Browsing by Author "Sambatakou, Helen (57201621059)"
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Publication Aging and the evolution of comorbidities among HIV-positive individuals in a European cohort(2018) ;Pelchen-Matthews, Annegret (6603940152) ;Ryom, Lene (54924488100) ;Borges, Alvaro H (54379858200) ;Edwards, Simon (56601072600) ;Duvivier, Claudine (57220361170) ;Stephan, Christoph (56261424000) ;Sambatakou, Helen (57201621059) ;Maciejewska, Katarzyna (57216775673) ;Portu, Jose Joaquin (59576956500) ;Weber, Jonathan (7404322878) ;Degen, Olaf (57212154515) ;Calmy, Alexandra (35278293000) ;Reikvam, Dag Henrik (35176496200) ;Jevtovic, Djordje (55410443900) ;Wiese, Lothar (14046243200) ;Smidt, Jelena (23398228900) ;Smiatacz, Tomasz (6602362044) ;Hassoun, Gamal (6508249031) ;Kuznetsova, Anastasiia (56817080000) ;Clotet, Bonaventura (7102349252) ;Lundgren, Jens (57214719138)Mocroft, Amanda (7006513758)Objectives: To describe changes in the prevalence of comorbidities and risk factors among HIV-positive individuals in the EuroSIDA study. Design: Comparison of two cross-sectional cohorts of HIV-positive adults under active follow-up in 2006 and 2014. Methods: Baseline demographics and prevalence of comorbidities were described. Factors associated with the prevalence of chronic kidney disease (CKD) and cardiovascular disease (CVD) were assessed by logistic regression modelling using generalized estimating equations. Results: Nine thousand, seven hundred and ninety-eight individuals were under active follow-up in EuroSIDA during 2006 and 12 882 during 2014. Compared with study participants in 2006, those in 2014 were older [median age 48.6 years (IQR 40.3 55.1) vs. 43.1 years (37.2 50.0) in 2006] and had higher prevalence of hypertension (59.6 vs. 47% in 2006), diabetes (6.3 vs. 5.4%), CKD (6.9 vs. 4.1%) and CVD (5.0 vs. 3.7%). Individuals in the 2014 cohort had higher odds for CKD (unadjusted OR 2.62, 95% CI 2.30 2.99, P0.0001) and CVD (OR 1.88, CI 1.68 2.10, P0.0001), but after multivariable adjustment for age group, comorbidities and other factors, year of cohort was no longer significantly associated with the odds of CKD [adjusted OR (aOR) 0.97, CI 0.52 1.82, P 0.92) or of CVD (aOR 0.94, CI 0.54 1.63, P 0.82). aCentre for Clinica Conclusion: Between 2006 and 2014, the population aged and experienced an overall higher prevalence of non-AIDS comorbidities, including CKD and CVD. The increase in CVD could be explained by the aging population, and the increase in CKD by aging and changes in other factors. Treatment strategies balancing HIV outcomes with long-Term management of comorbidities remain a priority. Copyright © 2018 Wolters Kluwer Health, Inc. All rights reserved. - Some of the metrics are blocked by yourconsent settings
Publication Aging and the evolution of comorbidities among HIV-positive individuals in a European cohort(2018) ;Pelchen-Matthews, Annegret (6603940152) ;Ryom, Lene (54924488100) ;Borges, Alvaro H (54379858200) ;Edwards, Simon (56601072600) ;Duvivier, Claudine (57220361170) ;Stephan, Christoph (56261424000) ;Sambatakou, Helen (57201621059) ;Maciejewska, Katarzyna (57216775673) ;Portu, Jose Joaquin (59576956500) ;Weber, Jonathan (7404322878) ;Degen, Olaf (57212154515) ;Calmy, Alexandra (35278293000) ;Reikvam, Dag Henrik (35176496200) ;Jevtovic, Djordje (55410443900) ;Wiese, Lothar (14046243200) ;Smidt, Jelena (23398228900) ;Smiatacz, Tomasz (6602362044) ;Hassoun, Gamal (6508249031) ;Kuznetsova, Anastasiia (56817080000) ;Clotet, Bonaventura (7102349252) ;Lundgren, Jens (57214719138)Mocroft, Amanda (7006513758)Objectives: To describe changes in the prevalence of comorbidities and