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Browsing by Author "Harxhi, A. (8690048500)"

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    Publication
    Differences in the availability of diagnostics and treatment modalities for chronic hepatitis B across Europe
    (2015)
    Ozaras, R. (7006484311)
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    Corti, G. (7006220317)
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    Ruta, S. (6701788870)
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    Lacombe, K. (6602251389)
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    Mondelli, M.U. (7006360521)
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    Irwing, W.L. (56741457000)
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    Puoti, M. (7004519792)
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    Khalighi, A. (56469381100)
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    Santos, M.L. (59083149200)
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    Harxhi, A. (8690048500)
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    Lazarevic, I. (23485928400)
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    Soriano, V. (57208312072)
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    Gervain, J. (6603370730)
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    Leblebicioglu, H. (24073322700)
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    Salmon, D. (57212394435)
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    Arends, J.E. (8516950300)
    The prevalence and management of chronic hepatitis B virus (HBV) infection differ among European countries. The availability and reimbursement of diagnostics and drugs may also vary, determining distinct treatment outcomes. Herein, we analyse differences in medical facilities for the care of patients with chronic HBV infection across Europe. A survey was sent to the members of the ESCMID Study Group for Viral Hepatitis, all of whom are experts in chronic HBV infection management. The comprehensive survey asked questions regarding hepatitis B surface antigen (HBsAg) prevalence, the availability of diagnostics and drugs marketed, and distinct clinical practice behaviours in the management of chronic HBV infection. World Bank data were used to assess the economic status of the countries. With 16 expert physicians responding (69%), the HBsAg prevalence rates were <1% in France, Hungary, Italy, The Netherlands, Portugal, Spain, and the UK, intermediate (1-5%) in Turkey, Romania, and Serbia, and high (>5%) in Albania and Iran. Regarding the availability and reimbursement of HBV diagnostics (HBV DNA and liver stiffness measurement), HBV drugs (interferon, lamivudine, tenofovir, and entecavir), HBV prophylaxis, and duration of HBeAg-positive and HBeAg-negative HBV infection, the majority of high-income and middle-income countries had no restrictions; Albania, Iran and Serbia had several restrictions in diagnostics and HBV drugs. The countries in the high-income group were also the ones with no restrictions in medical facilities, whereas the upper-middle-income countries had some restrictions. The prevalence of chronic HBV infection is much higher in southern and eastern than in western European countries. Despite the availability of European guidelines, policies for diagnostics and treatment vary significantly across European countries. © 2015 European Society of Clinical Microbiology and Infectious Diseases.
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    HCV reinfection after HCV therapy among HIV/HCV-coinfected individuals in Europe
    (2022)
    Amele, Sarah (57200290403)
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    Sandri, Anastasia Karachalia (57370201000)
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    Rodger, Alison (35944368900)
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    Vandekerckhove, Linos (8522177300)
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    Benfield, Thomas (7006806129)
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    Milinkovic, Ana (35435836900)
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    Duvivier, Claudine (57220361170)
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    Stellbrink, Hans-Jürgen (7005433029)
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    Sambatakou, Helen (57201621059)
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    Chkhartishvili, Nikoloz (25227423400)
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    Caldeira, Luis (6602208012)
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    Laguno, Monserrat (35780408100)
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    Domingo, Pere (7102960369)
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    Wandeler, Gilles (24175415100)
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    Gisinger, Martin (6506475993)
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    Kuzovatova, Elena (6505520409)
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    Dragovic, Gordana (23396934400)
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    Knysz, Brygida (55905583100)
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    Matulionyte, Raimonda (12239067500)
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    Rockstroh, Jürgen Kurt (57207907471)
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    Lundgren, Jens Dilling (57214719138)
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    Mocroft, Amanda (7006513758)
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    Peters, Lars (15058026800)
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    Harxhi, A. (8690048500)
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    Losso, M. (56785746500)
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    Kundro, M. (54897916800)
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    Schmied, B. (25621923500)
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    Zangerle, R. (57203678048)
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    Karpov, I. (15832060600)
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    Vassilenko, A. (57223414705)
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    Mitsura, V.M. (12647830200)
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    Paduto, D. (57205636767)
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    Clumeck, N. (55666222200)
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    Wit, S De (57203665572)
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    Delforge, M. (57527562400)
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    Florence, E. (6701464872)
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    Hadziosmanovic, V. (59832066000)
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    Begovac, J. (7004168039)
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    Machala, L. (6602134360)
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    Jilich, D. (22234091800)
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    Sedlacek, D. (57202125317)
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    Kronborg, G. (7004247877)
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    Gerstoft, J. (7005184715)
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    Katzenstein, T. (57223418687)
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    Pedersen, C. (59055533700)
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    Johansen, I.S. (55330822600)
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    Ostergaard, L. (35511818000)
