# data[].attributes.body
Location: Non-ciliated Small intestine-lining,

Ciliated=Ovary/Oviduct- lining

Identification: Column-shaped cells.

Structure/Function: column structure makes them the strongest simple tissue, but the slowest at diffusion because it has more space to move substances through.

# data[].attributes.body
Location: Kidney-lining ducts, Pancreas-lining ducts

Identification: Cube-shaped cells.

Structure/Function: the cube-shaped cells make them good at secretion and absorption; it is between simple squamous and simple columnar in structure.

# data[].attributes.body
Location: kidney-lining blood vessels of Bowman’s capsule, lung-lining alveoli.

Identification: Flattened cells.

Structure/Function: The flattened cells make for rapid diffusion, but since they're so thin, they are very weak.

# data[].attributes.body
Location: Keratinized skin layers, non-keratinized tongue lining, and esophagus lining.

Identification: Multiple layers of flattened cells.

Structure/Function: The many layers make it the strongest of all tissues; they divide easily and quickly, and they have the ability to slough.

# data[].attributes.body
Location: Skin- lining of sweat glands, lining of the mammary glands.

Identification: 2 layers of cube-shaped cells.

Structure/Function: protects underlying tissues while also allowing for some secretion and limited absorption of substances.

# data[].attributes.body
Location: Trachea lining

Identification: Column-shaped (columnar), looks layered but isn’t

Structure/Function: allows it to function as a protective barrier by secreting mucus and using cilia to trap and move foreign particles away.

# data[].attributes.body
Location: lining of the ureters, bladder, and part of the urethra.

Identification: multiple layers, apical cells are dome-shaped (relaxed) or flattened (stretched).

Structure/Function: The multiple layers allow it to stretch and change shape to accommodate, while providing a protective barrier against the harsh environment.