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蛀牙了一定要补吗?补牙怎么补?|證據鏈

本頁是〈蛀牙了一定要补吗?补牙怎么补?〉的事實單元帳:每一條主張對應的來源、證據等級、地域與期間、原文引句與限制,逐條攤開。

蛀牙了一定要补吗?补牙怎么补?|證據鏈

F-Units(事实单元帐)

  • F1|本题选题依据=14 诊所站 GSC 全量对帐,「蛀牙」「补牙」「蛀牙补牙」「补蛀牙」「补牙过程」「轻微蛀牙需要补吗」6 词项合计曝光 235,930、2 站|来源 #19|confidence=high|basis=internal_dataset|period=GSC 保留窗(2025-03-22 起)|geo: TW|caveat:曝光为属性级数字、非去重流量;本栏为内部数据,非医学宣称,发布转档时整条剥除。
  • F2[结构性整理]|「未成窝洞/已成窝洞/已近牙髓」三段分期框架、「疾病层级 vs 牙齿层级」对照、补牙六步流程骨架,以及「网路两种极端说法各自对应不同阶段」之归纳,均为本站依 F3 至 F20 文献整理的沟通用结构|来源 #21|confidence=n/a|basis=editorial_framework|period=2026-08-05|geo: universal|caveat:非诊断工具、非临床指引,不得标为待验;本栏不含任何疗效或时程宣称。
  • F3|国际龋齿共识合作组织术语共识:龋齿为疾病之名、龋齿病灶为疾病之后果与表现;「龋齿管理」限于病人层级以预防与非侵入手段控制疾病,「龋齿病灶管理」则于牙齿层级控制症状;去龋术式定义为选择性去除(至软化/至硬实牙本质)、分次去除、非选择性去除至硬牙本质(即过去之完全去龋,标注已不再被建议)|来源 #1|confidence=verified|basis=clinical_guideline(PMID 27099357,国际共识声明)|period=2016|geo: universal|span:「Dental cariesis the name of the disease, and thecarious lesionis the consequence and manifestation of the disease-the signs or symptoms of the disease」「Approaches to carious tissue removal are defined: 1)selective removal of carious tissue-includingselective removal to soft dentineandselective removal to firm dentine; 2)stepwise removal-including stage 1,selective removal to soft dentine, and stage 2,selective removal to firm dentine6 to 12 mo later; and 3)nonselective removal to hard dentine-formerly known ascomplete caries removal(technique no longer recommended)」|caveat:PubMed 摘要呈现有词间空白遗失(如 Dental cariesis),此处逐字照录未代为补空白;共识文件非随机试验,属专家共识层级。
  • F4|国际龋齿共识合作组织去龋临床建议:应尽可能避免进入修复循环;只有当已形成窝洞的病灶无法清洁或无法再被封填时,修复性介入才有指征;去除龋齿组织纯粹是为了创造长期耐用修复物的条件,靠近牙髓之受细菌污染或去矿化组织不需移除;浅/中深窝洞病灶依选择性去除至硬实牙本质,深层窝洞病灶(乳牙与恒牙)依选择性去除至软化牙本质,恒牙另有分次去除选项|来源 #2|confidence=verified|basis=clinical_guideline(PMID 27099358,国际共识声明)|period=2016|geo: universal|span:「Entering the restorative cycle should be avoided as far as possible」「Only when cavitated carious lesions either are noncleansable or can no longer be sealed are restorative interventions indicated」「Carious tissue is removed purely to create conditions for long-lasting restorations. Bacterially contaminated or demineralized tissues close to the pulp do not need to be removed」|caveat:专家共识层级,非随机试验;2016 年版本,与 F14(2024 RCT)方向存在张力,本卡并陈未取舍。
