Match each cell type to its correct description. a. phagocytic blood cells
b. stems cell that differentiate into fibroblasts
c. create matrix of connective tissue
d. secrete pigment melanin
e. cause inflammation
f. second most abundant cell type and maintain matrix
g. specialized cell of the immune system
h. large phagocytic cells of the immune system
i. fat cells

1. fibroblasts
2. fibrocytes
3. adipocytes
4. mesenchymal cells
5. melanocytes
6. macrophages
7. mast cells
8. lymphocytes
9. microphages

a. phagocytic blood cells  - 9. microphages

b. stems cell that differentiate into fibroblasts  - 4. mesenchymal cells

c. create matrix of connective tissue  - 1. fibroblasts

d. secrete pigment melanin  - 5. melanocytes

e. cause inflammation  - 7. mast cells

f. second most abundant cell type and maintain matrix  - 2. fibrocytes

g. specialized cell of the immune system  - 8. lymphocytes

h. large phagocytic cells of the immune system  - 6. macrophages

i. fat cells  - 3. adipocytes

Explanation:

Almost all of these cells have one thing in common: they are part of the connective tissues in our body. Connective tissue can be divided into two: proper connective tissue (that can be loose or dense) and specialized connective tissue (in this category, for example, we can find blood tissue, adipose tissue, bone tissue, and cartilage tissue).

Cells in our bodies have very different but important functions and they partake in their tasks because of the specific tissue or organ where they are at. While blood tissue has cells that specialize in gas transport and immune response, the connective tissue has cells that synthesize and maintain the matrix and also specialized immune cells as well. Microphages, macrophages and lymphocytes can be found both in the blood tissue and the connective tissue as well, as they migrate from the bloodstream to the tissue where they are needed to perform immunity tasks. Also in the connective tissue, we can find other cells that participate in the immune response, like the mast cells that release histamine to produce inflammation.

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