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    Wiese, L. (14046243200)
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    Moller, N.F. (14123538900)
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    Nielsen, L.N. (7202609719)
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    Zilmer, K. (6603989068)
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    Smidt, Jelena (23398228900)
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    Aho, I. (36436796700)
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    Viard, J.-P. (7006656190)
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    Girard, P.-M. (59038679400)
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    Pradier, C. (57208854241)
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    Fontas, E. (55929883100)
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    Behrens, G. (7004990405)
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    Degen, O. (57212154515)
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    Stefan, C. (56884194500)
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    Bogner, J. (7005719945)
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    Fätkenheuer, G. (7005337295)
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    Adamis, G. (13806716100)
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    Paissios, N. (35520163700)
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    Szlávik, J. (6602551338)
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    Gottfredsson, M. (57219095311)
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    Devitt, E. (8218392500)
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    Tau, L. (36573068100)
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    Turner, D. (57226325543)
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    Burke, M. (56427503700)
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    Shahar, E. (7102027456)
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    Hassoun, G. (6508249031)
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    Elinav, H. (6603096114)
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    Haouzi, M. (25931413400)
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    Elbirt, D. (8442084100)
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    D’Arminio Monforte, A. (7006907326)
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    Esposito, R. (54949157100)
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    Mazeu, I. (23397727100)
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    Mussini, C. (7006842875)
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    Mazzotta, F. (37087399300)
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    Gabbuti, A. (6602631729)
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    Lazzarin, A. (57203677519)
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    Castagna, A. (57201980205)
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    Gianotti, N. (57221031859)
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    Galli, M. (7202606625)
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    Ridolfo, A. (57264763200)
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    Sacco, L. (57395009100)
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    Uzdaviniene, V. (56884779800)
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    Staub, T. (56992899600)
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    Hemmer, R. (7005513302)
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    Dragas, S. (57369010500)
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    Stevanovic, M. (56386968300)
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    Reiss, P. (55864802000)
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    Trajanovska, J. (57369739100)
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    Reikvam, D.H. (35176496200)
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    Maeland, A. (7005165177)
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    Bruun, J. (7006420682)
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    Gasiorowski, J. (6701830745)
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    Inglot, M. (6602117179)
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    Bakowska, E. (6506711431)
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    Flisiak, R. (55163745800)
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    Grzeszczuk, A. (57214875793)
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    Parczewski, M. (57190853249)
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    Maciejewska, K. (57216775673)
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    Aksak-Was, B. (56711285600)
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    Beniowski, M. (6603193957)
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    Mularska, E. (15832105600)
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    Jablonowska, E. (22835153000)
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    Kamerys, J. (8104731700)
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    Wojcik, K. (23500549900)
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    Mozer-Lisewska, I. (6602163975)
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    Rozplochowski, B. (56736983200)
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    Zagalo, A. (55293304400)
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    Mansinho, K. (6603563059)
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    Maltez, F. (6602422083)
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    Radoi, R. (56884532300)
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    Oprea, C. (21636591500)
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    Davila, Carol (36996865800)
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    Yakovlev, A. (8052275900)
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    Trofimora, T. (56884663100)
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    Khromova, I. (56817106000)
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    Kuzovatova, E. (58149828600)
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    Blokhina, I.N. (57413433400)
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    Novogrod, Nizhny (57369288500)
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    Borodulina, E. (6603123975)
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    Vdoushkina, E. (57200295091)
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    Ranin, J. (6603091043)
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    Tomazic, J. (6603749556)
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    Miro, J.M. (57215499114)
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    Miró, J.M. (57221386750)
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    Martinez, E. (59842705800)
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    Garcia, F. (57194601394)
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    Blanco, J.L. (57200777944)
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    Martinez-Rebollar, M. (16638346800)
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    Mallolas, J. (55396211900)
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    Callau, P. (59793768600)
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    Rojas, J. (56311989200)
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    Inciarta, A. (57369378000)
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    Moreno, S. (7203036595)