  • F5|美国牙医学会非修复性治疗实证临床指引:专家小组针对儿童与成人以非修复性治疗停止或逆转未成窝洞与已成窝洞龋齿做系统性回顾,形成 11 条建议,每条对应特定病灶型态、牙面与齿列;在较有效的介入中建议使用 38% 氟化二胺银、窝沟封填、5% 氟化钠护漆、1.23% 酸化磷酸氟凝胶、5000 ppm 氟(1.1% 氟化钠)牙膏或凝胶等;并对 10% CPP-ACP 提出不建议使用之建议|来源 #3|confidence=verified|basis=clinical_guideline(PMID 30261951,ADA 实证临床指引,采 GRADE)|period=2018|geo: universal|span:「The expert panel formulated 11 clinical recommendations, each specific to lesion type, tooth surface, and dentition」「Of the most effective interventions, the panel provided recommendations for the use of 38% silver diamine fluoride, sealants, 5% sodium fluoride varnish, 1.23% acidulated phosphate fluoride gel, and 5,000 parts per million fluoride (1.1% sodium fluoride) toothpaste or gel, among others」「The panel also provided a recommendation against the use of 10% casein phosphopeptide-amorphous calcium phosphate」|caveat:美国指引,非台湾或日本规范;建议系逐条绑定病灶型态与牙面,本卡不得概括为「所有蛀牙都能不补」;药剂浓度为指引原文所载,非本站用药指示。
  • F6|美国牙医学会修复性治疗实证临床指引:针对活髓、未经根管治疗之乳牙与恒牙的中度与进展期已成窝洞龋齿,形成 16 条建议与良好实务声明(4 条为依病灶深度区分之去龋方式、12 条为依牙齿位置与涉及牙面区分之直接充填材料);对保守去龋方式给予条件性建议,尤其进展期病灶;对所有纳入之直接充填材料给予条件性建议,并于特定临床情境对部分材料排序|来源 #4|confidence=verified|basis=clinical_guideline(PMID 37380250,ADA 实证临床指引,采 GRADE)|period=2023|geo: universal|span:「The panel formulated 16 recommendations and good practice statements: 4 on CTR approaches specific to lesion depth and 12 on direct restorative materials specific to tooth location and surfaces involved」「The panel conditionally recommended for the use of conservative CTR approaches, especially for advanced lesions」「The evidence suggests that more conservative CTR approaches may decrease the risk of adverse effects」|caveat:条件性建议(conditional)非强建议;作者用语为「may decrease」,本卡照录「可能」不上修。
  • F7|Cochrane 系统性回顾(8 项随机试验、365 位受试者,全采半口设计):微创处置相较非侵入性专业处置(如氟漆)或口腔卫生指导(如牙线),显著降低邻接面病灶前进之胜算比(OR 0.24,95% CI 0.14 至 0.41;602 个病灶、7 项研究、I²=32%);证据品质评为中等;适用对象为未成窝洞之珐琅质病灶与初期牙本质病灶(影像上局限于牙本质外三分之一);4 项有评估不良事件的研究未报告微创处置后之不良事件|来源 #5|confidence=verified|basis=peer_reviewed(PMID 26545080,Cochrane 系统性回顾)|period=2015(检索至 2014-12)|geo: universal|span:「micro-invasive treatment significantly reduced the odds of lesion progression compared with non-invasive treatment (e.g fluoride varnish) or oral hygiene advice (e.g to floss) (OR 0.24, 95% CI 0.14 to 0.41; 602 lesions; seven studies; I(2) = 32%)」「The available evidence shows that micro-invasive treatment of proximal caries lesions arrests non-cavitated enamel and initial dentinal lesions (limited to outer third of dentine, based on radiograph)」|caveat:7 项研究被判高整体偏差风险(主要因无法盲化);4 项研究受产业支持,其中 1 项由介入发明人执行;不适用于已成窝洞病灶。
  • F8|Cochrane 系统性回顾(22 项试验、12455 位受试者随机分派):氟漆相较安慰剂或未处置,恒牙面合并预防分数 43%(95% CI 30% 至 57%,13 项试验)、乳牙面 37%(95% CI 24% 至 51%,10 项试验);证据品质评为中等|来源 #6|confidence=verified|basis=peer_reviewed(PMID 23846772,Cochrane 系统性回顾)|period=2013|geo: universal|span:「the pooled D(M)FS prevented fraction estimate comparing fluoride varnish with placebo or no treatment was 43% (95% confidence interval (CI) 30% to 57%; P < 0.0001)」「The review suggests a substantial caries-inhibiting effect of fluoride varnish in both permanent and primary teeth, however the quality of the evidence was assessed as moderate」|caveat:结果指标为预防新病灶,非逆转既有窝洞;异质性可观(I²=75%),纳入研究多属高偏差风险;关于不良反应与接受度的资讯很少。
