Salival biomarkers in inflamatory oro-cranio-cervical inflamatory alterations

Aidé Terán, M. Lloret, María Carlota Gutiérrez, M. Liñán, E. Bustos, J. Manríquez
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Abstract

During the COVID 19 pandemic, the general population suffered from high degrees of stress, the consequence of which was an increase in myofascial pain syndrome. This inflammatory ailment which affects soft tissues causes pain, muscular rigidity, and modifies posture due to hyperactivity. A state of muscular ischemia leads to structural and chemical changes, and to variations in saliva’s electrical conductivity. The objective of this research was to measure the changes in pH and electrical conductivity of saliva samples, and to use these as biomarkers during therapeutical Maxillary Functional Orthopedics (Planas’ Simple Indirect Tracks and Simões Network 20). All the subjects that took part in the study evidenced changes in the beforementioned biomarkers, as well as clinical improvement of their symptoms.
口腔-颅-颈炎性改变中的唾液生物标志物
在2019冠状病毒病大流行期间,普通人群承受着高度的压力,其后果是肌筋膜疼痛综合征的增加。这种影响软组织的炎症性疾病会引起疼痛、肌肉僵硬,并因过度活跃而改变姿势。肌肉缺血状态会导致结构和化学变化,以及唾液电导率的变化。本研究的目的是测量唾液样本的pH值和电导率的变化,并在治疗上颌功能矫形术期间将这些作为生物标志物(Planas ' Simple Indirect Tracks和Simões Network 20)。所有参加这项研究的受试者都证明了上述生物标志物的变化,以及他们症状的临床改善。
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