Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study

Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study Publisher Pubmed

Blach S¹ ; Terrault NA² ; Tacke F³ ; Gamkrelidze I^{1, 115} ; Craxi A⁴ ; Tanaka J⁵ ; Waked I⁶ ; Dore GJ⁸ ; Abbas Z^{9, 10} ; Abdallah AR^{7, 11} ; Abdulla M^{12, 13, 67} ; Aghemo A^{14, 15} ; Aho I¹⁶ ; Akarca US¹⁷ Show All Authors

Blach S¹
Terrault NA²
Tacke F³
Gamkrelidze I^{1, 115}
Craxi A⁴
Tanaka J⁵
Waked I⁶
Dore GJ⁸
Abbas Z^{9, 10}
Abdallah AR^{7, 11}
Abdulla M^{12, 13, 67}
Aghemo A^{14, 15}
Aho I¹⁶
Akarca US¹⁷
Alalwan AM¹⁹
Blom MA²⁰
Albusafi SA²¹
Aleman S²²
Alghamdi AS²³
Alhamoudi WK²⁵
Aljumah AA²⁶
Alnaamani K²⁷
Serkal YMA²⁸
Altraif IH^{19, 29}
Anand AC^{30, 31}
Anderson M^{32, 67}
Andersson MI^{33, 34}
Athanasakis K³⁵
Baatarkhuu O^{36, 37}
Bakieva SR³⁸
Benari Z⁴⁰
Bessone F^{41, 42}
Biondi MJ⁴³
Bizri ARN⁴⁴
Brandaomello CE^{45, 46}
Brigida K³⁸
Brown KA⁴⁷
Brown RS^{47, 48}
Bruggmann P^{49, 50, 51}
Brunetto MR^{52, 53}
Busschots D^{54, 55}
Buti M^{56, 57, 160, 181, 221}
Butsashvili M^{160, 181, 221}
Cabezas J^{58, 59}
Chae C⁶⁰
Ivanova VC⁶¹
Chan HLY^{62, 63}
Cheinquer H⁶⁶
Cheng KJ⁶⁷
Cheon ME⁶⁰
Chien CH^{68, 69}
Chien RN^{69, 70}
Choudhuri G^{71, 72}
Christensen PB⁷⁴
Chuang WL⁷⁵
Chulanov V^{77, 78}
Cisneros LE^{79, 80, 81}
Coco B^{82, 152, 174}
Contreras FA^{83, 84}
Cornberg M^{85, 86, 272, 279}
Cramp ME^{87, 88}
Crespo J^{59, 89}
Cui F^{18, 90, 135, 166, 187}
Cunningham CW⁹¹
Abou LD^{92, 93}
Dalgard O^{94, 95}
Dao DY⁹⁶
Ledinghen VD⁹⁷
Derbala MF⁹⁹
Deuba K^{100, 101}
Dhindsa K¹
Djauzi S¹⁰²
Drazilova S¹⁰³
Duberg AS¹⁰⁴
Elbadri M^{98, 250, 266}
Elsayed MH¹⁰⁵
Esmat G¹⁰⁶
Estes C¹
Ezzat S¹⁰⁷
Farkkil MA¹⁵²
Ferradini L¹⁰⁸
Ferraz MLG¹⁰⁹
Ferreira PRA¹¹⁰
Kanizaj TF¹¹¹
Flisiak R¹¹²
Frankova S¹¹³
Fung J¹¹⁴
Gamkrelidze A^{1, 115}
Gane EJ^{116, 118}
Garcia V^{119, 120, 121}
Garciasamaniego J¹²²
Gemilyan M¹²³
Genov J¹²⁴
Gheorghe LS^{125, 126}
Gholam PM¹²⁷
Gottfredsson M^{128, 132}
Gray RT⁸
Grebely J⁸
Gschwantler M¹³³
Hajarizadeh B⁸
Hamid SS¹³⁴
Hamoudi W^{24, 136}
Hatzakis A¹³⁹
Hellard ME¹⁴⁰
Himatt S¹⁴¹
Hofer H¹⁴²
Hrstic I^{143, 144, 145}
Hunyady B^{146, 147}
Husa P^{148, 149}
Husicselimovic A¹⁵⁰
Jafri WSM¹⁵¹
Janicko M¹⁰³
Janjua NZ¹⁵²
Jarcuska P¹⁰³
