Background:Gingival inflammation may be caused by injury or plaque-related disease and reduction in inflammation can be a useful indicator of gingival recovery. There has been little research on development of non-index method to measure gingival condition. The study aimed to investigate the quantitative analysis of gingival swelling and color characteristics of gingiva by digital images before and after treatment of individual patients.Material and Methods:Twenty volunteers with gingival inflammation were recruited and digital images were taken. Duplicate measurements were made on the first visit by the same examiner. At a subsequent visit (1 month) following scaling and root planing, second images were taken. Gingival changes were determined by assessing redness and tooth surface area visible between the level of the inter-proximal papillae and the gingival margin.Results:Significant difference was found between the pre-operative and post-operative photographs with regard to swelling and gingival redness.Conclusion:Thus this method aids in quantitative analysis of swelling and color characteristics of gingiva by digital images may become a valuable, objective, practicable non-index and inexpensive evaluation procedure of gingival inflammation.
Introduction: Intravenous Thrombolysis is approved upto 4½ hrs and Endovascular Therapy upto 24 hrs in eligible Acute Ischemic Stroke (AIS) patients with Large Vessel Occlusion. There are still substantial number of AIS patients where there is no effective treatment available. In this Study we aim to test the safety and Efficacy of the reversible gp IIb/IIIa receptor inhibitor antagonist Tirofiban in AIS beyond 4 ½ hrs and within 24 hrs. Methodology: Among a total of 750 AIS patients admitted in our Stroke Unit, from July 2019 to March 2020, 100 Consecutive patients were included in this study and received Intravenous tirofiban as an initial bolus followed by infusion. Inclusion criteria were Age 18-80yrs, Window Period 4 ½ to 24 hrs. National Institute of health Stroke Scale score (NIHSS) between 5-20, No contraindication for lytic drugs. CT Brain excluding Hemorrhage or > 1/3 rd infarct. Cardioembolic strokes were excluded. Efficacy Assessments: NIHSS and modified Rankin scale (mRS) performed at baseline, within 48hrs, Day-7 and Day-90. The good outcome was defined as mRS 0-1 at 3 months. The safety outcomes were assessed by the incidence of Symptomatic Intracerebral hemorrhage (SICH), Systemic Bleeding and any mortality. Results: There were 74 males, 26 females with median Age of 56 yrs (range from 18 to 80yrs). The Median NIHSS is 10 (range from 5-20), Majority (87%) had anterior circulation strokes and 13% were in Posterior circulation. One patient (1%) developed symptomatic parenchymal Hemorrhage, 4 patients (4%) had mild haemorrhagic transformation within infarct, 8 patients (8%) had nonfatal systemic bleed in the form of Hematuria. Total Mortality - 2 patients (2%), one patient died in the hospital due to cardiac arrest and another patient died at home after discharge. At 3 months, 62 patients (62%) had good outcome (mRS 0-1) and 33 patients (33%) had favourable outcome (mRS 2-3). Conclusion: In this Observational Study we found that Intravenous Tirofiban is not only safe, but effective in AIS patients with extended window period. However, Randomized Clinical Trials are needed to further clarify our observation.
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