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    del Campo, S. (19334131100)
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    Clotet, B. (7102349252)
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    Jou, A. (6602650458)
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    Paredes, R. (35410114800)
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    Puig, J. (7102767498)
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    Llibre, J.M. (35401578400)
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    Santos, J.R. (35465595800)
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    Gutierrez, M. (7401851153)
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    Mateo, G. (24830950700)
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    Sambeat, M.A. (35373928600)
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    Laporte, J.M. (56883916900)
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    Falconer, K. (24278383500)
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    Thalme, A. (6602775249)
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    Sonnerborg, A. (55114742600)
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    Brannstrom, J. (8838612600)
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    Flamholc, L. (6602998002)
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    Scherrer, A. (35308020900)
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    Weber, R. (58425609200)
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    Cavassini, M. (24366200700)
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    Calmy, A. (35278293000)
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    Furrer, H. (57203665372)
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    Battegay, M. (7004770044)
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    Schmid, P. (26221901800)
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    Kuznetsova, A. (56817080000)
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    Mikhalik, J. (57369377900)
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    Sluzhynska, M. (57191984087)
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    Johnson, A.M. (57203665921)
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    Simons, E. (57212450398)
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    Edwards, S. (56601072600)
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    Phillips, A. (35372648800)
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    Johnson, M.A. (56339842100)
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    Orkin, C. (16507203900)
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    Winston, A. (11638976900)
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    Clarke, A. (57207820760)
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    Leen, C. (16747269600)
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    Karpov, I. (57216109161)
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    Rasmussen, L.D. (35316497000)
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    Svedhem, V. (59157707000)
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    Kowalska, J.D. (35105197800)
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    Miró, J.M. (58322539300)
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    Guaraldi, G. (35419288400)
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    Peters, L. (57989343900)
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    Kirk, O. (7005723136)
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    Peters, L. (58081996300)
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    Bojesen, A. (57514531900)
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    Raben, D. (57207903134)
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    Hansen, E.V. (57369379400)
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    Kristensen, D. (57168759700)
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    Larsen, J.F. (57205714716)
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    Fischer, A.H. (57189843673)
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    Cozzi-Lepri, A. (55134188900)
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    Amele, S. (59364841300)
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    Pelchen-Matthews, A. (6603940152)
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    Roen, A. (57200038020)
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    Tusch, E. (56509458100)
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    Bannister, W. (14014651100)
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    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.
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    HIV care in times of the COVID-19 crisis — Where are we now in Central and Eastern Europe?
    (2020)
    Kowalska, J.D. (35105197800)
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    Skrzat-Klapaczyńska, A. (57200220975)
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    Bursa, D. (57194389543)
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    Balayan, T. (56049390500)
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    Begovac, J. (7004168039)
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    Chkhartishvili, N. (25227423400)
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    Gokengin, D. (6603234930)
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    Harxhi, A. (8690048500)
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    Jilich, D. (22234091800)
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    Jevtovic, D. (55410443900)
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    Kase, K. (57216676281)
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    Lakatos, B. (36614563800)
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    Matulionyte, R. (12239067500)
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    Mulabdic, V. (30067838900)
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    Nagit, A. (57216930222)
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    Papadopoulos, A. (7101944704)
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    Stefanovic, M. (59851007000)
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    Vassilenko, A. (57194138824)
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    Vasylyev, M. (57200106670)
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    Yancheva, N. (36910505000)
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    Yurin, O. (6603122381)
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    Horban, A. (57200769993)