Jaroszewicz J¹⁵³
Jerkeman A^{20, 154}
Jeruma A^{155, 156}
Jia J¹⁵⁷
Jonasson JG^{129, 132}
Kaita KDE¹⁶⁰
Kao JH¹⁶¹
Kasymov OT¹⁶³
Kellyhanku A^{8, 164}
Khamis F^{12, 165}
Khamis J^{12, 165}
Khan AG¹⁶⁶
Khandu L¹⁶⁷
Khoudri I¹⁶⁸
Kielland KB¹⁶⁹
Kim DY¹⁷⁰
Kodjoh N¹⁷¹
Kondili LA¹⁷²
Krajden M^{152, 173}
Krarup HB^{158, 159, 175}
Kristian P^{176, 177}
Kwon JA⁸
Lagging M^{178, 179}
Laleman W¹⁸⁰
Lavanchy D¹⁸²
Lazaro P¹⁸³
Lazarus JV¹⁸⁴
Lee AU^{185, 186}
Lee MH^{185, 186}
Li MKK¹⁸⁷
Liakina V^{188, 189}
Lim YS¹⁹⁰
Love A¹³⁰
Luksic B¹⁹¹
Machekera SM^{192, 193}
Malu AO^{194, 195}
Marinho RT¹⁹⁶
Maticic M^{197, 198}
Mekonnen HD¹⁹⁹
Mendescorrea MC^{200, 201}
Mendezsanchez N²⁰²
Merat S²⁰³
Meshesha BR²⁰⁴
Midgard H²⁰⁵
Mills M²⁰⁶
Mohamed R²⁰⁷
Mooneyhan E¹
Moreno C^{208, 209}
Muljono DH^{210, 211}
Mullhaupt B²¹²
Musabaev E³⁸
Muyldermans G²¹³
Nartey YA¹⁰¹
Naveira MCM¹
Negro F^{214, 215}
Nersesov AV²¹⁶
Njouom R²¹⁷
Ntagirabiri R^{218, 219}
Nurmatov ZS²²⁰
Obekpa SA²²¹
Oguche S²²²
Olafsson S¹³¹
Ong JP²²³
Orrego M²²⁶
Ovrehus AL⁷³
Pan CQ²²⁷
Papatheodoridis GV¹³⁸
Peckradosavljevic M^{228, 229}
Pessoa MG²³⁰
Phillips RO²²⁵
Pimenov N⁷⁶
Plaseskakaranfilska D^{152, 231}
Prabdialsing NN^{232, 233}
Puri P²³⁴
Rahman A²³⁵
Ramji A¹⁷⁴
Razavishearer DM¹
Razavishearer K¹
Ridruejo E²³⁷
Rioshincapi CY²³⁸
Rizvi SMS²³⁶
Robaeys GKMM^{239, 240}
Roberts LR^{241, 242, 243}
Roberts SK²⁴³
Ryder SD²⁴⁴
Sadirova S³⁸
Saeed U^{245, 246}
Safadi R^{247, 248}
Sagalova O²⁴⁹
Said SS^{250, 251}
Salupere R²⁵²
Sanai FM²⁵³
Sanchezavila JF²⁵⁴
Saraswat VA^{255, 256}
Sarrazin C²⁵⁷
Sarybayeva G²⁵⁸
Seguindevaux C²⁵⁹
Sharara AI⁴⁴
Sheikh M²³⁵
Shewaye AB^{260, 261}
Sievert W^{262, 263}
Simojoki K²⁶⁴
Simonova MY²⁶⁵
Sonderup MW²⁶⁶
Spearman CW²⁶⁶
Sperl J¹¹³
Stauber RE^{267, 268}
Stedman CAM²⁶⁹
Su TH¹⁶²
Suleiman A²⁷⁰
Sypsa V¹³⁷
Antabak NT²⁷¹
Tergast TL⁸⁵
Thurairajah PH²⁷³
Tolmane I^{274, 275}
Tomasiewicz K²⁷⁶
Tsereteli M²⁷⁷
Uzochukwu BSC^{39, 278}
Vijver DAMCVD²⁷⁹
Santen DKV^{140, 280}
Vlierberghe HV²⁸¹
Welzen BV²⁸²
Vanwolleghem T^{283, 284}
Villamil FG^{285, 286}
Vince A²⁸⁷
Waheed Y²⁸⁸
Weis N^{289, 290}
Wong VWS^{64, 65}
Yaghi CG^{291, 292}
Yesmembetov K^{293, 294}
Yosry A²⁹⁵
Yuen MF²⁹⁶
Yunihastuti E¹⁰²
Zeuzem S²²⁴
Zuckerman E¹¹⁷
Razavi HA¹

