1.Perioperative medication for oral surgery.
Chinese Journal of Stomatology 2014;49(10):631-633
6.Effects of Frozen Gauze with Normal Saline on Thirst and Oral Health of the Patients with Nasal Surgery.
Jin Ock PARK ; Young Soon JUNG ; Geum Ja PARK
Journal of Korean Academic Society of Nursing Education 2016;22(1):25-33
PURPOSE: The purpose of this study was to examine the effects of frozen gauze with normal saline on thirst and the oral health of patients with nasal surgery. METHODS: A quasi-experimental, nonequivalent control group pretest-post test design was used. Participants (n=52) received either gauze frozen with normal saline (n=26), or wet gauze (n=26). The subjective thirst level and oral health of the participants were assessed before the intervention, 30 minutes after the first intervention, 30 minutes after the second intervention, and 30 minutes after the third intervention. RESULTS: After oral hygiene was provided twice, the thirst level was improved in patients receiving the gauze frozen with normal saline. After oral hygiene was provided a third time, the thirst level was improved in patients receiving the gauze frozen with normal saline. CONCLUSION: Gauze frozen with normal saline can be effective for oral hygiene in reducing the thirst level and improving the oral health in nasal surgery patients.
Humans
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Nasal Surgical Procedures*
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Oral Health*
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Oral Hygiene
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Thirst*
8.What is the effect of initial implant position on the crestal bone level in flap and flapless technique during healing period?.
Mohammed Jasim AL-JUBOORI ; Shaifulizan AB RAHMAN ; Akram HASSAN ; Ikmal Hisham BIN ISMAIL ; Omar Farouq TAWFIQ
Journal of Periodontal & Implant Science 2013;43(4):153-159
PURPOSE: The level of the implant above the marginal bone and flap design have an effect on the bone resorption during the healing period. The aim of this study is to detect the relationship between the level of the implant at the implant placement and the bone level at the healing period in the mesial and distal side of implants placed with flapless (FL) and full-thickness flap (FT) methods. METHODS: Twenty-two nonsubmerged implants were placed with the FL and FT technique. Periapical radiographs were taken of the patient at implant placement, and at 6 and 12 weeks. By using computer software, bone level measurements were taken from the shoulder of the healing cap to the first bone implant contact in the mesial and distal side of the implant surface. RESULTS: At 6 weeks, the correlation between the crestal bone level at the implant placement and crestal bone level of the FT mesially was significant (Pearson correlation coefficient=0.675, P<0.023). At 12 weeks, in the FT mesially, the correlation was nonsignificant (Spearman correlation coefficient=0.297, P<0.346). At 6 weeks in the FT distally, the correlation was nonsignificant (Pearson correlation coefficient=0.512, P<0.107). At 12 weeks in the FT distally, the correlation was significant (Spearman correlation coefficient=0.730, P<0.011). At 6 weeks in the FL mesially, the correlation was nonsignificant (Spearman correlation coefficient=0.083, P<0.809). At 12 weeks in the FL mesially, the correlation was nonsignificant (Spearman correlation coefficient=0.062, P<0.856). At 6 weeks in the FL distally, the correlation was nonsignificant (Spearman correlation coefficient=0.197, P<0.562). At 12 weeks in the FL distally, the correlation was significant (Pearson correlation coefficient=0.692, P<0.018). CONCLUSIONS: A larger sample size is recommended to verify the conclusions in this preliminary study. The bone level during the healing period in the FT was more positively correlated with the implant level at implant placement than in the FL.
Bone Resorption
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Dental Implantation
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Humans
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Oral Surgical Procedures
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Software
9.Use of the pedicled buccal fat pad in the reconstruction of intraoral defects: a report of five cases.
Taegyun YOUN ; Choong Sang LEE ; Hye Sun KIM ; Kyoungmin LIM ; Seung June LEE ; Bong Chul KIM ; Woong NAM
Journal of the Korean Association of Oral and Maxillofacial Surgeons 2012;38(2):116-120
The buccal fat pad is specialized fat tissue located anterior to the masseter muscle and deep to the buccinator muscle. Possessing a central body and four processes it provides separation allowing gliding motion between muscles, protects the neurovascular bundles from injuries, and maintains facial convexity. Because of its many advantageous functions, the use of the buccal fat pad during oral and maxillofacial procedures is promoted for the reconstruction of defects secondary to tumor resection, and those defects resulting from oroantral fistula caused by dento-alveolar surgery or trauma. We used the pedicled buccal fat pad in the reconstruction of intraoral defects such as oroantral fistula, maxillary posterior bone loss, or defects resulting from tumor resection. Epithelization of the fat tissue began 1 week after the surgery and demonstrated stable healing without complications over a long-term period. Thus, we highly recommend the use of this procedure.
Adipose Tissue
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Masseter Muscle
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Muscles
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Oral Surgical Procedures
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Oroantral Fistula