  • F9|Cochrane 系统性回顾(38 项试验、7924 位儿童):树脂类窝沟封填剂用于恒牙臼齿咬合面可预防儿童与青少年龋齿;24 个月量测点的中等品质证据显示相较未封填可降低龋齿 11% 至 51%;仅 4 项试验评估不良事件且未见不良事件报告|来源 #7|confidence=verified|basis=peer_reviewed(PMID 28759120,Cochrane 系统性回顾)|period=2017|geo: universal|span:「Our review found moderate-quality evidence that resin-based sealants reduced caries by between 11% and 51% compared to no sealant, when measured at 24 months」|caveat:结果指标为预防新病灶;所有试验在结果评估的盲化上被评为高偏差风险(封填剂肉眼可辨);玻璃离子封填剂与不同封填剂相互比较的证据不足。
  • F10|质性访谈研究(苏格兰两个 NHS 辖区、14 位牙科专业人员、15 次半结构访谈):受访者提到的主要氟化二胺银缺点与使用障碍,为其造成停止进展病灶的黑色染色|来源 #8|confidence=verified|basis=peer_reviewed(PMID 32933507,质性研究)|period=2020|geo: universal|span:「However, SDF-induced black staining of arrested carious lesions was most commonly reported as the main disadvantage and greatest barrier to using it in practice」|caveat:质性访谈、样本 14 人、单一国家、受访对象为专业人员而非病人结果指标;本卡仅引用「染色是已知取舍」,不引为疗效或安全性证据。
  • F11|瑞典前瞻性影像追踪研究(536 位儿童,11 至 22 岁,每年咬翼片;该人群采以再矿化为基础而非修复为基础之治疗策略):各牙面之龋齿发生率与存活时间变异相当大;健康牙面 75% 于 6.3 年内未达状态 2;状态 2 者 75% 于 4.8 年内未达牙本质外半部(状态 4);状态 3(珐琅质-牙本质交界)者 75% 仅 1.3 年内未达状态 4,状态 3 至 4 之存活时间中位数 3.1 年;11 至 12 岁时邻接面 DMFS 大于 1 者,新生邻接面珐琅质病灶风险为 DMFS 0 至 1 者之 2.5 倍|来源 #9|confidence=verified|basis=peer_reviewed(PMID 9892776,前瞻性世代研究)|period=1999|geo: universal|span:「Of the sound surfaces (state 0), 75% survived 6.3 years without reaching state 2. Given state 2, 75% survived 4.8 years without reaching the outer half of the dentin (state 4), while given a lesion at the enamel-dentin border (state 3), 75% survived 1.3 years without doing the same. The median survival time of lesions from state 3 to 4 was 3.1 years」「The results showed a considerable variation between the surfaces in both caries rates and survival time」|caveat:1999 年、单一国家、青少年人群、仅邻接面、且在特定照护策略下取得;为人群层级存活曲线,不可作为个别牙齿之进展预测。
  • F12|系统性回顾与统合回归(纳入 192 篇儿童研究与 186 篇 5 岁以上人群研究):2010 年估计全球约 24 亿人有未经治疗的恒牙龋齿、约 6.21 亿名儿童有未经治疗的乳牙龋齿;1990 至 2010 年间年龄标准化盛行率与发生率大致持平|来源 #10|confidence=verified|basis=peer_reviewed(PMID 25740856,系统性回顾与统合回归)|period=2015(资料年 1990、2010)|geo: universal|span:「In 2010, untreated caries in permanent teeth was the most prevalent condition worldwide, affecting 2.4 billion people, and untreated caries in deciduous teeth was the 10th-most prevalent condition, affecting 621 million children worldwide」|caveat:全球模型估计值、资料年为 2010,非现时值亦非任何单一国家值;本卡仅引为流行程度背景,不引为「拖延无害」之依据。
