Shark Circulatory System

1. What are the components of the circulatory system?

Purple-femoral vein, green-pulmonary artery, brown-superior vena cava, orange-coronary sinus

Red-internal carotid artiery artery blue-stapedal artery yellow-paired dorsal aortae, light blue-dorsal aorta, white-afferent branchial arteries

Black-inferior mesenteric artery, gray-hepatic portal vein, pink-renal vein, teal-superior mesenteric artery

Silver-brachiocephalic trunk, gold-pulmonary vein, maroon-hypogastric artery, turquoise-middle colic artery

The circulatory system consists of various arteries and veins that carry blood throughout the body to supply oxygen and nutrients to tissues and organs.

Explanation

The circulatory system consists of various arteries and veins that carry blood throughout the body to supply oxygen and nutrients to tissues and organs.

2. What is the medical term for 'iliac artery'?

Iliac artery

Inferior vena cava

Carotid artery

Femoral artery

The correct medical term for 'iliac artery' is indeed 'iliac artery'. The femoral artery is located in the thigh, the inferior vena cava is a large vein that carries deoxygenated blood to the heart, and the carotid artery supplies blood to the head and neck.

Explanation

The correct medical term for 'iliac artery' is indeed 'iliac artery'. The femoral artery is located in the thigh, the inferior vena cava is a large vein that carries deoxygenated blood to the heart, and the carotid artery supplies blood to the head and neck.

3. What is located in the armpit area known as purple-posterior cardinal sinus?

Axillary artery and vein

Brachial plexus

Purple-posterior cardinal sinus, armpit area, other 2- subclacian artery and vein

Lymph nodes

The purpose of this question is to test knowledge of anatomical structures related to the armpit area, specifically the purple-posterior cardinal sinus.

Explanation

The purpose of this question is to test knowledge of anatomical structures related to the armpit area, specifically the purple-posterior cardinal sinus.

4. What is the celiac artery?

Blue- superior mesenteric artery

Green- inferior vena cava

Yellow- left renal artery

Red- celiac artery.

The celiac artery is a major branch of the abdominal aorta that supplies blood to the stomach, liver, pancreas, and spleen. It is not to be confused with the superior mesenteric artery, inferior vena cava, or left renal artery.

Explanation

The celiac artery is a major branch of the abdominal aorta that supplies blood to the stomach, liver, pancreas, and spleen. It is not to be confused with the superior mesenteric artery, inferior vena cava, or left renal artery.

5. What are the three main branches of the celiac artery?

Blue-hepatic artery, green-gastric artery, purple-splenic artery

Black-common hepatic artery, white-superior mesenteric artery, grey-pulmonary artery

Red-gastrosplenic artery, teal-anterior mesenteric artery, yellow-posterior mesenteric

Orange-phrenic artery, pink-inferior mesenteric artery, brown-renal artery

The celiac artery branches into the gastrosplenic artery, the anterior mesenteric artery, and the posterior mesenteric artery, supplying blood to different areas in the abdominal region.

Explanation

The celiac artery branches into the gastrosplenic artery, the anterior mesenteric artery, and the posterior mesenteric artery, supplying blood to different areas in the abdominal region.

6. What are the components of the circulatory system in a frog?

Orange-laternal thoracic vein, yellow-posterior cardinal vein, pink-pulmonary artery, blue-renal efferent vein, has yellow blood

Red-laternal abdominal, yellow-posterior cardinal vein, pink-renal efferent vein, blue-renal efferet vein, has blue blood

Purple-laternal abdominal, yellow-posterior aortic vein, pink-renal efferent artery, blue-renal afferent vein, has red blood

Red-laternal anterior vein, yellow-posterior cardinal artery, blue-renal efferent vein, green-renal afferent vein

The circulatory system in a frog consists of specific veins and arteries with distinct colors and functions in the transportation of blood.