    Introduction: The SARS-CoV-2 pandemic has hit the European region disproportionately. Many HIV clinics share staff and logistics with infectious disease facilities, which are now on the frontline in tackling COVID-19. Therefore, this study investigated the impact of the current pandemic situation on HIV care and continuity of antiretroviral treatment (ART) supplies in CEE countries. Methods: The Euroguidelines in Central and Eastern Europe (ECEE) Network Group was established in February 2016 to review standards of care for HIV in the region. The group consists of professionals actively involved in HIV care. On March 19, 2020 we decided to review the status of HIV care sustainability in the face of the emerging SARS-CoV-2 pandemic in Europe. For this purpose, we constructed an online survey consisting of 23 questions. Respondents were recruited from ECEE members in 22 countries, based on their involvement in HIV care, and contacted via email. Results: In total, 19 countries responded: Albania, Armenia, Belarus, Bosnia and Herzegovina, Bulgaria, Croatia, Czech Republic, Estonia, Georgia, Greece, Hungary, Lithuania, Macedonia, Poland, Republic of Moldova, Russia, Serbia, Turkey, and Ukraine. Most of the respondents were infectious disease physicians directly involved in HIV care (17/19). No country reported HIV clinic closures. HIV clinics were operating normally in only six countries (31.6%). In 11 countries (57.9%) physicians were sharing HIV and COVID-19 care duties. None of the countries expected shortage of ART in the following 2 weeks; however, five physicians expressed uncertainty about the following 2 months. At the time of providing responses, ten countries (52.6%) had HIV-positive persons under quarantine. Conclusions: A shortage of resources is evident, with an impact on HIV care inevitable. We need to prepare to operate with minimal medical resources, with the aim of securing constant supplies of ART. Non-governmental organizations should re-evaluate their earlier objectives and support efforts to ensure continuity of ART delivery. © 2020 The Authors
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    State of viral hepatitis care in 16 countries of central and eastern European Region
    (2019)
    Chkhartishvili, Nikoloz (25227423400)
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    Holban, Tiberiu (57193832267)
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    Babić, Jasmina Simonović (37030537400)
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    Alexiev, Ivailo (24400977400)
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    Matičič, Mojca (6601981750)
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    Kowalska, Justyna (35105197800)
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    Horban, Andrzej (57200769993)
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    Afonina, L. (57203718645)
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    Antonyak, S. (6508210071)
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    Balayan, T. (56049390500)
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    Bednarska, A. (15021843800)
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    Begovac, J. (7004168039)
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    Bukovinowa, P. (57193837287)
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    Firląg-Burkacka, E. (7801396528)
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    Bursa, D. (57194389543)
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    Bolokadze, N. (16479715200)
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    Caplinskas, S. (6507449708)
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    Cholewińska-Szymańska, G. (9250792300)
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    de Witt, S. (57190853882)
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    Dragovic, G. (23396934400)
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    Gökengin, D. (6603234930)
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    Harxhi, A. (8690048500)
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    Higersberger, J. (35083476300)
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    Jevtovic, D. (55410443900)
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    Jilich, D. (22234091800)
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    Karpov, I. (15832060600)
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    Konopnicky, D. (57203716375)
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    Ladnaya, N. (6506915272)
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    Lakatos, B. (36614563800)
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    Lundgren, J.D. (35307337700)
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    Marczyńska, M. (6603714880)
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    Mardarescu, M. (26655946900)
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    Matłosz, B. (8222422400)
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    Molina, J.M. (7201417014)
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    Mulabdic, V. (30067838900)
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    Oprea, C. (21636591500)
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    Otelea, D. (16158062400)
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    Paciorek, M. (8110288400)
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    Panteleev, A. (56817093100)
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    Papadopoulos, A. (7101944704)
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    Pietraszkiewicz, E. (56262011300)
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    Podlasin, B. (8581142500)
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    Podlekareva, D. (59883353200)
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    Pozniak, A. (57216109864)
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    Pula, J. (57203715373)
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    Sedlacek, D. (57202125317)
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    Skrzat-Klapaczyńska, A. (57200220975)
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    Simonović-Babić, J. (8313556500)
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    Sluzhynska, M. (57191984087)
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    Streinu-Cercel, A. (6603337667)
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    Tomazic, J. (6603749556)
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    Rukhadze, N. (54883291900)
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    Ruutel, K. (12760327500)
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    Stańczak, J. (7003543704)
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    Vassilenko, A. (57194138824)
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    Vasylyev, M. (57200106670)
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    Youle, M. (7006018199)
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    Yurin, O. (6603122381)
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    Zabłocka, H. (57203712489)
    Objectives: Survey was conducted to assess state of viral hepatitis care in Central and Eastern Europe (CEE). Methods: Representatives of 16 CEE countries completed on-line survey in April–May 2017 that collected information on basic epidemiology and availability of key services for HCV and HBV infections. Sources of information provided ranged from national surveillance data to expert opinion. Results: The burden of viral hepatitis varied between countries, ranging from 6,500 to 2 million for HCV and from 10,000 to 3 million for HBV. Access to routine HCV RNA testing and genotyping was reported by 11 and 9 countries, respectively. HCV resistance testing was available in 7 countries. Direct acting antivirals (DAAs) were available in 13 countries, most frequently Sofosbuvir and Ledipasvir/Sofosbuvir (12 countries apiece) and Ombitasvir/Paritaprevir/Dasabuvir (9 countries). HBV DNA testing and HBV genotyping were routinely available in 10 and 7 countries, respectively. Eleven countries reported available treatment with Tenofovir. Conclusions: There are gaps in viral hepatitis care in CEE. Despite the availability of registered modern drugs for HCV and HBV, the access to treatment is limited. Ensuring quality health care is essential to reduce the epidemic and achieve the WHO’s goal of eliminating viral hepatitis as a major public health challenge. © 2019, Czech National Institute of Public Health. All rights reserved.