  • F13旧版,2013;现行最新版见 F23]|Cochrane 系统性回顾(8 项试验、934 位受试者、1372 颗牙):分次去龋相较完全去龋,牙髓暴露发生率降低 56%(RR 0.44,95% CI 0.33 至 0.60),中等品质证据,4 项研究中完全去龋组平均牙髓暴露率 34.7%、分次去龋组 15.4%;部分去龋相较完全去龋降低 77%(RR 0.23,95% CI 0.08 至 0.69),中等品质证据,2 项研究中完全去龋组 21.9%、部分去龋组 5%;所有纳入试验均被评为高偏差风险;在牙髓疾病征象与症状上,部分去龋与完全去龋之差异证据不足|来源 #11|confidence=verified|basis=peer_reviewed(PMID 23543523,Cochrane 系统性回顾)|period=2013|geo: universal|span:「Stepwise caries removal resulted in a 56% reduction in incidence of pulp exposure (risk ratio (RR) 0.44, 95% confidence interval (CI) 0.33 to 0.60, P < 0.00001, I(2) = 0%) compared to complete caries removal based on moderate quality evidence」「In these four studies, the mean incidence of pulp exposure was 34.7% in the complete caries removal group and 15.4% in the stepwise groups」「Partial caries removal reduced incidence of pulp exposure by 77% compared to complete caries removal (RR 0.23, 95% CI 0.08 to 0.69, P = 0.009, I(2) = 0%)」「All of the trials were assessed at high risk of bias」|caveat:主要结果指标为「牙髓暴露发生率」,不等于「牙髓长期存活」——后者见 F14 之反向结果;多数研究追踪期短。
  • F14|双盲随机临床试验(124 颗影像上龋齿深达牙本质三分之二以上、无自发性牙髓炎、诊断为可逆性牙髓炎之成熟恒牙;选择性去龋 63 颗、完全去龋 61 颗):完全去龋组 17 颗(28%)出现牙髓暴露并当场以活髓治疗处理;12 个月牙髓存留率完全去龋组 98.4%、选择性去龋组 82.5%(P = 0.003);多变量分析显示去龋方式与术前疼痛程度(是否达 5/10)为显著预后因子;作者临床意涵建议在此情境下完全去龋至硬牙本质以取得可预期之牙髓存活|来源 #12|confidence=verified|basis=peer_reviewed(PMID 39442480,随机对照试验,注册编号 NCT05144711)|period=2024|geo: universal|span:「17/ 61 teeth (28%) in the TCR had pulp exposure, managed by VPT and were successful at recall」「Multivariate analysis revealed the type of procedure (SCR vs TCR) and the preoperative pain levels (above or below 5/10) as significant prognostic factors」「In deep carious lesions of mature permeant teeth with revrsible pulpitis, total caries removal to hard dentine is recommended for a predictable pulp survival」|caveat:单中心、追踪 12 个月、仅成熟恒牙且限可逆性牙髓炎;原文结论句含拼写误植(permeant/revrsible),此处逐字照录;与 F4、F6 之共识方向相反,本卡并陈不取舍;同 KM-DENTAL-02 卡 F18 锚。
  • F15|欧洲牙髓病学会深部龋齿与牙髓暴露处置立场声明:以维持牙髓健康且保有活性、预防根尖周炎、发展微创且以生物学为基础之治疗为当代临床牙髓学核心主题;文件明白标示该领域存在争议、低品质证据与不确定性|来源 #13|confidence=verified|basis=clinical_guideline(PMID 30664240,学会立场声明)|period=2019|geo: universal|span:「Preserving the pulp in a healthy state with sustained vitality, preventing apical periodontitis and developing minimally invasive biologically based therapies are key themes within contemporary clinical endodontics」「In presenting these findings, areas of controversy, low-quality evidence and uncertainties are highlighted, prior to recommendations for each area of interest」|caveat:2019 年版本,作者已载明将于 5 年内更新;欧洲学会立场,非台湾或日本规范。