Explanation

The circulatory system in a frog consists of specific veins and arteries with distinct colors and functions in the transportation of blood.

7. What is the scientific term for the structure known as sinous venosus?

Pulmonary vein

Artery abominus

Venous sinus

Sinous venosus

The sinous venosus is a structure in the heart of amphibians and reptiles that collects blood from the veins.

Explanation

The sinous venosus is a structure in the heart of amphibians and reptiles that collects blood from the veins.

8. What is the yellow structure on the diagram?

Blue-atrium

Red-conus arteriosus like aorta

Yellow-pericardium, blue- atrium, pink-ventricle, red- conus arteriosus like aorta

Pink-ventricle

The pericardium is the protective sac that surrounds the heart.

Explanation

The pericardium is the protective sac that surrounds the heart.

9. What are the colors of the efferent and afferent spiracular arteries?

Ellow-spriacle, efferent spiracular artery- teal, royal blue- affered spir art

Black- afferent spiracular artery, White- efferent spiracular artery

Pink- efferent spiracular artery, Orange- afferent spiracular artery

Purple- afferent spiracular artery, Green- efferent spiracular artery

The correct colors for the efferent and afferent spiracular arteries are yellow for efferent and teal for afferent, along with royal blue for the word 'afferent'.

Explanation

The correct colors for the efferent and afferent spiracular arteries are yellow for efferent and teal for afferent, along with royal blue for the word 'afferent'.

10. What are the labeled parts in the image?

Gray-dorsal artery, brown- afferent branchials, silver thingies

Orange-posterior aorta, purple- efferent branchials, pink structures

Blue-dorsal aorta, green- efferent branchials, black structures

Yellow-ventral aorta, red- effernt branchials, white thingies

The correct answers indicate the specific parts identified in the image, which are the yellow-ventral aorta, red-efferent branchials, and the white structures. The incorrect answers provide variations that do not accurately reflect the labeled parts.

Explanation

The correct answers indicate the specific parts identified in the image, which are the yellow-ventral aorta, red-efferent branchials, and the white structures. The incorrect answers provide variations that do not accurately reflect the labeled parts.

11. What are the names of the artery and veins in the tail?

Tail artery and vein

Caudial artery and vein

Vertebral artery and vein

Dorsal artery and vein

The correct names of the artery and vein in the tail are caudal artery and vein, which are responsible for blood flow in the tail region of animals.

Explanation

The correct names of the artery and vein in the tail are caudal artery and vein, which are responsible for blood flow in the tail region of animals.

12. Where are the subclavian arteries and veins located?

Under coracoid bar, by armpit

In the lower back area

Adjacent to the knee joint

In the neck region

The subclavian arteries and veins are located under the coracoid bar near the armpit, providing blood supply to the arms and upper chest area.

Explanation

The subclavian arteries and veins are located under the coracoid bar near the armpit, providing blood supply to the arms and upper chest area.

13. Where is the hepatic septum located?

Between the kidneys and the bladder.

Just beneath transverse septum, next to luver

Above the diaphragm, near the lungs.

Within the small intestines, near the pancreas.

The hepatic septum is specifically situated just beneath the transverse septum, next to the liver in the body.

Explanation

The hepatic septum is specifically situated just beneath the transverse septum, next to the liver in the body.

14. Describe the blood flow in shark circulation?

In shark circulation, blood flows from the gills to the heart and then back to the gills for oxygenation before going to the body.

In shark circulation, blood flows directly from the heart to the rest of the body without passing through the gills.

In shark circulation, blood flows from the body to the heart and then to the gills for oxygenation.

Here it is...

Sharks have a unique circulatory system where blood flows from the heart to the gills for oxygenation, not the other way around. This ensures that oxygenated blood is distributed to the body before returning to the heart.

Explanation

Sharks have a unique circulatory system where blood flows from the heart to the gills for oxygenation, not the other way around. This ensures that oxygenated blood is distributed to the body before returning to the heart.