FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W36006354> ?p ?o ?g. }

• W36006354 endingPage "16" @default.
• W36006354 startingPage "9" @default.
• W36006354 abstract "Abstract Aim The purpose of this pilot study was to determine and compare the effects of two protocols aimed at reducing periodontal inflammation, upon the metabolic control of the diabetic condition in subjects with elevated baseline glycosylated hemoglobin (HbA1c). Methods and Materials Forty-two non-smoking type 2 diabetes subjects with mildly elevated HbA1c (>7 but < 9%) and severely elevated (>9%) were randomized to one of two non-surgical periodontal therapy protocols. Patients in the “minimal therapy” (MT) group received scaling, root planning, and oral hygiene instructions on two occasions six months apart. Participants randomized to the “frequent therapy” (FT) protocol received scaling, root planing, and oral hygiene instructions at two-month intervals and were provided a 0.12% chlorhexidine rinse for home use twice daily. Neither systemic nor local antibiotics were provided to either group. Subjects were asked to report any changes in diabetic medications, nutrition, and physical activity. Data analyses (ANOVA, t-test, Mann-Whitney) grouped subjects according to baseline HbA1c (>7 and < 9%, or > 9%), treatment protocol (minimal or frequent), and +/- medication change. Results In both MT and FT groups the clinical attachment level (CAL) remained unchanged but the other measures [gingival index (GI) and pocket dept (PD)] of periodontal health improved. Mean reductions in plaque showed improvement but calculus was worse in the FT group, likely due to the use of chlorhexidine. At six months, the largest reduction of HbA1c was 3.7; experienced by a subject receiving FT but no changes in diabetic medication. Among the MT and no medication change subjects, the maximum reduction was 1.6. Overall mean reduction in HbA1c of 27 subjects with baseline HbA1c >9.0 and no medication change was 0.6 with no statistical difference between the MT and FT groups. Among the medication-change subjects with baseline HbA1c >9.0, mean reduction of 1.38 was seen with FT compared to 1.10 with MT. Conclusion Overall, modest improvements in HbA1c were detected with a trend towards FT being better than MT. Although this pilot trial was under-powered to detect small between-group differences, the magnitude of our findings (0.6 mean improvement in HbA1c) matches closely findings from the only meta-analysis conducted on this topic to date. Larger scale studies must be undertaken on diabetic patients with periodontal problems. Clinical Significance Preventive periodontal regimens for diabetic patients should be sufficiently intense and sustained to eliminate periodontal inflammation and should be closely coordinated with the patient's overall clinical diabetic management. Citation Madden TE, Herriges B, Boyd L, Laughlin G, Chiodo GT, Rosenstein DI. Alterations in HbA1c Following Minimal or Enhanced Non-surgical, Non-antibiotic Treatment of Gingivitis or Mild Periodontitis in Type 2 Diabetic Patients: A Pilot Trial. J Contemp Dent Pract 2008 July; (9)5:009-016." @default.
• W36006354 created "2016-06-24" @default.
• W36006354 creator A5004658399 @default.
• W36006354 creator A5025929290 @default.
• W36006354 creator A5035232196 @default.
• W36006354 creator A5050225661 @default.
• W36006354 creator A5053274061 @default.
• W36006354 creator A5066633458 @default.
• W36006354 date "2008-01-01" @default.
• W36006354 modified "2023-10-03" @default.
• W36006354 title "Alterations in HbA1c Following Minimal or Enhanced Non-surgical, Non-antibiotic Treatment of Gingivitis or Mild Periodontitis in Type 2 Diabetic Patients: A Pilot Trial" @default.
• W36006354 cites W1764386078 @default.
• W36006354 cites W1910442658 @default.
• W36006354 cites W1964406456 @default.
• W36006354 cites W1972520966 @default.
• W36006354 cites W1974304163 @default.
• W36006354 cites W1984434819 @default.
• W36006354 cites W1987836244 @default.
• W36006354 cites W1987906611 @default.
• W36006354 cites W1996349998 @default.