  • F16|繖状回顾(纳入 6 篇系统性回顾):恒牙龋齿性牙髓暴露的活髓治疗中,部分牙髓切除术与全牙髓切除术在 2 年以上观察到高于且较可预期于直接盖髓的成功率;结论为活髓治疗是可靠的治疗选项但仍需更多高品质研究佐证,且可被视为根管治疗的替代选项|来源 #14|confidence=verified|basis=peer_reviewed(PMID 33970319,umbrella review)|period=2021|geo: universal|span:「Higher and more predictable success rates of ≥ 2 years were observed for partial pulpotomy and full pulpotomy in carious pulp-exposed permanent human teeth as compared to direct pulp capping」「Vital pulp therapy is a reliable treatment option for permanent teeth with carious pulp exposure. However, more high-quality studies are required to corroborate this finding」「Vital pulp therapy could be considered as an alternative for root canal treatment for carious pulp-exposed permanent teeth」|caveat:仅纳入 6 篇回顾、预后因子结果互相冲突;未提供可套用于个别病例的成功率数值,本卡亦不代为换算。
  • F17|Cochrane 系统性回顾概观(14 篇回顾、57 篇原始研究;优先采用 6 篇回顾、23 篇原始研究在追踪期末的资料):大块填充型与分层堆叠型复合树脂之修复物失败风险可能无差异且低于 5%(RD 0.00,95% CI −0.03 至 0.03;7 项研究、511 个修复物、追踪 1 至 10 年,中等确定性);银汞合金相较复合树脂之修复物失败风险可能少 7%(RD 0.07,95% CI 0.05 至 0.09;2 项研究、3010 个修复物、追踪 5 至 7 年,低确定性,原始研究自 1990 年代末收案);一篇回顾报告两组术后疼痛与不适皆约 5%(极低确定性);水俣公约建议牙科逐步减少汞齐使用且无汞直接充填材料已可取得;仅约 10% 原始研究于一般执业场域进行|来源 #15|confidence=verified|basis=peer_reviewed(PMID 42444634,Cochrane overview of systematic reviews)|period=2026(检索至 2025-04)|geo: universal|span:「The risk of restoration failure is likely to be low, and no different between groups, at less than 5% (RD 0.00, 95% CI -0.03 to 0.03; 7 studies, 511 restorations; 1 to 10 years follow-up)」「One Cochrane review reported low-certainty evidence that the risk of restoration failure may be 7% less with dental amalgam than RBC (RD 0.07, 95% CI 0.05 to 0.09; 2 studies, 3010 restorations; 5 to 7 years follow-up; class I and II restorations)」「The Minamata Convention on Mercury recommends a phase-down of amalgam use in dentistry」「Very few primary studies (about 10%) were conducted in general practice」|caveat:群体层级数字,非个人机率;银汞比较之原始研究年代较早,作者已标可推论性受限;同 KM-DENTAL-02 卡 F14 锚。
  • F18|Cochrane 系统性回顾(4 项研究、1270 位受试者,其中 233 位失访;1 项因资料不一致排除于分析):非常低品质证据显示,直接充填治疗使用橡皮障相较棉卷隔离,修复物失败率可能较低|来源 #16|confidence=verified|basis=peer_reviewed(PMID 27648846,Cochrane 系统性回顾)|period=2016|geo: universal|span:「We found some very low-quality evidence, from single studies, suggesting that rubber dam usage in dental direct restorative treatments may lead to a lower failure rate of the restorations, compared with the failure rate for cotton roll usage」|caveat:所有纳入研究均高偏差风险、证据等级为非常低;无研究评估不良事件、成本或病人接受度;本卡不得引为「必须使用橡皮障」之依据。
