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The mandible is the largest and strongest bone of the human face, anatomically forming the lower jaw[1]. It serves essential functions in chewing and speech, supports the teeth, and forms the lower facial contour. Unlike other bones, it has a unique osteoimmune environment due to its exposure to the oral cavity and associated microbiota, influencing its response to injury, infection, and medications. It plays a critical role in dental and craniofacial growth and is a key focus in maxillofacial pathology and surgery. Recent research highlights its role in secreting extracellular vesicles that regulate early tooth development through epigenetic and cellular mechanisms[3]. The mandible is affected by targeted therapies such as bisphosphonates, which can lead to necrosis specific to this bone due to its unique physiology[1]. The mandible does not represent a standard therapeutic molecular target (such as a receptor, transporter, or enzyme). Any reference to "mandible" as a target for molecules or drugs is incorrect; molecular targets are typically proteins, nucleic acids, or other biomolecules, not whole organs or bones. If a query intends to specify a particular protein, cell surface marker, or signaling pathway in mandibular biology, a more precise name is required.
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