Document Type
Article
Publication Date
2013
Abstract
Oral mucositis and stomatitis are characterized by pain, inflammation, and redness in the oral cavity. In the case of mucositis, ulceration also occurs. Despite being understudied, these symptoms are some of the most troubling, and yet common, adverse effects associated with cancer treatment. The incidence of these toxicities is highly variable depending on treatment-related and patient-related risk factors. However, most cancer treatment regimens carry some risk of this toxicity. The presence of mucositis or stomatitis can result in a significant decrease in the patient?s quality of life due to severe pain and the inability to eat or drink. These toxicities can also negatively affect the overall outcome of cancer treatment, leading to dose reductions and delays in treatment. Although the mechanism is not yet understood, the rapid increase in the number of targeted anticancer therapies available on the market has increased the number of patients who experience oral toxicities. The toxicities caused by targeted agents are less severe than those caused by conventional anticancer agents, but due to prolonged dosing schedules, they can still lead to significant declines in quality of life. The pathobiology of oral mucositis is a complex five phase process. It involves injury, activation of enzymes and transcription factors, upregulation of cytokine genes, inflammation/damage to tissue, and healing. These processes not only involve cells in the oral mucosa, but also the surrounding fibroblasts and connective tissue cells. A better understanding of the mechanisms behind oral mucositis and stomatitis will facilitate the development of effective prediction, prevention, and treatment strategies.
DOI
https://doi.org/10.4172/2329-6887.1000112
Publication Information
Parkhill, Amy (2013). "Oral Mucositis and Stomatitis Associated with Conventional and Targeted Anticancer Therapy." Journal of Pharmacovigilance 1.3, 1-4.
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Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 International License.
Comments
This article was originally published as: Journal of Pharmacovigilance. 1 (3): Article 112. 2013: https://doi.org/10.4172/2329-6887.1000112