Which of the following correctly describes connective tissue?
made of electrically charged cells that send messages
made of cells capable of contraction
made of cells that are separated by a nonliving matrix
made of sheets of cells that are tightly joined together and attached to a basement membrane
I think its B
I think its D, Hope this helps
Did u get the answer?
Actually, option B is not the correct description of connective tissue. Connective tissue is not made of cells capable of contraction.
The correct description of connective tissue is: it is made of cells that are separated by a nonliving matrix. Connective tissue is characterized by its extracellular matrix, which consists of various types of fibers and ground substance that separate and support the cells. Examples of connective tissue include bone, cartilage, blood, and adipose tissue.
To determine which option correctly describes connective tissue, let's analyze each option:
A) Made of electrically charged cells that send messages: This description does not match connective tissue. Electrically charged cells that send messages are typically found in nervous tissue, not connective tissue.
B) Made of cells capable of contraction: This description is not accurate for connective tissue. Cells capable of contraction are typically found in muscle tissue, not connective tissue.
C) Made of cells that are separated by a nonliving matrix: This correctly describes connective tissue. Connective tissue consists of cells that are surrounded and separated by a nonliving matrix called the extracellular matrix. This matrix provides support, flexibility, and strength to the tissue.
D) Made of sheets of cells that are tightly joined together and attached to a basement membrane: This description is more representative of epithelial tissue, not connective tissue. Epithelial tissue is characterized by tightly joined cells forming sheets and being attached to a basement membrane.
Therefore, option C, "made of cells that are separated by a nonliving matrix," correctly describes connective tissue.