3 research outputs found

    Abdominal Lymphonodular Cryptococcosis in an Immunocompetent Child

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    We describe our experience with an apparently immunocompetent child presenting with pyrexia of unknown origin without focal signs. Investigations revealed lymphadenopathy at lung hila, mesentery, and porta hepatis. The child had received at least two months of empiric antituberculous therapy (ATT) before she came to us. A CT-guided biopsy revealed granulomatous inflammation. PAS stain showed yeasts which stained blue with Alcian blue, suggesting C. neoformans

    Sonographic Incidence and Characteristics of Thyroid Nodules in Various Age Groups and Gender

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    Background: Thyroid nodules (TNs) are among the common diseases of the endocrine system, with 3%–7% prevalence by palpation. The prevalence by high-resolution ultrasonography among randomly selected individuals is 19%–67%, with annual increasing trends worldwide. 5% to 15% of TNs is thyroid cancer, which has become the fastest growing cancer.1 Ultrasonography has become an indispensable tool in the evaluation of thyroid nodular disease, and most patients will have had a thyroid ultrasound prior to initial surgical evaluation.9 Objective: To characterize thyroid nodules in various age groups and gender.  Methodology: In this descriptive study, among 179 patients of thyroid nodule were selected with age and gender discrimination by convenient sampling, at Department of Radiology, Lahore General hospital and Inmol Cancer hospital Lahore. Mindray Z5 and Toshiba xario 100 with linear probe of 7.5-11MHz ultrasound machine was used. Results: Out of 179 collected, 105 were females and 74 were males who visited radiology department due to thyroid nodule. It shows 58.7% females and 41.3% males patients diagnosed. Out of 179 patients 106 patients 59.2% came with irregular margins thyroid nodules and remaining 73 patients 40.8% had thyroid nodules with regular margins. 127 patients 70.9% had hyperechoic thyroid nodules and 52 patients 29.1% had hypoechoic thyroid nodules. Out of 97 patients 54.2% developed (Multi Nodular Goiter) MNG, 66 patients 36.9% developed right thyroid nodules and 16 patients 8.9% developed left thyroid nodules. Females developed 56.2% MNG, 33.3% right thyroid nodule and 10.5% left thyroid nodule while males developed 51.4% MNG, 41.9% right thyroid nodule and 6.8% left thyroid nodule. Out of 179 patients 109 (60.9%) patients shows no perfusion of blood while remaining 70 (30.1%) shows some perfusion of blood on USG. Minimum age was 5 years and maximum were 90 years while their mean was 43. Age group between 41 to 50 years most likely develop thyroid nodules.  Conclusion: In this study we conclude that females most likely develop thyroid nodules than males.  Both males and females mostly develop multi nodular goiter and least develop left thyroid nodule. Patients in 4th decade most likely develop thyroid nodules. Key words: Thyroid nodules, Ultrasonography DOI: 10.7176/JHMN/80-15 Publication date:September 30th 202

    Mechanism behind sources and sinks of major anthropogenic greenhouse gases

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    Greenhouse gases (GHGs) are major contributors to global warming and climate change. These gases modulate the atmospheric radiative forcing and play an important role in Earth's albedo. The emission level, global warming potential and the persistence of a GHG define its accumulation in the atmosphere and relative potential to change radiative forcing. The major anthropogenic GHGs include methane, nitric oxide, ozone, hydrochloroflourocarbons, chloroflourocarbons, sulfur hexaflouride and nitrogen triflouride Besides these, some gases indirectly act as GHGs like carbon monoxide, non-methane hydrocarbons, and nitrogen oxides. Many scientists have already warned regarding elevated emission trends after the industrial revolution. From last decades the emission of GHGs has tremendously increased in the atmosphere and the natural sinks of GHGs have contracted over time. Generally, fossil fuel burning and change in land use are major sources of GHGs while major sinks include soil, ocean and atmosphere. Interestingly the emission trends of greenhouse gases from different sources as well as the contribution of various countries to global greenhouse gasses budget have changed. Thus previous footprints, trends and projections regarding GHGs are needed to be reevaluated. Specific precautions and strategies are compatible to reduce GHGs emissions while further may help to obtain global temperature to above pre-industrial ambient temperature level by reducing 2°C in current temperature
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