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    The burden and epidemiology of community-acquired central nervous system infections: a multinational study
    (2017)
    Erdem, H. (7005578733)
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    Inan, A. (9843845700)
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    Guven, E. (35304911700)
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    Hargreaves, S. (36942416900)
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    Larsen, L. (57203677378)
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    Shehata, G. (56051054400)
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    Pernicova, E. (57193870774)
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    Khan, E. (36952513300)
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    Bastakova, L. (56652247300)
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    Namani, S. (36114984200)
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    Harxhi, A. (8690048500)
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    Roganovic, T. (35488688100)
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    Lakatos, B. (36614563800)
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    Uysal, S. (54685430400)
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    Sipahi, O.R. (10340240700)
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    Crisan, A. (57220344976)
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    Miftode, E. (6603302688)
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    Stebel, R. (57190021917)
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    Jegorovic, B. (55427940600)
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    Fehér, Z. (57211130498)
    ;
    Jekkel, C. (23469892000)
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    Pandak, N. (6506008185)
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    Moravveji, A. (55793190632)
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    Yilmaz, H. (57197053881)
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    Khalifa, A. (26027528400)
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    Musabak, U. (6507293910)
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    Yilmaz, S. (55439991200)
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    Jouhar, A. (57193872911)
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    Oztoprak, N. (24480152400)
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    Argemi, X. (26026833900)
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    Baldeyrou, M. (56320566500)
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    Bellaud, G. (55919404600)
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    Moroti, R.V. (24449691400)
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    Hasbun, R. (6602671748)
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    Salazar, L. (55570538600)
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    Tekin, R. (36599200500)
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    Canestri, A. (24381909900)
    ;
    Čalkić, L. (6506182292)
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    Praticò, L. (56009499600)
    ;
    Yilmaz-Karadag, F. (55674914700)
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    Santos, L. (23006157000)
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    Pinto, A. (57224787939)
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    Kaptan, F. (8853819200)
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    Bossi, P. (56236655800)
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    Aron, J. (57193864111)
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    Duissenova, A. (6506658557)
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    Shopayeva, G. (6507690247)
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    Utaganov, B. (57193869777)
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    Grgic, S. (35603082400)
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    Ersoz, G. (7004323780)
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    Wu, A.K.L. (7402998681)
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    Lung, K.C. (8254298300)
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    Bruzsa, A. (57193869353)
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    Radic, L.B. (51964463800)
    ;
    Kahraman, H. (56108259800)
    ;
    Momen-Heravi, M. (57190140194)
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    Kulzhanova, S. (57193865949)
    ;
    Rigo, F. (55756441600)
    ;
    Konkayeva, M. (57193866937)
    ;
    Smagulova, Z. (57193872513)
    ;
    Tang, T. (58591920100)
    ;
    Chan, P. (35975550700)
    ;
    Ahmetagic, S. (6506350396)
    ;
    Porobic-Jahic, H. (35743541800)
    ;
    Moradi, F. (55945437400)
    ;
    Kaya, S. (25627786400)
    ;
    Cag, Y. (35764273000)
    ;
    Bohr, A. (56652070100)
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    Artuk, C. (6602266332)
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    Celik, I. (56803372700)
    ;
    Amsilli, M. (56989770200)
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    Gul, H.C. (23094226600)
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    Cascio, A. (7006353259)
    ;
    Lanzafame, M. (7003808416)
    ;
    Nassar, M. (57197047209)
    Risk assessment of central nervous system (CNS) infection patients is of key importance in predicting likely pathogens. However, data are lacking on the epidemiology globally. We performed a multicenter study to understand the burden of community-acquired CNS (CA-CNS) infections between 2012 and 2014. A total of 2583 patients with CA-CNS infections were included from 37 referral centers in 20 countries. Of these, 477 (18.5%) patients survived with sequelae and 227 (8.8%) died, and 1879 (72.7%) patients were discharged with complete cure. The most frequent infecting pathogens in this study were Streptococcus pneumoniae (n = 206, 8%) and Mycobacterium tuberculosis (n = 152, 5.9%). Varicella zoster virus and Listeria were other common pathogens in the elderly. Although staphylococci and Listeria resulted in frequent infections in immunocompromised patients, cryptococci were leading pathogens in human immunodeficiency virus (HIV)-positive individuals. Among the patients with any proven etiology, 96 (8.9%) patients presented with clinical features of a chronic CNS disease. Neurosyphilis, neurobrucellosis, neuroborreliosis, and CNS tuberculosis had a predilection to present chronic courses. Listeria monocytogenes, Staphylococcus aureus, M. tuberculosis, and S. pneumoniae were the most fatal forms, while sequelae were significantly higher for herpes simplex virus type 1 (p < 0.05 for all). Tackling the high burden of CNS infections globally can only be achieved with effective pneumococcal immunization and strategies to eliminate tuberculosis, and more must be done to improve diagnostic capacity. © 2017, Springer-Verlag Berlin Heidelberg.