risk factors among HIV-positive individuals in the EuroSIDA study. Design: Comparison of two cross-sectional cohorts of HIV-positive adults under active follow-up in 2006 and 2014. Methods: Baseline demographics and prevalence of comorbidities were described. Factors associated with the prevalence of chronic kidney disease (CKD) and cardiovascular disease (CVD) were assessed by logistic regression modelling using generalized estimating equations. Results: Nine thousand, seven hundred and ninety-eight individuals were under active follow-up in EuroSIDA during 2006 and 12 882 during 2014. Compared with study participants in 2006, those in 2014 were older [median age 48.6 years (IQR 40.3 55.1) vs. 43.1 years (37.2 50.0) in 2006] and had higher prevalence of hypertension (59.6 vs. 47% in 2006), diabetes (6.3 vs. 5.4%), CKD (6.9 vs. 4.1%) and CVD (5.0 vs. 3.7%). Individuals in the 2014 cohort had higher odds for CKD (unadjusted OR 2.62, 95% CI 2.30 2.99, P0.0001) and CVD (OR 1.88, CI 1.68 2.10, P0.0001), but after multivariable adjustment for age group, comorbidities and other factors, year of cohort was no longer significantly associated with the odds of CKD [adjusted OR (aOR) 0.97, CI 0.52 1.82, P 0.92) or of CVD (aOR 0.94, CI 0.54 1.63, P 0.82). aCentre for Clinica Conclusion: Between 2006 and 2014, the population aged and experienced an overall higher prevalence of non-AIDS comorbidities, including CKD and CVD. The increase in CVD could be explained by the aging population, and the increase in CKD by aging and changes in other factors. Treatment strategies balancing HIV outcomes with long-Term management of comorbidities remain a priority. Copyright © 2018 Wolters Kluwer Health, Inc. All rights reserved. - Some of the metrics are blocked by yourconsent settings
Publication HCV reinfection after HCV therapy among HIV/HCV-coinfected individuals in Europe(2022) ;Amele, Sarah (57200290403) ;Sandri, Anastasia Karachalia (57370201000) ;Rodger, Alison (35944368900) ;Vandekerckhove, Linos (8522177300) ;Benfield, Thomas (7006806129) ;Milinkovic, Ana (35435836900) ;Duvivier, Claudine (57220361170) ;Stellbrink, Hans-Jürgen (7005433029) ;Sambatakou, Helen (57201621059) ;Chkhartishvili, Nikoloz (25227423400) ;Caldeira, Luis (6602208012) ;Laguno, Monserrat (35780408100) ;Domingo, Pere (7102960369) ;Wandeler, Gilles (24175415100) ;Gisinger, Martin (6506475993) ;Kuzovatova, Elena (6505520409) ;Dragovic, Gordana (23396934400) ;Knysz, Brygida (55905583100) ;Matulionyte, Raimonda (12239067500) ;Rockstroh, Jürgen Kurt (57207907471) ;Lundgren, Jens Dilling (57214719138) ;Mocroft, Amanda (7006513758) ;Peters, Lars (15058026800) ;Harxhi, A. (8690048500) ;Losso, M. (56785746500) ;Kundro, M. (54897916800) ;Schmied, B. (25621923500) ;Zangerle, R. (57203678048) ;Karpov, I. (15832060600) ;Vassilenko, A. (57223414705) ;Mitsura, V.M. (12647830200) ;Paduto, D. (57205636767) ;Clumeck, N. (55666222200) ;Wit, S De (57203665572) ;Delforge, M. (57527562400) ;Florence, E. (6701464872) ;Hadziosmanovic, V. (59832066000) ;Begovac, J. (7004168039) ;Machala, L. (6602134360) ;Jilich, D. (22234091800) ;Sedlacek, D. (57202125317) ;Kronborg, G. (7004247877) ;Gerstoft, J. (7005184715) ;Katzenstein, T. (57223418687) ;Pedersen, C. (59055533700) ;Johansen, I.S. (55330822600) ;Ostergaard, L. (35511818000) ;Wiese, L. (14046243200) ;Moller, N.F. (14123538900) ;Nielsen, L.N. (7202609719) ;Zilmer, K. (6603989068) ;Smidt, Jelena (23398228900) ;Aho, I. (36436796700) ;Viard, J.-P. (7006656190) ;Girard, P.