A & P Test 1 Chapter 4
Which one of the following is not one of the four main tissue categories?
Osseous tissue
Functions of epithelia include all of the following except
Supporting Muscle Cells
Epithelial cells that are adapted for absorption usually have ________ at their free surface.
microvilli
A type of intercellular junction that stops materials from crossing an epithelium between cells is called a(n)
tight junction.
Dead skin cells are shed in thin sheets because they are held together by "spots" of proteoglycan reinforced by intermediate filaments. Such strong intercellular connections are called
desmosomes
Epithelial cells exhibit modifications that adapt them for
secretion
Epithelium is connected to underlying connective tissue by
a basement membrane.
Epithelia specialized for providing sensations of smell, taste, sight, equilibrium, and hearing are known as
neuroepithelia
Transitional epithelium is found
lining the urinary bladder.
The heart and blood vessels are lined by ________ epithelium.
simple squamous
You would find pseudostratified columnar epithelium lining the
trachea
Secretions through a duct might provide ________, whereas ductless secretions act as ________.
enzymes; hormones
The function of simple cuboidal epithelium is
absorption and secretion.
The pancreas produces ________ secretions.
exocrine and endocrine
Which of the following connective tissue cells produces collagen?
fibroblasts
The color distinction between white fat and brown fat exists because brown fat
is highly vascular.
Cells that engulf bacteria or cell debris within loose connective tissue are
macrophages
Cells that respond to injury by dividing to assist in connective tissue repair are
mesenchymal cells.
Tissue that is specialized for the conduction of electrical impulses is ________ tissue.
neural
During an inflammatory response to injury, which of the following is the least likely in the region of the injury?
Cold, pale skin
The body's first tissue response to any injury is
inflammation.
During the inflammatory process, blood vessels dilate. What does this accomplish?
It allows for increased blood flow for delivery of nutrients, oxygen, and defense cells and proteins and for the removal of waste products and debris from the site of injury.