanings:
Systemic = Relating to blood circulation to the entire body except for the lungs Pulmonary = Relating to blood circulation to the lungs Parietal = Relating to the outer layer lining a body cavity or an organ Visceral = Relating to the internal organs of the body
Match the Latin origins of the following terms:
Coronary = Crown or wreath Septum = Partition or enclosure Parietal = Wall or enclosure Visceral = Internal organs
Match the terms with their primary purposes:
Systemic circulation = Supplying blood throughout the entire body except for the lungs Pulmonary circulation = Supplying blood specifically to the lungs Parietal layer = The outer layer lining body cavities or organs Visceral layer = Firmly attached to internal organs
Match the terms with their roles in the cardiovascular system:
Septum = Separating chambers within the heart Coronary arteries = Supplying blood to the heart muscle Oscultate = Listening to heart and lung sounds Parietal layer = Lining body cavities or organ surfaces
Match the following terms with their functions:
Systemic circulation = Blood flow to entire body except for lungs Pulmonary circulation = Blood flow specifically to lungs Parietal layer = Outer lining of body cavities or organs Visceral layer = Attached to internal organs
Match the Latin origins of the following terms:
Coronary = 'Corona' meaning crown or wreath Septum = 'Sepire' meaning partition or enclosure Parietal = 'Paries' meaning wall or enclosure Visceral = 'Viscus' meaning internal organs
Match the terms with their functions in anatomy:
Septum = Separates chambers within structures like nose or heart Coronary arteries = Supply blood to heart muscle surrounding it Oscultate = Listening procedure for heart and lung sounds Parietal layer = Forms outer surface of body cavities or organ linings
Match the following terms with their anatomical functions:
Systemic circulation = Circulation supplying blood throughout body excluding lungs Pulmonary circulation = Circulation supplying blood specifically to lungs Parietal layer = Forms outer lining of body cavities or organ surfaces Visceral layer = Attached firmly to internal organs
Match these terms with their respective anatomical roles:
Septum = Separation of chambers within structures like nose or heart Coronary arteries = Supply blood to heart muscle surrounding it Oscultate = Procedure involving listening for heart and lung sounds Parietal layer = Formation of outer surface in body cavities and organ linings
Match the heart chamber with its function:
Atria = Receive blood from outside the heart when they relax Ventricles = Pump blood out through great vessels
Match the heart chamber with its color representation:
Right atrium = Often a blue color representing deoxygenated blood Left atrium = Nice and red, representing oxygenated blood
Match the heart valve with its function:
Between atria and ventricles = Prevent backflow of blood during contraction and relaxation Semilunar valves = Direct blood flow out into the aorta and pulmonary arteries
Match the part of the heart with its location:
Interventricular septum = Dividing wall between ventricles Apex of the heart = Pointy part of the heart
Match the blood vessels with their destinations:
Aorta = Carries oxygenated blood to the body Pulmonary arteries = Transports deoxygenated blood to the lungs for oxygenation
Match the role with its importance in heart function:
Cardiac muscle in ventricular walls contracting = Pushes blood into great vessels Valves preventing backflow of blood = Ensures blood always goes forward
Match the side of the heart with its received blood source:
Right side = Receives deoxygenated blood from the body Left side = Receives oxygenated blood from the lungs
Match the contraction action with its outcome:
Atria contracting = Fill up with blood from outside the body Ventricles contracting = Pump blood into ventricles
Match the term with its description:
Cardiac muscle in heart walls = Enables heart to act as a pump Interventricular septum = Dividing wall between ventricles
Match the function with its significance in circulation:
Valves preventing backflow of blood = Ensures efficient circulation by maintaining forward flow Cardiac muscle contraction in ventricular walls = Propels blood to respective destinations
Match the cardiovascular terms with their descriptions:
Pulmonary arteries = Carry deoxygenated blood to the lungs for oxygenation Arteries = Usually carry blood away from the heart Veins = Usually carry deoxygenated blood towards the heart Pulmonic valve = Located in the pulmonary artery
Match the heart valve components with their functions:
Stringy cord-like tendons = Help prevent valves from everting under pressure Papillary muscles = Provide stabilizing effect to prevent valve backflow Atrioventricular valves = Prevent backflow of blood into ventricles Semilunar valves = Distinguishable by three cusps each