-M. (59038679400) ;Pradier, C. (57208854241) ;Fontas, E. (55929883100) ;Behrens, G. (7004990405) ;Degen, O. (57212154515) ;Stefan, C. (56884194500) ;Bogner, J. (7005719945) ;Fätkenheuer, G. (7005337295) ;Adamis, G. (13806716100) ;Paissios, N. (35520163700) ;Szlávik, J. (6602551338) ;Gottfredsson, M. (57219095311) ;Devitt, E. (8218392500) ;Tau, L. (36573068100) ;Turner, D. (57226325543) ;Burke, M. (56427503700) ;Shahar, E. (7102027456) ;Hassoun, G. (6508249031) ;Elinav, H. (6603096114) ;Haouzi, M. (25931413400) ;Elbirt, D. (8442084100) ;D’Arminio Monforte, A. (7006907326) ;Esposito, R. (54949157100) ;Mazeu, I. (23397727100) ;Mussini, C. (7006842875) ;Mazzotta, F. (37087399300) ;Gabbuti, A. (6602631729) ;Lazzarin, A. (57203677519) ;Castagna, A. (57201980205) ;Gianotti, N. (57221031859) ;Galli, M. (7202606625) ;Ridolfo, A. (57264763200) ;Sacco, L. (57395009100) ;Uzdaviniene, V. (56884779800) ;Staub, T. (56992899600) ;Hemmer, R. (7005513302) ;Dragas, S. (57369010500) ;Stevanovic, M. (56386968300) ;Reiss, P. (55864802000) ;Trajanovska, J. (57369739100) ;Reikvam, D.H. (35176496200) ;Maeland, A. (7005165177) ;Bruun, J. (7006420682) ;Gasiorowski, J. (6701830745) ;Inglot, M. (6602117179) ;Bakowska, E. (6506711431) ;Flisiak, R. (55163745800) ;Grzeszczuk, A. (57214875793) ;Parczewski, M. (57190853249) ;Maciejewska, K. (57216775673) ;Aksak-Was, B. (56711285600) ;Beniowski, M. (6603193957) ;Mularska, E. (15832105600) ;Jablonowska, E. (22835153000) ;Kamerys, J. (8104731700) ;Wojcik, K. (23500549900) ;Mozer-Lisewska, I. (6602163975) ;Rozplochowski, B. (56736983200) ;Zagalo, A. (55293304400) ;Mansinho, K. (6603563059) ;Maltez, F. (6602422083) ;Radoi, R. (56884532300) ;Oprea, C. (21636591500) ;Davila, Carol (36996865800) ;Yakovlev, A. (8052275900) ;Trofimora, T. (56884663100) ;Khromova, I. (56817106000) ;Kuzovatova, E. (58149828600) ;Blokhina, I.N. (57413433400) ;Novogrod, Nizhny (57369288500) ;Borodulina, E. (6603123975) ;Vdoushkina, E. (57200295091) ;Ranin, J. (6603091043) ;Tomazic, J. (6603749556) ;Miro, J.M. (57215499114) ;Miró, J.M. (57221386750) ;Martinez, E. (59842705800) ;Garcia, F. (57194601394) ;Blanco, J.L. (57200777944) ;Martinez-Rebollar, M. (16638346800) ;Mallolas, J. (55396211900) ;Callau, P. (59793768600) ;Rojas, J. (56311989200) ;Inciarta, A. (57369378000) ;Moreno, S. (7203036595) ;del Campo, S. (19334131100) ;Clotet, B. (7102349252) ;Jou, A. (6602650458) ;Paredes, R. (35410114800) ;Puig, J. (7102767498) ;Llibre, J.M. (35401578400) ;Santos, J.R. (35465595800) ;Gutierrez, M. (7401851153) ;Mateo, G. (24830950700) ;Sambeat, M.A. (35373928600) ;Laporte, J.M. (56883916900) ;Falconer, K. (24278383500) ;Thalme, A. (6602775249) ;Sonnerborg, A. (55114742600) ;Brannstrom, J. (8838612600) ;Flamholc, L. (6602998002) ;Scherrer, A. (35308020900) ;Weber, R. (58425609200) ;Cavassini, M. (24366200700) ;Calmy, A. (35278293000) ;Furrer, H. (57203665372) ;Battegay, M. (7004770044) ;Schmid, P. (26221901800) ;Kuznetsova, A. (56817080000) ;Mikhalik, J. (57369377900) ;Sluzhynska, M. (57191984087) ;Johnson, A.M. (57203665921) ;Simons, E. (57212450398) ;Edwards, S. (56601072600) ;Phillips, A. (35372648800) ;Johnson, M.A. (56339842100) ;Orkin, C. (16507203900) ;Winston, A. (11638976900) ;Clarke, A. (57207820760) ;Leen, C. (16747269600) ;Karpov, I. (57216109161) ;Rasmussen, L.D. (35316497000) ;Svedhem, V. (59157707000) ;Kowalska, J.D. (35105197800) ;Miró, J.M. (58322539300) ;Guaraldi, G. (35419288400) ;Peters, L. (57989343900) ;Kirk, O. (7005723136) ;Peters, L. (58081996300) ;Bojesen, A. (57514531900) ;Raben, D. (57207903134) ;Hansen, E.V. (57369379400) ;Kristensen, D. (57168759700) ;Larsen, J.F. (57205714716) ;Fischer, A.H. (57189843673) ;Cozzi-Lepri, A. (55134188900) ;Amele, S. (59364841300) ;Pelchen-Matthews, A. (6603940152) ;Roen, A. (57200038020) ;Tusch, E. (56509458100) ;Bannister, W. (14014651100)Reekie, J. (57211894258)Objectives: Although direct-acting antivirals (DAAs) can clear HCV in nearly all HIV/HCV-coinfected individuals, high rates of reinfection may hamper efforts to eliminate HCV in this population. We investigated reinfection after sustained virological response (SVR) in HIV/HCV-coinfected individuals in Europe. Methods: Factors associated with odds of reinfection by 2 years after SVR in EuroSIDA participants with one or more HCV-RNA test and 2 years follow-up were assessed using logistic regression. Results: Overall, 1022 individuals were included. The median age was 50 (interquartile range: 43–54 years), and most were male (78%), injection drug users (52%), and received interferon (IFN)-free DAAs (62%). By 24 months, 75 [7.3%, 95% confidence interval (CI): 5.7–8.9%] individuals were reinfected. Among individuals treated prior to 2014, 16.1% were reinfected compared with 4.2% and 8.3%, respectively, among those treated during or after 2014 with IFN-free and IFN-based therapy. After adjustment, individuals who had started treatment during or after 2014 with IFN-free or IFN-based therapy had significantly lower odds of reinfection (adjusted odds ratio = 0.21, 95% CI: 0.11–0.38; 0.43, 95% CI: 0.22–0.83) compared with those who had received therapy before 2014. There were no significant differences in odds of reinfection according to age, gender, European region, HIV transmission risk group or liver fibrosis. Conclusions: Among HIV/HCV-coinfected individuals in Europe, 7.3% were reinfected with HCV within 24 months of achieving SVR, with evidence suggesting that this is decreasing over time and with use of newer HCV regimens. Harm reduction to reduce reinfection and surveillance to detect early reinfection with an offer of treatment are essential to eliminate HCV. © 2021 British HIV Association. - Some of the metrics are blocked by yourconsent settings
Publication Influence of hepatitis C virus co-infection and hepatitis C virus treatment on risk of chronic kidney disease in HIV-positive persons(2020) ;Mocroft, Amanda (7006513758) ;Ryom, Lene (54924488100) ;Oprea, Cristiana (21636591500) ;Li, Qiuju (57218174333) ;Rauch, Andri (35308968700) ;Boesecke, Christoph (8855189300) ;Uzdaviniene, Vilma (56884779800) ;Sedlacek, Dalibor (57202125317) ;Llibre, Josep M. (35401578400) ;Lacombe, Karine (6602251389) ;Nielsen, Lars N. (7202609719) ;Florence, Eric (6701464872) ;Aho, Inka (36436796700) ;Chkhartishvili, Nikoloz (25227423400) ;Szlavik, János (6602551338) ;Dragovic, Gordana (23396934400) ;Leen, Clifford (16747269600) ;Sambatakou, Helen (57201621059) ;Staub, Therese (56992899600) ;Laguno, Montse (35780408100) ;Elinav, Hila (6603096114) ;Tomažič, Janez (6603749556)Peters, Lars (15058026800)Background:Hepatitis C virus (HCV) infection has been associated with increased risk of chronic kidney disease (CKD). We investigated the impact of HCV cure on CKD in HIV-positive persons in the EuroSIDA study.Methods:HIV-positive persons with known HCV status and at least three serum creatinine measurements after 1/1/2004 were compared based on time-updated HCV-RNA and HCV treatment: anti-HCV-negative, spontaneously cleared HCV, chronic untreated HCV, successfully treated HCV, and HCV-RNA positive after HCV treatment. Poisson regression compared incidence rates of CKD [confirmed (>3 months apart) eGFR <60 ml/min per 1.73 m2] between HCV strata.Results:Fourteen thousand, seven hundred and fifty-four persons were included; at baseline 9273 (62.9%) were HCV-Ab negative, 696 (4.7%) spontaneous clearers, 3021 (20.5%) chronically infected, 922 (6.2%) successfully treated and 842 (5.7%) HCV-RNA positive after