Many factors come into consideration, mainly the mechanism of the healing itself, which can be characterized by its fast pace, or the abundance of locally residing cells that support the bone remodeling. Additionally, the process is strictly limited in distance thus requiring a great attention to anatomical compatibility between bone fragments in the fracture site. Another effect to consider is the positive impact of reduced inflammatory response. These factors are characteristic of fractures in metaphyseal and epiphyseal regions of the bone, which emphasizes the contrast to fractures in the diaphysis. Thus developing compatible treatment methods and novel materials, is a major contributing factor to progress in medical practice regarding this category of fractures. However, various stabilizing methods for fractured bones are employed to ensure the proper alignment and support during this natural healing process. Some of these common methods are mentioned below.