Source: The Lancet Gastroenterology and Hepatology Published:2022

Abstract

Background: Since the release of the first global hepatitis elimination targets in 2016, and until the COVID-19 pandemic started in early 2020, many countries and territories were making progress toward hepatitis C virus (HCV) elimination. This study aims to evaluate HCV burden in 2020, and forecast HCV burden by 2030 given current trends. Methods: This analysis includes a literature review, Delphi process, and mathematical modelling to estimate HCV prevalence (viraemic infection, defined as HCV RNA-positive cases) and the cascade of care among people of all ages (age ≥0 years from birth) for the period between Jan 1, 2015, and Dec 31, 2030. Epidemiological data were collected from published sources and grey literature (including government reports and personal communications) and were validated among country and territory experts. A Markov model was used to forecast disease burden and cascade of care from 1950 to 2050 for countries and territories with data. Model outcomes were extracted from 2015 to 2030 to calculate population-weighted regional averages, which were used for countries or territories without data. Regional and global estimates of HCV prevalence, cascade of care, and disease burden were calculated based on 235 countries and territories. Findings: Models were built for 110 countries or territories: 83 were approved by local experts and 27 were based on published data alone. Using data from these models, plus population-weighted regional averages for countries and territories without models (n=125), we estimated a global prevalence of viraemic HCV infection of 0·7% (95% UI 0·7–0·9), corresponding to 56·8 million (95% UI 55·2–67·8) infections, on Jan 1, 2020. This number represents a decrease of 6·8 million viraemic infections from a 2015 (beginning of year) prevalence estimate of 63·6 million (61·8–75·8) infections (0·9% [0·8–1·0] prevalence). By the end of 2020, an estimated 12·9 million (12·5–15·4) people were living with a diagnosed viraemic infection. In 2020, an estimated 641 000 (623 000–765 000) patients initiated treatment. Interpretation: At the beginning of 2020, there were an estimated 56·8 million viraemic HCV infections globally. Although this number represents a decrease from 2015, our forecasts suggest we are not currently on track to achieve global elimination targets by 2030. As countries recover from COVID-19, these findings can help refocus efforts aimed at HCV elimination. Funding: John C Martin Foundation, Gilead Sciences, AbbVie, ZeShan Foundation, and The Hepatitis Fund. © 2022 Elsevier Ltd