• W36006354 cites W2001089521 @default.
• W36006354 cites W2021792184 @default.
• W36006354 cites W2025322609 @default.
• W36006354 cites W2033150965 @default.
• W36006354 cites W2039639378 @default.
• W36006354 cites W2047474181 @default.
• W36006354 cites W2050965980 @default.
• W36006354 cites W2051282084 @default.
• W36006354 cites W2054981221 @default.
• W36006354 cites W2061880461 @default.
• W36006354 cites W2066073904 @default.
• W36006354 cites W2073951372 @default.
• W36006354 cites W2082252602 @default.
• W36006354 cites W2110046705 @default.
• W36006354 cites W2112766977 @default.
• W36006354 cites W2122692615 @default.
• W36006354 cites W2124654965 @default.
• W36006354 cites W2134001320 @default.
• W36006354 cites W2141275153 @default.
• W36006354 cites W2147987295 @default.
• W36006354 cites W2152024490 @default.
• W36006354 cites W2153342057 @default.
• W36006354 cites W2155645538 @default.
• W36006354 cites W2160884007 @default.
• W36006354 cites W2163217260 @default.
• W36006354 cites W2188846692 @default.
• W36006354 cites W2322256252 @default.
• W36006354 cites W2337454357 @default.
• W36006354 cites W2760585829 @default.
• W36006354 cites W2769264260 @default.
• W36006354 cites W4205288846 @default.
• W36006354 cites W4210559565 @default.
• W36006354 cites W4242053217 @default.
• W36006354 cites W4248142985 @default.
• W36006354 cites W4253449316 @default.
• W36006354 doi "https://doi.org/10.5005/jcdp-9-5-9" @default.
• W36006354 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/18633464" @default.
• W36006354 hasPublicationYear "2008" @default.
• W36006354 type Work @default.
• W36006354 sameAs 36006354 @default.
• W36006354 citedByCount "38" @default.
• W36006354 countsByYear W360063542012 @default.
• W36006354 countsByYear W360063542013 @default.
• W36006354 countsByYear W360063542015 @default.
• W36006354 countsByYear W360063542016 @default.
• W36006354 countsByYear W360063542017 @default.
• W36006354 countsByYear W360063542018 @default.
• W36006354 countsByYear W360063542019 @default.
• W36006354 countsByYear W360063542020 @default.
• W36006354 countsByYear W360063542022 @default.
• W36006354 crossrefType "journal-article" @default.
• W36006354 hasAuthorship W36006354A5004658399 @default.
• W36006354 hasAuthorship W36006354A5025929290 @default.
• W36006354 hasAuthorship W36006354A5035232196 @default.
• W36006354 hasAuthorship W36006354A5050225661 @default.
• W36006354 hasAuthorship W36006354A5053274061 @default.
• W36006354 hasAuthorship W36006354A5066633458 @default.
• W36006354 hasConcept C126322002 @default.
• W36006354 hasConcept C134018914 @default.
• W36006354 hasConcept C168563851 @default.
• W36006354 hasConcept C199343813 @default.
• W36006354 hasConcept C2777084678 @default.
• W36006354 hasConcept C2777180221 @default.
• W36006354 hasConcept C2777968807 @default.
• W36006354 hasConcept C2779337755 @default.
• W36006354 hasConcept C2779416262 @default.
• W36006354 hasConcept C2780385504 @default.
• W36006354 hasConcept C2780791200 @default.
• W36006354 hasConcept C515851188 @default.
• W36006354 hasConcept C555293320 @default.
• W36006354 hasConcept C71924100 @default.
• W36006354 hasConceptScore W36006354C126322002 @default.
• W36006354 hasConceptScore W36006354C134018914 @default.
• W36006354 hasConceptScore W36006354C168563851 @default.
• W36006354 hasConceptScore W36006354C199343813 @default.
• W36006354 hasConceptScore W36006354C2777084678 @default.
• W36006354 hasConceptScore W36006354C2777180221 @default.
• W36006354 hasConceptScore W36006354C2777968807 @default.

• next