A Golgi body in an animal cell looks like a stack of flattened, membrane-bound sacs called cisternae. These sacs are usually arranged in a curved or crescent shape and are connected by small vesicles.

Here's a more detailed description:

* Shape: The Golgi apparatus often resembles a stack of pancakes or a series of flattened discs.

* Structure: The cisternae are not physically connected but rather form a continuous system with vesicles constantly budding off and fusing with the sacs.

* Appearance: Each cisterna has a distinct region, with the cis face being closest to the endoplasmic reticulum and the trans face being the opposite side.

* Vesicles: Tiny membrane-bound sacs called transport vesicles constantly shuttle between the Golgi apparatus and other organelles. They carry proteins and lipids that are modified and sorted in the Golgi.

Here's an analogy:

Imagine a factory where raw materials enter one end (cis face) and are processed and packaged before being shipped out the other end (trans face). In the Golgi, the "raw materials" are proteins and lipids.

Key points to remember:

* The Golgi apparatus is not static - it's constantly changing as vesicles bud off and fuse with the cisternae.

* The Golgi is responsible for modifying, sorting, and packaging proteins and lipids.

* It's a crucial organelle for cellular function, playing a role in secretion, lysosome formation, and cell signaling.

Note: The Golgi apparatus can vary in size and shape depending on the cell type and its function.