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    The microbiological diagnosis of tuberculous meningitis: Results of Haydarpasa-1 study
    (2014)
    Erdem, H. (7005578733)
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    Ozturk-Engin, D. (25622697400)
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    Elaldi, N. (55928536800)
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    Gulsun, S. (9842077500)
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    Sengoz, G. (23009761400)
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    Crisan, A. (57220344976)
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    Johansen, I.S. (55330822600)
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    Inan, A. (9843845700)
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    Nechifor, M. (7006100922)
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    Al-Mahdawi, A. (6603126939)
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    Civljak, R. (7801604292)
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    Ozguler, M. (56090892000)
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    Savic, B. (7004671656)
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    Ceran, N. (6506778903)
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    Cacopardo, B. (7003926073)
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    Inal, A.S. (57197164912)
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    Namiduru, M. (6602332685)
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    Dayan, S. (55000710700)
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    Kayabas, U. (13004585100)
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    Parlak, E. (7004037768)
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    Khalifa, A. (26027528400)
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    Kursun, E. (55356654900)
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    Sipahi, O.R. (10340240700)
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    Yemisen, M. (57208572543)
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    Akbulut, A. (6701550061)
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    Bitirgen, M. (10046013800)
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    Dulovic, O. (6602485522)
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    Kandemir, B. (16686312900)
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    Luca, C. (7006040019)
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    Parlak, M. (57935167700)
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    Stahl, J.P. (7202873929)
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    Pehlivanoglu, F. (36560231700)
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    Simeon, S. (56091330000)
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    Ulu-Kilic, A. (36873252700)
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    Yasar, K. (14323903800)
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    Yilmaz, G. (57220513488)
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    Yilmaz, E. (22037135100)
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    Beovic, B. (55887249900)
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    Catroux, M. (56091442200)
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    Lakatos, B. (36614563800)
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    Sunbul, M. (7004406526)
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    Oncul, O. (56194760300)
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    Alabay, S. (55866937900)
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    Sahin-Horasan, E. (56091331600)
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    Kose, S. (24401322500)
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    Shehata, G. (56051054400)
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    Andre, K. (56090809900)
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    Alp, A. (7003572097)
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    Ćosić, G. (56507327000)
    ;
    Cem Gul, H. (23094226600)
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    Karakas, A. (37074784800)
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    Chadapaud, S. (23567706200)
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    Hansmann, Y. (7004018698)
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    Harxhi, A. (8690048500)
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    Kirova, V. (56091200300)
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    Masse-Chabredier, I. (56090828500)
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    Oncu, S. (55945280700)
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    Sener, A. (23996235800)
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    Tekin, R. (36599200500)
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    Deveci, O. (55676015400)
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    Karabay, O. (23060531400)
    ;
    Agalar, C. (6602534012)
    We aimed to provide data on the diagnosis of tuberculous meningitis (TBM) in this largest case series ever reported. The Haydarpasa-1 study involved patients with microbiologically confirmed TBM in Albania, Croatia, Denmark, Egypt, France, Hungary, Iraq, Italy, Macedonia, Romania, Serbia, Slovenia, Syria and Turkey between 2000 and 2012. A positive culture, PCR or Ehrlich-Ziehl-Neelsen staining (EZNs) from the cerebrospinal fluid (CSF) was mandatory for inclusion of meningitis patients. A total of 506 TBM patients were included. The sensitivities of the tests were as follows: interferon-γ release assay (Quantiferon TB gold in tube) 90.2%, automated culture systems (ACS) 81.8%, Löwenstein Jensen medium (L-J) 72.7%, adenosine deaminase (ADA) 29.9% and EZNs 27.3%. CSF-ACS was superior to CSF L-J culture and CSF-PCR (p <0.05 for both). Accordingly, CSF L-J culture was superior to CSF-PCR (p <0.05). Combination of L-J and ACS was superior to using these tests alone (p <0.05). There were poor and inverse agreements between EZNs and L-J culture (κ = -0.189); ACS and L-J culture (κ = -0.172) (p <0.05 for both). Fair and inverse agreement was detected for CSF-ADA and CSF-PCR (κ = -0.299, p <0.05). Diagnostic accuracy of TBM was increased when both ACS and L-J cultures were used together. Non-culture tests contributed to TBM diagnosis to a degree. However, due to the delays in the diagnosis with any of the cultures, combined use of non-culture tests appears to contribute early diagnosis. Hence, the diagnostic approach to TBM should be individualized according to the technical capacities of medical institutions particularly in those with poor resources. © 2013 European Society of Clinical Microbiology and Infectious Diseases.