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Style	Citing Format
MLA	Blach S, et al.. "Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study." The Lancet Gastroenterology and Hepatology, vol. 7, no. 5, 2022, pp. 396-415.
APA	Blach S, Terrault NA, Tacke F, Gamkrelidze I, Craxi A, Tanaka J, Waked I, Dore GJ, Abbas Z, Abdallah AR, Abdulla M, Aghemo A, Aho I, Akarca US, Alalwan AM, Blom MA, Albusafi SA, Aleman S, Alghamdi AS, ... Razavi HA (2022). Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study. The Lancet Gastroenterology and Hepatology, 7(5), 396-415.
Chicago	Blach S, Terrault NA, Tacke F, Gamkrelidze I, Craxi A, Tanaka J, Waked I, et al.. "Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study." The Lancet Gastroenterology and Hepatology 7, no. 5 (2022): 396-415.
Harvard	Blach S et al. (2022) 'Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study', The Lancet Gastroenterology and Hepatology, 7(5), pp. 396-415.
Vancouver	Blach S, Terrault NA, Tacke F, Gamkrelidze I, Craxi A, Tanaka J, et al.. Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study. The Lancet Gastroenterology and Hepatology. 2022;7(5):396-415.
BibTex	@article{ author = {Blach S and Terrault NA and Tacke F and Gamkrelidze I and Craxi A and Tanaka J and Waked I and Dore GJ and Abbas Z and Abdallah AR and Abdulla M and Aghemo A and Aho I and Akarca US and Alalwan AM and Blom MA and Albusafi SA and Aleman S and Alghamdi AS and Alhamoudi WK and Aljumah AA and Alnaamani K and Serkal YMA and Altraif IH and Anand AC and Anderson M and Andersson MI and Athanasakis K and Baatarkhuu O and Bakieva SR and Benari Z and Bessone F and Biondi MJ and Bizri ARN and Brandaomello CE and Brigida K and Brown KA and Brown RS and Bruggmann P and Brunetto MR and Busschots D and Buti M and Butsashvili M and Cabezas J and Chae C and Ivanova VC and Chan HLY and Cheinquer H and Cheng KJ and Cheon ME and Chien CH and Chien RN and Choudhuri G and Christensen PB and Chuang WL and Chulanov V and Cisneros LE and Coco B and Contreras FA and Cornberg M and Cramp ME and Crespo J and Cui F and Cunningham CW and Abou LD and Dalgard O and Dao DY and Ledinghen VD and Derbala MF and Deuba K and Dhindsa K and Djauzi S and Drazilova S and Duberg AS and Elbadri M and Elsayed MH and Esmat G and Estes C and Ezzat S and Farkkil MA and Ferradini L and Ferraz MLG and Ferreira PRA and Kanizaj TF and Flisiak R and Frankova S and Fung J and Gamkrelidze A and Gane EJ and Garcia V and Garciasamaniego J and Gemilyan M and Genov J and Gheorghe LS and Gholam PM and Gottfredsson M and Gray RT and Grebely J and Gschwantler M and Hajarizadeh B and Hamid SS and Hamoudi W and Hatzakis A and Hellard ME and Himatt S and Hofer H and Hrstic I and Hunyady B and Husa P and Husicselimovic A and Jafri WSM and Janicko M and Janjua NZ and Jarcuska P and Jaroszewicz J and Jerkeman A and Jeruma A and Jia J and Jonasson JG and Kaita KDE and Kao JH and Kasymov OT and Kellyhanku A and Khamis F and Khamis J and Khan AG and Khandu L and Khoudri I and Kielland KB