Lymphatic System Flashcards
Barbara Herlihy. (2020). The Human Body in Health and Illness (7th Edition) [Texidium version]. Retrieved from http://texidium.com (96 cards)
What is a condition caused by lymphatic vessel blockage from a small worm (filariae) invasion?
(Herlihy, 2020, p. 374)
Elephantiasis
(Herlihy, 2020, p. 374)
Which system drains fluid from tissue spaces?
(Herlihy, 2020, p. 374)
Lymphatic
(Herlihy, 2020, p. 374)
A Lymphedema Form
(Herlihy, 2020, p. 374)
Elephantiasis
(Herlihy, 2020, p. 374)
Which system contains lymph, lymphatic vessels, and lymphatic tissues and organs, which are widely scattered throughout the body?
(Herlihy, 2020, p. 374)
Lymphatic
(Herlihy, 2020, p. 374)
What absorbs fluid and protein from tissue spaces and returns it to the blood?
(Herlihy, 2020, p. 374)
Lymphatic Vessels
(Herlihy, 2020, p. 374)
Specialized ___ ___ play an important role in intestinal fat and fat-soluble vitamin absorption.
(Herlihy, 2020, p. 374)
lymphatic vessels
(Herlihy, 2020, p. 374)
What helps the body defend itself against disease?
(Herlihy, 2020, p. 374)
Lymphatic Tissue
(Herlihy, 2020, p. 374)
What is a clear and pale-yellow fluid that resembles plasma?
(Herlihy, 2020, p. 374)
Lymph
(Herlihy, 2020, p. 374)
What is composed primarily of water, electrolytes, metabolizing cell waste, and protein that has leaked out of capillaries and into tissue space?
(Herlihy, 2020, p. 374)
Lymph
(Herlihy, 2020, p. 374)
Water and dissolved substances are continuously filtered out of blood capillaries into the interstitium, forming tissue fluid.
Approximately ___% of this tissue fluid moves back into blood capillaries and is carried away as a venous blood part.
The remaining ___% of tissue fluid that is not reabsorbed into blood capillaries (___ L/day) is drained by ___ ___ surrounding blood capillaries.
(Herlihy, 2020, p. 374)
85
15, 3, lymphatic capillaries
(Herlihy, 2020, p. 374)
What is the tissue fluid that enters lymphatic vessels?
(Herlihy, 2020, p. 374)
Lymph
(Herlihy, 2020, p. 374)
Lymphatic vessels include ___ ___ and several larger lymphatic vessels.
(Herlihy, 2020, p. 374)
lymphatic capillaries
(Herlihy, 2020, p. 374)
What is an extensive network like blood vessels?
(Herlihy, 2020, pp. 374, 375)
Lymphatic Vessels
(Herlihy, 2020, pp. 374, 375)
Lymphatic vessel distribution is similar to ___ disturbution.
(Herlihy, 2020, p. 375)
vein
(Herlihy, 2020, p. 375)
Most body ___ have a rich lymphatic vessel supply.
These vessels pick up tissue fluid and transport it toward the heart.
(Herlihy, 2020, p. 375)
organs
(Herlihy, 2020, p. 375)
Lymphatic vessels and ___ have a close anatomical relationship.
(Herlihy, 2020, p. 375)
veins
(Herlihy, 2020, p. 375)
___ ___ walls are made up of a single epithelium layer and have large pores.
(Herlihy, 2020, p. 375)
Lymphatic capillary
(Herlihy, 2020, p. 375)
What has large-pores that allow lymphatic capillaries to drain tissue fluid and proteins, thereby forming lymph?
(Herlihy, 2020, p. 375)
Wall
Lymphatic Capillary Wall
(Herlihy, 2020, p. 375)
What flows from lymphatic capillaries toward the heart through a series of larger and larger lymphatic vessels until it reaches the two largest lymphatic ducts?
(Herlihy, 2020, p. 375)
Lymph
(Herlihy, 2020, p. 375)
Lymph from the right arm, right head, and right thorax side drains into the ___ ___ ___.
Lymph from the rest of the body drains into the ___ ___.
(Herlihy, 2020, p. 375)
right lymphatic duct
thoracic duct
(Herlihy, 2020, p. 375)
Where do both ducts empty lymph?
(Herlihy, 2020, p. 375)
Subclavian Veins
(Herlihy, 2020, p. 375)
The right lymphatic duct drains lymph into the ___ ___ vein; the thoracic duct drains lymph into the___ ___ vein.
(Herlihy, 2020, p. 375)
right subclavian
left subclavian
(Herlihy, 2020, p. 375)
What comes from blood and returns to blood?
(Herlihy, 2020, p. 375)
Lymph
(Herlihy, 2020, p. 375)
Lymph moves in response to the following:
- Skeletal muscle - “___” action
- Chest movement during ___
- Rhythmic ___ ___ contraction in lymphatic vessels
- ___ presence
(Herlihy, 2020, p. 375)
milking
respiration
smooth muscle
Valve
(Herlihy, 2020, p. 375)