9 research outputs found

    Syphilis iridocyclitis in a patient with type 1 diabetes

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    We present a rare cause of iridocyclitis in a patient with vitiligo and type 1 diabetes who showed poor metabolic control, and suffered from remitting fever, weight loss, fatigue, diffuse arthralgias and reduced visual acuity. Mild systemic symptoms coupled with increased cholestasis enzymes, insulin resistance, mild inflammation and a functioning adrenal gland focused our clinical work-up on granulomatous causes of iridocyclitis. Specific tests confirmed syphilis, with no involvement of the central nervous system. Ocular syphilis, despite being unusual, can be the only manifestation of the disease. The work-up of any unexplained ocular inflammation should include testing for syphilis so as to not delay the diagnosis

    Hormone replacement therapy, renal function and heart ultrasonographic parameters in postmenopausal women: an observational study.

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    A certain degree of impaired kidney function is related to an increased cardiovascular risk. The cardiovascular protection exerted in the postmenopausal state by the hormone replacement therapy (HRT) is debated. No studies have so far explored the relationship between menopause, renal function and cardiovascular risk profile in healthy menopausal women in relation with HRT.A total of 362 postmenopausal healthy women with normal albumin excretion rate were recruited and divided into two groups (HRT+ and HRT-) according to the presence or absence of HRT. All participants underwent a complete routine biochemical analyses and an echocardiogram.Clinical characteristics of the two groups were similar, but HRT+ showed a significantly higher estimated glomerular filtration rate (GFR; by CKD-EPI formula). Regarding the heart ultrasonography, HRT+ had a significantly lower size of the aortic root and left atrium diameter (p = 0.038 and p = 0.012, respectively); no differences were found in the ejection fraction and Left Ventricular Mass Index (LVMI). In the whole study group, eGFR correlated inversely with LVMI and with the size of the aortic root (both p0.0001), being GFR the only determinant of the former by a stepwise regression. Dividing the study population according to an eGFR cut-off (80 and80 ml/min/1.73 m(2));80 women, in comparison with80, showed a significantly lower LVMI and lower size of aortic bulb, further reduced in the HRT+.In a cohort of healthy, drug-naïve, postmenopausal women, HRT seems to positively affect glomerular filtration and is associated with lower values of left ventricular mass and aortic root size, thus offering a further mechanism through female hormones exert cardioprotection

    Hormone replacement therapy, renal function and heart ultrasonographic parameters in postmenopausal women: an observational study.

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    BACKGROUND AND AIM: A certain degree of impaired kidney function is related to an increased cardiovascular risk. The cardiovascular protection exerted in the postmenopausal state by the hormone replacement therapy (HRT) is debated. No studies have so far explored the relationship between menopause, renal function and cardiovascular risk profile in healthy menopausal women in relation with HRT. SUBJECTS AND METHODS: A total of 362 postmenopausal healthy women with normal albumin excretion rate were recruited and divided into two groups (HRT+ and HRT-) according to the presence or absence of HRT. All participants underwent a complete routine biochemical analyses and an echocardiogram. RESULTS: Clinical characteristics of the two groups were similar, but HRT+ showed a significantly higher estimated glomerular filtration rate (GFR; by CKD-EPI formula). Regarding the heart ultrasonography, HRT+ had a significantly lower size of the aortic root and left atrium diameter (p = 0.038 and p = 0.012, respectively); no differences were found in the ejection fraction and Left Ventricular Mass Index (LVMI). In the whole study group, eGFR correlated inversely with LVMI and with the size of the aortic root (both p 80 and 80 women, in comparison with < 80, showed a significantly lower LVMI and lower size of aortic bulb, further reduced in the HRT+. CONCLUSION: In a cohort of healthy, drug-naïve, postmenopausal women, HRT seems to positively affect glomerular filtration and is associated with lower values of left ventricular mass and aortic root size, thus offering a further mechanism through female hormones exert cardioprotection

    The complex P2X7receptor/inflammasome in perivascular fat tissue of heavy smokers

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    OBJECTIVE: Smoking is a recognized cardiovascular risk factor. Perivascular visceral adipose tissue (PVAT) is a source of inflammatory molecules, thus contributing to atherosclerosis progression. The P2X7 receptor (P2X7 R)-inflammasome complex, crucial in determining IL-1β and IL-18 release, participates in this scenario. We evaluated whether smoking might affect the PVAT inflammatory phenotype and explored the putative role of the axis P2X7 R-inflammasome in this picture. SUBJECTS AND METHODS: TNFα, IL-6, RBP4, MCP-1, as well as P2X7 R and inflammasome components NLRP3, ASC, caspase-1 and IL-1β and IL-18 expression was determined in adipocytes isolated by PVAT of healthy smokers (Smok) and nonsmokers (No-Smok) subjects. Plasma and culture medium levels of these cytokines were also determined. RESULTS: Perivascular adipose tissue of Smok had a higher expression of P2X7 R and inflammasome components; via P2X7 R activation, it released more IL-1β and IL-18, whose serum levels were also higher in Smok than in No-Smok. Linear correlations of NLRP3 with P2X7 R and IL-18 expression and release emerged. Smok also had a higher PVAT expression of the chemotactic factor MCP-1. However, no difference was observed in the PVAT expression of genes more strictly related to insulin resistance, like TNFα, RBP4, IL-6; this was coupled with similar plasma levels of TNFα and RBP4 in the two groups. CONCLUSION: Smoking contributes to the pro-inflammatory status of the PVAT by enhancing expression and activity of the P2X7 R-inflammasome complex; the effect on adipocytokines more related to insulin resistance and metabolic abnormalities appears trivial
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