and Kim DY and Kodjoh N and Kondili LA and Krajden M and Krarup HB and Kristian P and Kwon JA and Lagging M and Laleman W and Lavanchy D and Lazaro P and Lazarus JV and Lee AU and Lee MH and Li MKK and Liakina V and Lim YS and Love A and Luksic B and Machekera SM and Malu AO and Marinho RT and Maticic M and Mekonnen HD and Mendescorrea MC and Mendezsanchez N and Merat S and Meshesha BR and Midgard H and Mills M and Mohamed R and Mooneyhan E and Moreno C and Muljono DH and Mullhaupt B and Musabaev E and Muyldermans G and Nartey YA and Naveira MCM and Negro F and Nersesov AV and Njouom R and Ntagirabiri R and Nurmatov ZS and Obekpa SA and Oguche S and Olafsson S and Ong JP and Orrego M and Ovrehus AL and Pan CQ and Papatheodoridis GV and Peckradosavljevic M and Pessoa MG and Phillips RO and Pimenov N and Plaseskakaranfilska D and Prabdialsing NN and Puri P and Rahman A and Ramji A and Razavishearer DM and Razavishearer K and Ridruejo E and Rioshincapi CY and Rizvi SMS and Robaeys GKMM and Roberts LR and Roberts SK and Ryder SD and Sadirova S and Saeed U and Safadi R and Sagalova O and Said SS and Salupere R and Sanai FM and Sanchezavila JF and Saraswat VA and Sarrazin C and Sarybayeva G and Seguindevaux C and Sharara AI and Sheikh M and Shewaye AB and Sievert W and Simojoki K and Simonova MY and Sonderup MW and Spearman CW and Sperl J and Stauber RE and Stedman CAM and Su TH and Suleiman A and Sypsa V and Antabak NT and Tergast TL and Thurairajah PH and Tolmane I and Tomasiewicz K and Tsereteli M and Uzochukwu BSC and Vijver DAMCVD and Santen DKV and Vlierberghe HV and Welzen BV and Vanwolleghem T and Villamil FG and Vince A and Waheed Y and Weis N and Wong VWS and Yaghi CG and Yesmembetov K and Yosry A and Yuen MF and Yunihastuti E and Zeuzem S and Zuckerman E and Razavi HA}, title = {Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study}, journal = {The Lancet Gastroenterology and Hepatology}, volume = {7}, number = {5}, pages = {396-415}, year = {2022} }
RIS	TY - JOUR AU - Blach S AU - Terrault NA AU - Tacke F AU - Gamkrelidze I AU - Craxi A AU - Tanaka J AU - Waked I AU - Dore GJ AU - Abbas Z AU - Abdallah AR AU - Abdulla M AU - Aghemo A AU - Aho I AU - Akarca US AU - Alalwan AM AU - Blom MA AU - Albusafi SA AU - Aleman S AU - Alghamdi AS AU - Alhamoudi WK AU - Aljumah AA AU - Alnaamani K AU - Serkal YMA AU - Altraif IH AU - Anand AC AU - Anderson M AU - Andersson MI AU - Athanasakis K AU - Baatarkhuu O AU - Bakieva SR AU - Benari Z AU - Bessone F AU - Biondi MJ AU - Bizri ARN AU - Brandaomello CE AU - Brigida K AU - Brown KA AU - Brown RS AU - Bruggmann P AU - Brunetto MR AU - Busschots D AU - Buti M AU - Butsashvili M AU - Cabezas J AU - Chae C AU - Ivanova VC AU - Chan HLY AU - Cheinquer H AU - Cheng KJ AU - Cheon ME AU - Chien CH AU - Chien RN AU - Choudhuri G AU - Christensen PB AU - Chuang WL AU - Chulanov V AU - Cisneros LE AU - Coco B AU - Contreras FA AU - Cornberg M AU - Cramp ME AU - Crespo J AU - Cui F AU - Cunningham CW AU - Abou LD AU - Dalgard O AU - Dao DY AU - Ledinghen VD AU - Derbala MF AU - Deuba K AU - Dhindsa K AU - Djauzi S AU - Drazilova S AU - Duberg AS AU - Elbadri M AU - Elsayed MH AU - Esmat G AU - Estes C AU - Ezzat S AU - Farkkil MA AU - Ferradini L AU - Ferraz MLG AU - Ferreira PRA AU - Kanizaj TF AU - Flisiak R AU - Frankova S AU - Fung J AU - Gamkrelidze A AU - Gane EJ AU - Garcia V AU - Garciasamaniego J AU - Gemilyan M AU - Genov J AU - Gheorghe LS AU - Gholam PM AU - Gottfredsson M AU - Gray RT AU - Grebely J AU - Gschwantler M AU - Hajarizadeh B AU - Hamid SS AU - Hamoudi W AU - Hatzakis A AU - Hellard ME AU - Himatt S AU - Hofer H AU - Hrstic I AU - Hunyady B AU - Husa P AU - Husicselimovic A AU - Jafri WSM AU - Janicko M AU - Janjua NZ AU - Jarcuska P AU - Jaroszewicz J AU - Jerkeman A AU - Jeruma A AU - Jia J AU - Jonasson JG AU - Kaita KDE AU - Kao JH AU - Kasymov OT AU - Kellyhanku A AU - Khamis F AU - Khamis J AU - Khan AG AU - Khandu L AU - Khoudri I AU - Kielland KB AU - Kim DY AU - Kodjoh N AU - Kondili LA AU - Krajden M AU - Krarup HB AU - Kristian P AU - Kwon JA AU - Lagging M AU - Laleman W AU - Lavanchy D AU - Lazaro P AU - Lazarus JV AU - Lee AU AU - Lee MH AU - Li MKK AU - Liakina V AU - Lim YS AU - Love A AU - Luksic B AU - Machekera SM AU - Malu AO AU - Marinho RT AU - Maticic M AU - Mekonnen HD AU - Mendescorrea MC AU - Mendezsanchez N AU - Merat S AU - Meshesha BR AU - Midgard H AU - Mills M AU - Mohamed R AU - Mooneyhan E AU - Moreno C AU - Muljono DH AU - Mullhaupt B AU - Musabaev E AU - Muyldermans G AU - Nartey YA AU - Naveira MCM AU - Negro F AU - Nersesov AV AU - Njouom R AU - Ntagirabiri R AU - Nurmatov ZS AU - Obekpa SA AU - Oguche S AU - Olafsson S AU - Ong JP AU - Orrego M AU - Ovrehus AL AU - Pan CQ AU - Papatheodoridis GV AU - Peckradosavljevic M AU - Pessoa MG AU - Phillips RO AU - Pimenov N AU - Plaseskakaranfilska D AU - Prabdialsing NN AU - Puri P AU - Rahman A AU - Ramji A AU - Razavishearer DM AU - Razavishearer K AU - Ridruejo E AU - Rioshincapi CY AU - Rizvi SMS AU - Robaeys GKMM AU - Roberts LR AU - Roberts SK AU - Ryder SD AU - Sadirova S AU - Saeed U AU - Safadi R AU - Sagalova O AU - Said SS AU - Salupere R AU - Sanai FM AU - Sanchezavila JF AU - Saraswat VA AU - Sarrazin C AU - Sarybayeva G AU - Seguindevaux C AU - Sharara AI AU - Sheikh M AU - Shewaye AB AU - Sievert W AU - Simojoki K AU - Simonova MY AU - Sonderup MW AU - Spearman CW AU - Sperl J AU - Stauber RE AU - Stedman CAM AU - Su TH AU - Suleiman A AU - Sypsa V AU - Antabak NT AU - Tergast TL AU - Thurairajah PH AU - Tolmane I AU - Tomasiewicz K AU - Tsereteli M AU - Uzochukwu BSC AU - Vijver DAMCVD AU - Santen DKV AU - Vlierberghe HV AU - Welzen BV AU - Vanwolleghem T AU - Villamil FG AU - Vince A AU - Waheed Y AU - Weis N AU - Wong VWS AU - Yaghi CG AU - Yesmembetov K AU - Yosry A AU - Yuen MF AU - Yunihastuti E AU - Zeuzem S AU - Zuckerman E AU - Razavi HA TI - Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study JO - The Lancet Gastroenterology and Hepatology VL - 7 IS - 5 SP - 396 EP - 415 PY - 2022 ER -