treatment. During 115 335 person-years of follow-up (PYFU), 1128 (7.6%) developed CKD; crude incidence 9.8/1000 PYFU (95% CI 9.2-10.4). After adjustment, persons anti-HCV negative [adjusted incidence rate ratio (aIRR) 0.59; 95% CI 0.46-0.75] and spontaneous clearers (aIRR 0.67; 95% CI 0.47-0.97) had significantly lower rates of CKD compared with those cured whereas persons chronically infected (aIRR 0.85; 95% CI 0.65-1.12) and HCV-RNA positive after treatment (aIRR 0.71; 95% CI 0.49-1.04) had similar rates. Analysis in those without F3/F4 liver fibrosis using a more rigorous definition of CKD showed similar results.Conclusion:This large study found no evidence that successful HCV treatment reduced CKD incidence. Confounding by indication, where those with highest risk of CKD were prioritized for HCV treatment in the DAA era, may contribute to these findings. © 2020 Lippincott Williams and Wilkins. All rights reserved. - Some of the metrics are blocked by yourconsent settings
Publication Influence of hepatitis C virus co-infection and hepatitis C virus treatment on risk of chronic kidney disease in HIV-positive persons(2020) ;Mocroft, Amanda (7006513758) ;Ryom, Lene (54924488100) ;Oprea, Cristiana (21636591500) ;Li, Qiuju (57218174333) ;Rauch, Andri (35308968700) ;Boesecke, Christoph (8855189300) ;Uzdaviniene, Vilma (56884779800) ;Sedlacek, Dalibor (57202125317) ;Llibre, Josep M. (35401578400) ;Lacombe, Karine (6602251389) ;Nielsen, Lars N. (7202609719) ;Florence, Eric (6701464872) ;Aho, Inka (36436796700) ;Chkhartishvili, Nikoloz (25227423400) ;Szlavik, János (6602551338) ;Dragovic, Gordana (23396934400) ;Leen, Clifford (16747269600) ;Sambatakou, Helen (57201621059) ;Staub, Therese (56992899600) ;Laguno, Montse (35780408100) ;Elinav, Hila (6603096114) ;Tomažič, Janez (6603749556)Peters, Lars (15058026800)Background:Hepatitis C virus (HCV) infection has been associated with increased risk of chronic kidney disease (CKD). We investigated the impact of HCV cure on CKD in HIV-positive persons in the EuroSIDA study.Methods:HIV-positive persons with known HCV status and at least three serum creatinine measurements after 1/1/2004 were compared based on time-updated HCV-RNA and HCV treatment: anti-HCV-negative, spontaneously cleared HCV, chronic untreated HCV, successfully treated HCV, and HCV-RNA positive after HCV treatment. Poisson regression compared incidence rates of CKD [confirmed (>3 months apart) eGFR <60 ml/min per 1.73 m2] between HCV strata.Results:Fourteen thousand, seven hundred and fifty-four persons were included; at baseline 9273 (62.9%) were HCV-Ab negative, 696 (4.7%) spontaneous clearers, 3021 (20.5%) chronically infected, 922 (6.2%) successfully treated and 842 (5.7%) HCV-RNA positive after treatment. During 115 335 person-years of follow-up (PYFU), 1128 (7.6%) developed CKD; crude incidence 9.8/1000 PYFU (95% CI 9.2-10.4). After adjustment, persons anti-HCV negative [adjusted incidence rate ratio (aIRR) 0.59; 95% CI 0.46-0.75] and spontaneous clearers (aIRR 0.67; 95% CI 0.47-0.97) had significantly lower rates of CKD compared with those cured whereas persons chronically infected (aIRR 0.85; 95% CI 0.65-1.12) and HCV-RNA positive after treatment (aIRR 0.71; 95% CI 0.49-1.04) had similar rates. Analysis in those without F3/F4 liver fibrosis using a more rigorous definition of CKD showed similar results.Conclusion:This large study found no evidence that successful HCV treatment reduced CKD incidence. Confounding by indication, where those with highest risk of CKD were prioritized for HCV treatment in the DAA era, may contribute to these findings. © 2020 Lippincott Williams and Wilkins. All rights reserved.
