Hardiya Sumeet, Kumar G Jeevan, Vimala Sai Manne, Rana Komal, Desai Disha, Kaur Gaganpreet
Department of Orthodontics, Modern Dental College, Indore, Madhya Pradesh, India.
Consultant Oral and Maxillofacial Surgeon, Tirupati, Andhra Pradesh, India.
J Pharm Bioallied Sci. 2023 Jul;15(Suppl 1):S224-S229. doi: 10.4103/jpbs.jpbs_459_22. Epub 2023 Jul 5.
The palatal rugae may alter their shape based on the various physical pressures that they had to endure. This study's objective is to assess the various alterations in the palatal rugae parameters among the complete denture wearers.
Forty subjects in all were chosen for the study. The control group interventional groups had an equal number of participants who were further equally distributed based on gender. For all of the participants, mucostatic maxillary alginate imprints were taken, and gypsum castings were created. They were called at the scheduled intervals of 2, 6, and 12 months following the treatment. The models used during those recalls and all of the palatal rugae were examined under a microscope for quantity, length, form, orientation, and unifications. The unpaired t-test was used to statistically examine palatal rugae alterations.
Following the wear of the dentures, the experimental group's primary, secondary, and fragmented rugae all gradually shrank in length. In terms of statistics, the alteration solely affected primary rugae and was significant ( < 0.001). After a year of wearing dentures, a minimal change in rugae's form was noticed in the denture groups, but it was statistically not substantial ( > 0.05).
Due to the prolonged mechanical stress the dentures placed on the palatal rugae, complete denture users saw a significant reduction in the length of their primary rugae. Rugae number, orientation, and unification were among the other criteria that did not change during the course of the study. Analysis of the palatal rugae may not be useful in identifying people wearing full dentures. However, in forensic investigations, rugae may act as an adjunct to other methods like fingerprints and DNA analysis.
腭皱襞可能会根据其所承受的各种物理压力而改变其形状。本研究的目的是评估全口义齿佩戴者腭皱襞参数的各种变化。
本研究共选取了40名受试者。对照组和干预组的参与者数量相等,并根据性别进一步平均分配。对所有参与者均采用黏膜静止式上颌藻酸盐印模,并制作石膏模型。在治疗后的2个月、6个月和12个月的预定时间点对他们进行回访。在显微镜下检查这些回访期间使用的模型以及所有腭皱襞的数量、长度、形态、方向和融合情况。采用独立样本t检验对腭皱襞的变化进行统计学分析。
佩戴义齿后,实验组的主皱襞、次皱襞和分支皱襞的长度均逐渐缩短。在统计学方面,这种变化仅影响主皱襞,且具有显著性(<0.001)。佩戴义齿一年后,义齿组的皱襞形态有微小变化,但在统计学上不显著(>0.05)。
由于义齿对腭皱襞施加的长期机械应力,全口义齿使用者的主皱襞长度显著缩短。在研究过程中,皱襞的数量、方向和融合情况等其他指标并未改变。腭皱襞分析可能对识别全口义齿佩戴者并无帮助。然而,在法医调查中,皱襞可能作为指纹和DNA分析等其他方法的辅助手段。