Match the circulatory system components with their roles:
Atria = Receive deoxygenated blood and send it to the lungs for oxygenation Ventricles = Responsible for separating oxygenated and deoxygenated blood Coronary arteries = Main function is in the cardiovascular system Systemic circulation = Refers to circulation throughout the entire body
Match the directional terms with their meanings in the cardiovascular system:
Away from the heart = Arteries Towards the heart = Veins Deoxygenated blood to lungs = Pulmonary arteries Exceptional cases = Pulmonary arteries and veins
Match the terms related to blood flow with their descriptions:
Oxygenated blood flow through heart = Before reaching various parts of the body Blood flow direction in arteries = Away from the heart Blood flow direction in veins = Towards the heart Deoxygenated blood flow in pulmonary arteries = To get oxygenated in lungs
Match the muscle components with their roles in heart function:
Cardiac muscle in ventricular walls = Contracts to push blood into aorta Papillary muscles in ventricles = Contract slightly for stabilizing effect on valves Function of atria muscles = Receive and send deoxygenated blood for oxygenation Role of coronary arteries in circulation = Main function is crucial in cardiovascular system
Match the following heart valves with their corresponding descriptions:
Tricuspid valve = Has three cusps Mitral valve = Also known as bicuspid valve with two cusps Aortic valve = Located in the aorta to prevent backflow Pulmonic valve = Located in the pulmonary artery to prevent backflow
Match the following terms related to heart valves with their meanings:
Cordae tendinae = Stringy cord-like tendons supporting valve contraction Semilunar valves = Valves located in arteries leaving the heart to prevent backflow Atrioventricular valves = Valves between atria and ventricles for blood flow regulation Leaflets or cusps = Components making up the structure of heart valves
Match the following anatomical locations with the corresponding heart valves:
Right atrium - right ventricle = Tricuspid valve Left atrium - left ventricle = Mitral valve Pulmonary artery = Pulmonic valve Aorta = Aortic valve
Match the types of valves with their primary functions:
Atrioventricular valves = Regulate blood flow between atria and ventricles Semilunar valves = Prevent backflow in arteries leaving the heart Tricuspid valve = Located on the right side between right atrium and right ventricle Mitral valve = Located on the left side between left atrium and left ventricle
Match the following terms related to heart anatomy with their descriptions:
Semi-lunar shape = Shape resembling a half moon, characteristic of semilunar valves Tri-cuspid valve = Valve with three cusps, located on right side between atrium and ventricle Bi-cuspid valve = Valve with two cusps, also known as mitral valve on left side Pulmonic artery - pulmonary artery = Locations where pulmonic and pulmonic valves are found respectively
Match the following descriptions related to heart valves with their corresponding names:
Has two cusps and is often called the bicuspid valve = Mitral valve Found in arteries leaving the heart to prevent backflow = Semilunar valves Located between the left atrium and left ventricle = Mitral valve Has three cusps and located between right atrium and right ventricle = Tricuspid valve
Match the anatomical locations in the heart with their corresponding valves:
Right atrium - Right ventricle connection = Tricuspid valve Left atrium - Left ventricle connection = Mitral valve Pulmonary artery exit point = Pulmonic valve Aorta exit point = Aortic valve
Match the following heart valves with their respective structures:
Tricuspid valve = Three cusps structure Mitral valve = Two cusps structure, also known as bicuspid valve Aortic valve = Located in aorta to prevent backflow structure Pulmonic valve = Located in pulmonary artery to prevent backflow structure
Match each term relating to heart anatomy with its correct meaning:
Cordae tendinae = Cord-like tendons supporting valvular function Semilunar valves = Prevent backflow from arteries leaving the heart Atrioventricular valves = Regulate blood flow between atria and ventricles Leaflets or cusps = Components forming heart valve structure
Link each anatomical location with its corresponding heart valve:
Right atrium - right ventricle = Tricuspid valve Left atrium - left ventricle = Mitral valve Pulmonary artery = Pulmonic valve Aorta = Aortic valve
Test your knowledge of medical terminology with this quiz focusing on definitions such as septum, coronary, auscultate, pulmonary, systemic, parietal, and visceral.
Make Your Own Quizzes and Flashcards
Convert your notes into interactive study material.
Get started for free