Style

Citing Format

MLA

Blach S, et al.. "Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study." The Lancet Gastroenterology and Hepatology, vol. 7, no. 5, 2022, pp. 396-415.

APA

Blach S, Terrault NA, Tacke F, Gamkrelidze I, Craxi A, Tanaka J, Waked I, Dore GJ, Abbas Z, Abdallah AR, Abdulla M, Aghemo A, Aho I, Akarca US, Alalwan AM, Blom MA, Albusafi SA, Aleman S, Alghamdi AS, ... Razavi HA (2022). Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study. The Lancet Gastroenterology and Hepatology, 7(5), 396-415.

Chicago

Blach S, Terrault NA, Tacke F, Gamkrelidze I, Craxi A, Tanaka J, Waked I, et al.. "Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study." The Lancet Gastroenterology and Hepatology 7, no. 5 (2022): 396-415.

Harvard

Blach S et al. (2022) 'Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study', The Lancet Gastroenterology and Hepatology, 7(5), pp. 396-415.

Vancouver

Blach S, Terrault NA, Tacke F, Gamkrelidze I, Craxi A, Tanaka J, et al.. Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study. The Lancet Gastroenterology and Hepatology. 2022;7(5):396-415.

BibTex

@article{ author = {Blach S and Terrault NA and Tacke F and Gamkrelidze I and Craxi A and Tanaka J and Waked I and Dore GJ and Abbas Z and Abdallah AR and Abdulla M and Aghemo A and Aho I and Akarca US and Alalwan AM and Blom MA and Albusafi SA and Aleman S and Alghamdi AS and Alhamoudi WK and Aljumah AA and Alnaamani K and Serkal YMA and Altraif IH and Anand AC and Anderson M and Andersson MI and Athanasakis K and Baatarkhuu O and Bakieva SR and Benari Z and Bessone F and Biondi MJ and Bizri ARN and Brandaomello CE and Brigida K and Brown KA and Brown RS and Bruggmann P and Brunetto MR and Busschots D and Buti M and Butsashvili M and Cabezas J and Chae C and Ivanova VC and Chan HLY and Cheinquer H and Cheng KJ and Cheon ME and Chien CH and Chien RN and Choudhuri G and Christensen PB and Chuang WL and Chulanov V and Cisneros LE and Coco B and Contreras FA and Cornberg M and Cramp ME and Crespo J and Cui F and Cunningham CW and Abou LD and Dalgard O and Dao DY and Ledinghen VD and Derbala MF and Deuba K and Dhindsa K and Djauzi S and Drazilova S and Duberg AS and Elbadri M and Elsayed MH and Esmat G and Estes C and Ezzat S and Farkkil MA and Ferradini L and Ferraz MLG and Ferreira PRA and Kanizaj TF and Flisiak R and Frankova S and Fung J and Gamkrelidze A and Gane EJ and Garcia V and Garciasamaniego J and Gemilyan M and Genov J and Gheorghe LS and Gholam PM and Gottfredsson M and Gray RT and Grebely J and Gschwantler M and Hajarizadeh B and Hamid SS and Hamoudi W and Hatzakis A and Hellard ME and Himatt S and Hofer H and Hrstic I and Hunyady B and Husa P and Husicselimovic A and Jafri WSM and Janicko M and Janjua NZ and Jarcuska P and Jaroszewicz J and Jerkeman A and Jeruma A and Jia J and Jonasson JG and Kaita KDE and Kao JH and Kasymov OT and Kellyhanku A and Khamis F and Khamis J and Khan AG and Khandu L and Khoudri I and Kielland KB and Kim DY and Kodjoh N and Kondili LA and Krajden M and Krarup HB and Kristian P and Kwon JA and Lagging M and Laleman W and Lavanchy D and Lazaro P and Lazarus JV and Lee AU and Lee MH and Li MKK and Liakina V and Lim YS and Love A and Luksic B and Machekera SM and Malu AO and Marinho RT and Maticic M and Mekonnen HD and Mendescorrea MC and Mendezsanchez N and Merat S and Meshesha BR and Midgard H and Mills M and Mohamed R and Mooneyhan E and Moreno C and Muljono DH and Mullhaupt B and Musabaev E and Muyldermans G and Nartey YA and Naveira MCM and Negro F and Nersesov AV and Njouom R and Ntagirabiri R and Nurmatov ZS and Obekpa SA and Oguche S and Olafsson S and Ong JP and Orrego M and Ovrehus AL and Pan CQ and Papatheodoridis GV and Peckradosavljevic M and Pessoa MG and Phillips RO and Pimenov N and Plaseskakaranfilska D and Prabdialsing NN and Puri P and Rahman A and Ramji A and Razavishearer DM and Razavishearer K and Ridruejo E and Rioshincapi CY and Rizvi SMS and Robaeys GKMM and Roberts LR and Roberts SK and Ryder SD and Sadirova S and Saeed U and Safadi R and Sagalova O and Said SS and Salupere R and Sanai FM and Sanchezavila JF and Saraswat VA and Sarrazin C and Sarybayeva G and Seguindevaux C and Sharara AI and Sheikh M and Shewaye AB and Sievert W and Simojoki K and Simonova MY and Sonderup MW and Spearman CW and Sperl J and Stauber RE and Stedman CAM and Su TH and Suleiman A and Sypsa V and Antabak NT and Tergast TL and Thurairajah PH and Tolmane I and Tomasiewicz K and Tsereteli M and Uzochukwu BSC and Vijver DAMCVD and Santen DKV and Vlierberghe HV and Welzen BV and Vanwolleghem T and Villamil FG and Vince A and Waheed Y and Weis N and Wong VWS and Yaghi CG and Yesmembetov K and Yosry A and Yuen MF and Yunihastuti E and Zeuzem S and Zuckerman E and Razavi HA}, title = {Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study}, journal = {The Lancet Gastroenterology and Hepatology}, volume = {7}, number = {5}, pages = {396-415}, year = {2022} }