  • F19|以执业场域为基础之回溯研究(44 位成人、306 颗后牙复合树脂填补物,追踪 10 至 18 年):30% 失败,其中 82% 出现在具 1 至 2 项风险因子之病人;蛀牙高风险人群主要失败原因为续发龋齿,咬合压力风险人群主要失败原因为断裂|来源 #17|confidence=verified|basis=peer_reviewed(PMID 23690354,回溯性临床研究)|period=2013|geo: universal|span:「In total, 30% of the restorations failed, of which 82% were found in patients with 1 or 2 risk factors」「Secondary caries was the main reason of failure within caries-risk patients, whereas fracture was the main reason in "occlusal-stress-risk" patients」|caveat:回溯设计、单一执业场域、病人数少;为长期寿命指标,不可读为个人失败机率;同 KM-DENTAL-02 卡 F19 锚。
  • F20|回溯性研究:有边缘悬突的邻接面填补物,其牙周囊袋较无悬突之金属填补物深 0.42 毫米|来源 #18|confidence=verified|basis=peer_reviewed(PMID 7806672,回溯性临床研究)|period=1994|geo: universal|span:「Periodontal pockets at proximal sites with marginal overhangs were significantly deeper (0.42 mm) compared to sites with metal restorations without overhangs」|caveat:转诊人群之回溯资料,属关联性非因果;本卡引为「边缘不密合值得检查」的依据;同 KM-DENTAL-02 卡 F20 锚。
  • F21|《医疗法》第 87 条第 2 项:医学新知或研究报告之发表、病人卫生教育、学术性刊物,未涉及招徕医疗业务者,不视为医疗广告|来源 #20|confidence=verified(2026-08-05 实测 200、逐字对得上)|basis=law|period=现行条文|geo: TW|caveat:本卡发布定位依据,属台湾制度,非医学事实;其他地区读者请以所在地规范为准。
  • F23|Cochrane 系统性回顾 2021 年更新版(本题现行最新版,取代 2013 年 CD003808 之范围):纳入 27 项研究、3,350 位受试者、4,195 颗牙/病灶,11 国、1977–2020 年发表;结论为与完全去龋相比,乳牙以 Hall Technique 与选择性去龋失败数较低、恒牙以选择性去龋与分次去龋失败数较低,惟多数研究高偏误风险、样本小、失败事件少,多数比较之证据确定性为低或极低|confidence=verified(2026-08-05 E-utilities efetch 取回摘要逐字比对)|basis=peer_reviewed(PMID 34280957)|period=2021-07-19 发表;检索日 2026-08-05|geo: universal|span:「We included 27 studies with 3350 participants and 4195 teeth/lesions, which were conducted in 11 countries and published between 1977 and 2020」「Compared with CR, there were lower numbers of failures with HT and SE in the primary dentition, and with SE and SW in the permanent dentition」「Most studies showed high risk of bias and limited precision of estimates due to small sample size and typically limited numbers of failures, resulting in assessments of low or very low certainty of evidence for most comparisons」|caveat:版本时效已查——F13 之 2013 年版(PMID 23543523)保留为历史对照,本题现行引用以本条为准;证据确定性低或极低,禁据此对个别病人做疗效推估
  • F22[结构性整理]|证据缺口声明:本站于 2026-08-05 以 PubMed E-utilities 检索,下列项目未取得可引用的直接证据——①以「monitoring versus restoration cavitated caries lesion adults randomized trial long-term」检索,回传笔数 0;②以「non-restorative cavity control cavitated lesions adults arrest cleansable」检索,回传笔数 0(即成人已成窝洞病灶「只监控不修复 vs 立即修复」之长期随机比较试验);③牙齿可修复性(restorability)之量化判准研究;④「深蛀牙一定要/一定不要去干净」之定论(现有证据为 F4、F6 共识与 F13 回顾对 F14 随机试验之张力)|来源 #21|confidence=n/a|basis=editorial_framework|period=2026-08-05|geo: universal|caveat:检索局限于 PubMed 英文文献与上列检索式,未取得不等于已被推翻;本栏为编辑性陈述,不得标为待验 claim。本卡所有预防性指标(F8、F9)皆为「预防新病灶」的结果指标,禁与「逆转既有窝洞」互推。