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    Where are we with pre-exposure prophylaxis use in Central and Eastern Europe? Data from the Euroguidelines in Central and Eastern Europe (ECEE) Network Group
    (2021)
    Balayan, T. (56049390500)
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    Begovac, J. (7004168039)
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    Skrzat-Klapaczyńska, A. (57200220975)
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    Aho, I. (36436796700)
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    Alexiev, I. (24400977400)
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    Bukovinova, P. (23388446300)
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    Salemovic, D. (7801387340)
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    Gokengin, D. (6603234930)
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    Harxhi, A. (8690048500)
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    Holban, T. (57193832267)
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    Jevtovic, D. (55410443900)
    ;
    Kase, K. (57216676281)
    ;
    Lakatos, B. (36614563800)
    ;
    Latysheva, I. (57195600726)
    ;
    Matulionyte, R. (12239067500)
    ;
    Oprea, C. (21636591500)
    ;
    Papadopoulos, A. (7101944704)
    ;
    Rukhadze, N. (54883291900)
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    Sedlacek, D. (57202125317)
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    Tomazic, J. (6603749556)
    ;
    Vassilenko, A. (57194138824)
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    Vasylyev, M. (57200106670)
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    Verhaz, A. (6507063101)
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    Yancheva, N. (36910505000)
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    Yurin, O. (6603122381)
    ;
    Horban, A. (57200769993)
    ;
    Kowalska, J.D. (35105197800)
    Objectives: Pre-exposure prophylaxis (PrEP) for HIV infection is an important intervention for control of the HIV epidemic. The incidence of HIV infection is increasing in the countries of Central and Eastern Europe (CEE). Therefore, we investigated the change in PrEP use in CEE over time. Methods: The Euroguidelines in Central and Eastern Europe (ECEE) Network Group was initiated in February 2016 to compare standards of care for HIV and viral hepatitis infections in CEE. Data on access to PrEP were collected from 23 countries through online surveys in May–June 2017 (76 respondents) and in November 2018–May 2019 (28 respondents). Results: About 34.2% of respondents stated that tenofovir/emtricitabine (TDF/FTC) was licensed for use in their country in 2017, and 66.7% that it was licensed for use in 2018 (P = 0.02). PrEP was recommended in national guidelines in 39.5% of responses in 2017 and 40.7% in 2018 (P = 0.378). About 70.7% of respondents were aware of “informal” PrEP use in 2017, while 66.6% were aware of this in 2018 (P = 0.698). In 2018, there were 53 centres offering PreP (the highest numbers in Poland and Romania), whereas six countries had no centres offering PreP. The estimated number of HIV-negative people on PreP in the region was 4500 in 2018. Generic TDF/FTC costs (in Euros) ranged from €10 (Romania) to €256.92 (Slovakia), while brand TDF/FTC costs ranged from €60 (Albania) to €853 (Finland). Conclusions: Although the process of licensing TDF/FTC use for PrEP has improved, this is not yet reflected in the guidelines, nor has there been a reduction in the “informal” use of PrEP. PrEP remains a rarely used preventive method in CEE countries. © 2020 British HIV Association

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