🔗 IDA SENTENCE ANALYSIS
近年來科技進步，水雷射的問世 — sentence-by-sentence verification
0
Provable
1
Partly supported
2
Pending
0
Contradicted
What this page measures: whether each outward-facing statement on this article can be supported by dental research literature. Provable and partly-supported statements carry real PubMed references; pending and contradicted ones are marked only as "examined but insufficient / counter-evidence found", with no claim of support. The analysed content itself lives on source page ↗.
🔗 Sentence-by-sentence analysis (3 statements)
DNT-CDDBCBB05667
2021-09-26 新世代牙醫 , 水雷射 , 牙周病 , 牙菌斑 , 牙齦 , 齒槽骨 牙周組織包含牙齦(口腔黏膜)、齒槽骨(膠質、纖維蛋、基質組成)、牙周韌帶(牙根與齒槽骨間極富彈性的結締組織纖維)、牙骨質等，這些都是支撐牙齒的必要條件，當組織內容受到破壞後，最嚴重可能造成牙齒不穩固甚至脫落。
○ Pending (insufficient evidence; no claim of support)
10 candidate paper(s) examined; evidence insufficient to support this statement; still needed: 決定性 gate 未通過；不得以檢索相似度或主題重疊升為可證明。
DNT-8DDAE99F9B5F
近年來科技進步，水雷射的問世，越來越多患者選擇以水雷射進行牙周病清除的療程，水雷射是利用水吸收雷射光的能量，引發高速動能，作為組織切割的媒介。
○ Pending (insufficient evidence; no claim of support)
10 candidate paper(s) examined; evidence insufficient to support this statement; still needed: 水雷射利用水吸收雷射光能量引發高速動能作為組織切割媒介，以及患者選擇水雷射進行牙周病清除的趨勢，均未被 evidence 直接提及。
DNT-4AE2FC3D80D4
水雷射使用於軟、硬組織的包紮及切割技術，對深層牙肉殺菌消毒，並刺激牙周組織再生，療程中產生的傷害極小，幾乎是無傷口的程度下進行治療，術後復原速度快，不適感也大幅降低。
◐ Partly supported (scope noted below)
Supported scope: evidence 直接宣稱 LLLT（低階雷射治療）在牙科可用於減輕疼痛與腫脹、加速傷口癒合、促進組織再生，並提到可處理術後不適。
🗂 Related analyses (8)
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server-rendered · verifiability = degree of literature support · idaeo-platform