来源清单

取用日期均为 2026-08-05;PubMed 条目以 E-utilities efetch 取得摘要原文逐字比对,并逐条实测条目页回应 200。

  1. Innes NP, Frencken JE, Bjørndal L, et al. Managing Carious Lesions: Consensus Recommendations on Terminology. Adv Dent Res. 2016;28(2):49-57. PMID 27099357
  2. Schwendicke F, Frencken JE, Bjørndal L, et al. Managing Carious Lesions: Consensus Recommendations on Carious Tissue Removal. Adv Dent Res. 2016;28(2):58-67. PMID 27099358
  3. Slayton RL, Urquhart O, Araujo MWB, et al. Evidence-based clinical practice guideline on nonrestorative treatments for carious lesions: A report from the American Dental Association. J Am Dent Assoc. 2018;149(10):837-849.e19. PMID 30261951
  4. Dhar V, Pilcher L, Fontana M, et al. Evidence-based clinical practice guideline on restorative treatments for caries lesions: A report from the American Dental Association. J Am Dent Assoc. 2023;154(7):551-566.e51. PMID 37380250
  5. Dorri M, Dunne SM, Walsh T, Schwendicke F. Micro-invasive interventions for managing proximal dental decay in primary and permanent teeth. Cochrane Database Syst Rev. 2015;2015(11):CD010431. PMID 26545080
  6. Marinho VC, Worthington HV, Walsh T, Clarkson JE. Fluoride varnishes for preventing dental caries in children and adolescents. Cochrane Database Syst Rev. 2013;2013(7):CD002279. PMID 23846772
  7. Ahovuo-Saloranta A, Forss H, Walsh T, et al. Pit and fissure sealants for preventing dental decay in permanent teeth. Cochrane Database Syst Rev. 2017;7(7):CD001830. PMID 28759120
  8. Seifo N, Cassie H, Radford J, Innes N. "It's really no more difficult than putting on fluoride varnish": a qualitative exploration of dental professionals' views of silver diamine fluoride for the management of carious lesions in children. BMC Oral Health. 2020;20(1):257. PMID 32933507
  9. Mejàre I, Källestål C, Stenlund H. Incidence and progression of approximal caries from 11 to 22 years of age in Sweden: A prospective radiographic study. Caries Res. 1999;33(2):93-100. PMID 9892776
  10. Kassebaum NJ, Bernabé E, Dahiya M, et al. Global burden of untreated caries: a systematic review and metaregression. J Dent Res. 2015;94(5):650-658. PMID 25740856
  11. Ricketts D, Lamont T, Innes NP, Kidd E, Clarkson JE. Operative caries management in adults and children. Cochrane Database Syst Rev. 2013;(3):CD003808. PMID 23543523
  12. Taha NA, Ali MM, Abidin IZ, Khader YS. Pulp survival and postoperative treatment needs following selective vs. total caries removal in mature permanent teeth with reversible pulpitis: A randomized clinical trial. J Dent. 2024;151:105408. PMID 39442480
  13. European Society of Endodontology (ESE); Duncan HF, Galler KM, Tomson PL, et al. European Society of Endodontology position statement: Management of deep caries and the exposed pulp. Int Endod J. 2019;52(7):923-934. PMID 30664240
  14. Leong DJX, Yap AU. Vital pulp therapy in carious pulp-exposed permanent teeth: an umbrella review. Clin Oral Investig. 2021;25(12):6743-6756. PMID 33970319
  15. Lewis SR, Walsh T, Glenny AM, et al. Restorative materials for direct coronal restoration of permanent posterior teeth: an overview of systematic reviews. Cochrane Database Syst Rev. 2026;7(7):CD016279. PMID 42444634
  16. Wang Y, Li C, Yuan H, et al. Rubber dam isolation for restorative treatment in dental patients. Cochrane Database Syst Rev. 2016;9(9):CD009858. PMID 27648846
  17. van de Sande FH, Opdam NJ, Rodolpho PA, et al. Patient risk factors' influence on survival of posterior composites. J Dent Res. 2013;92(7 Suppl):78S-83S. PMID 23690354
  18. Jansson L, Ehnevid H, Lindskog S, Blomlöf L. Proximal restorations and periodontal status. J Clin Periodontol. 1994;21(9):577-582. PMID 7806672
  19. 内部数据:`analysis/reports/km-dental-backlog.md` #12 附录(6 词项×2 站×曝光逐笔可对帐,合计 235,930)
  20. Schwendicke F, Walsh T, Lamont T, et al. Interventions for treating cavitated or dentine carious lesions. Cochrane Database Syst Rev. 2021;7(7):CD013039. PMID 34280957
  21. 医疗法 第 87 条(全国法规资料库)
  22. 编辑框架:本站三段分期结构、补牙流程骨架与证据缺口声明(无外部来源,标示为结构性整理)

内部引用链

  • 补完之后的时间问题(多久可以吃东西、多久可以刷牙、材料差异):补牙后多久可以吃东西、多久可以刷牙?(KM-DENTAL-02)(材料证据锚 F17=该卡 F14、风险因子锚 F19=该卡 F19、边缘悬突锚 F20=该卡 F20、深龋随机试验锚 F14=该卡 F18)
  • 蛀到牙龈下、边缘露不出来而补不住时会被提到的手术:牙冠增长术是什么?费用、保险、会不会痛(KM-DENTAL-17)
  • 牙齿终究留不住、拔掉之后补不补的比较:臼齿拔掉可以不补吗?会怎样?(KM-DENTAL-34)
  • 拔牙之后伤口与时间轴:拔牙的洞要多久才会长好?(KM-DENTAL-01)
发布闸门提醒:本卡为 draft。四语(zh-Hans/en/ja)未产前不得进 km_entries;地域声明四语版本必齐(global 卡措辞见 ANK-DENTAL-SPEC.md)。F22 的证据缺口声明若日后检索到直接证据,须改写该节而非保留「未取得」字样;F4/F6 共识与 F14 随机试验的张力若被新的系统性回顾收敛,深蛀牙争议段须整段重写。

