1.   Again, the explanation lies in how these cell types are spatially ordered.

2.   Consider the different cell types, such as muscle, skin, gut, and nerve.

3.   Other cell types - leucocytes and blood platelets - spend much of their time circulating freely and thus showing no adhesive interactions.

4.   There are many different cell types in the human body.

5.   These cell types can derive from several cells well separated in the lineage.

6.   They contain the same cell types - muscle, tendon, skin, bone, and so on - yet they are different.

7.   Yet it has the potential to give rise to all of those cell types, and many more.

8.   There are many different cell types in the human body .

9.   Significant but heterogeneous increases werefound in urokinase type plasminogen activator concentrations of biopsy specimens originating from carcinomas of both epithelial cell types.

10.   It remains uncertain whether the precursors of different dendritic cells are found among the peripheral blood monocytes or represent a discrete circulating cell type.