FAQ

蛀牙一定要补吗?
**不是所有蛀牙都以修复为预设处置。** 国际龋齿共识明写应尽可能避免进入修复循环,并把修复性介入的时机界定在「已形成窝洞的病灶无法被清洁、或已无法被封填」时 [F4]。未成窝洞的病灶,ADA 专家小组提出了以非修复方式停止或逆转病灶的 11 条建议,每一条都对应特定的病灶型态、牙面与齿列 [F5]。也就是说:这是分期题,不是是非题,而分期只能由牙医师判定 [F2][F5]。
むし歯は必ず詰めるべきですか?**すべてのむし歯で修復が初期設定ではありません。** 修復的介入は、窩洞が清掃不能又は封鎖不能になった場合に適応です [F4]。未窩洞病変には、病変型・歯面・歯列に結び付く非修復的な選択肢があります [F5]。これは段階の問題で、段階を決めるのは歯科医師です [F2][F5]。
Does every cavity need a filling?No. Restoration is indicated when a cavitated lesion cannot be cleaned or sealed; non-cavitated lesions have evidence-based non-restorative options [F4][F5].
「轻微蛀牙」可以先观察吗?
**若病灶尚未形成窝洞,文献支持有介入且有追踪的控制,而不是「什么都不做地等」** [F4][F5]。以牙缝病灶为例,Cochrane 回顾显示微创处置相较非侵入性处置或口腔卫生指导,可显著降低病灶前进的胜算比(OR 0.24,95% CI 0.14 至 0.41)[F7]。至于能观察多久,本站以前述两式 PubMed 检索未取得成人已成窝洞病灶「只监控不修复」的长期随机试验(回传笔数 0),因此不提供时间承诺 [F22]。可参考的进展速度资料是:病灶到达珐琅质-牙本质交界后,状态 3 到状态 4 的存活时间中位数为 3.1 年 [F11]。
「軽いう蝕」は様子を見てもよいですか?**未窩洞なら、何もしないで待つのではなく、介入を伴う管理と追跡には根拠があります。** 隣接面では微小侵襲的処置が進行のオッズを下げました(OR 0.24、95% CI 0.14 から 0.41)[F7]。一方、成人の窩洞を修復せず経過観察する長期無作為化試験は指定検索で得られず、時期の約束はできません [F22]。参考となる進行速度の集団データでは、状態 3 から 4 の生存時間中央値は 3.1 年でした [F11]。
Can “mild caries” be watched?Non-cavitated lesions can be actively controlled and followed, not merely ignored. There is no direct long-term adult RCT from the specified searches for a cavitated lesion monitored without restoration [F4][F5][F7][F22].
补牙要磨掉很多牙齿吗?
**国际共识的原则是:去除龋齿组织纯粹是为了创造长期耐用修复物的条件,靠近牙髓、受细菌污染或去矿化的组织不需要被移除** [F4]。同一份共识也把过去的「完全去龋」(非选择性去除至硬牙本质)标注为不再被建议的技术 [F3]。ADA 2023 指引对保守的去龋方式给予条件性建议,并指出证据显示较保守的方式可能降低不良事件风险 [F6]。但深蛀牙的情况有相反方向的新试验证据(见上文深蛀牙争议段),实际做法须由牙医师依你的牙髓诊断决定 [F13][F14]。
詰めると歯をたくさん削りますか?**国際コンセンサスでは、う蝕組織の除去は長くもつ修復の条件を作るためだけに行い、歯髄近くの細菌汚染・脱灰組織は除去を要しないとしています [F4]。** 旧来の完全除去は推奨しない術式と注記されています [F3]。ただし深いう蝕には反対方向の新しい試験根拠があるため、歯髄診断に基づいて決めます [F6][F13][F14]。
Will a filling remove a lot of tooth?Conservative removal has conditional guideline support, but deep lesions have conflicting evidence and need a pulp-based decision [F4][F6][F13][F14].

来源锚定

引用本文

km 編輯部・《蛀牙了一定要补吗?补牙怎么补?|證據鏈》・IDAEO 知識庫・2026-08-13・https://km.idaeo.ai/reports/dental-caries-restoration-evidence

更新 2026-08-13T14:17:40.677Z · server-rendered · four-language · IDAEO 知識庫

蛀牙了一定要补吗?补牙怎么补?|證據鏈 · IDAEO 知識庫