RIS

TY - JOUR
AU - Blach S
AU - Terrault NA
AU - Tacke F
AU - Gamkrelidze I
AU - Craxi A
AU - Tanaka J
AU - Waked I
AU - Dore GJ
AU - Abbas Z
AU - Abdallah AR
AU - Abdulla M
AU - Aghemo A
AU - Aho I
AU - Akarca US
AU - Alalwan AM
AU - Blom MA
AU - Albusafi SA
AU - Aleman S
AU - Alghamdi AS
AU - Alhamoudi WK
AU - Aljumah AA
AU - Alnaamani K
AU - Serkal YMA
AU - Altraif IH
AU - Anand AC
AU - Anderson M
AU - Andersson MI
AU - Athanasakis K
AU - Baatarkhuu O
AU - Bakieva SR
AU - Benari Z
AU - Bessone F
AU - Biondi MJ
AU - Bizri ARN
AU - Brandaomello CE
AU - Brigida K
AU - Brown KA
AU - Brown RS
AU - Bruggmann P
AU - Brunetto MR
AU - Busschots D
AU - Buti M
AU - Butsashvili M
AU - Cabezas J
AU - Chae C
AU - Ivanova VC
AU - Chan HLY
AU - Cheinquer H
AU - Cheng KJ
AU - Cheon ME
AU - Chien CH
AU - Chien RN
AU - Choudhuri G
AU - Christensen PB
AU - Chuang WL
AU - Chulanov V
AU - Cisneros LE
AU - Coco B
AU - Contreras FA
AU - Cornberg M
AU - Cramp ME
AU - Crespo J
AU - Cui F
AU - Cunningham CW
AU - Abou LD
AU - Dalgard O
AU - Dao DY
AU - Ledinghen VD
AU - Derbala MF
AU - Deuba K
AU - Dhindsa K
AU - Djauzi S
AU - Drazilova S
AU - Duberg AS
AU - Elbadri M
AU - Elsayed MH
AU - Esmat G
AU - Estes C
AU - Ezzat S
AU - Farkkil MA
AU - Ferradini L
AU - Ferraz MLG
AU - Ferreira PRA
AU - Kanizaj TF
AU - Flisiak R
AU - Frankova S
AU - Fung J
AU - Gamkrelidze A
AU - Gane EJ
AU - Garcia V
AU - Garciasamaniego J
AU - Gemilyan M
AU - Genov J
AU - Gheorghe LS
AU - Gholam PM
AU - Gottfredsson M
AU - Gray RT
AU - Grebely J
AU - Gschwantler M
AU - Hajarizadeh B
AU - Hamid SS
AU - Hamoudi W
AU - Hatzakis A
AU - Hellard ME
AU - Himatt S
AU - Hofer H
AU - Hrstic I
AU - Hunyady B
AU - Husa P
AU - Husicselimovic A
AU - Jafri WSM
AU - Janicko M
AU - Janjua NZ
AU - Jarcuska P
AU - Jaroszewicz J
AU - Jerkeman A
AU - Jeruma A
AU - Jia J
AU - Jonasson JG
AU - Kaita KDE
AU - Kao JH
AU - Kasymov OT
AU - Kellyhanku A
AU - Khamis F
AU - Khamis J
AU - Khan AG
AU - Khandu L
AU - Khoudri I
AU - Kielland KB
AU - Kim DY
AU - Kodjoh N
AU - Kondili LA
AU - Krajden M
AU - Krarup HB
AU - Kristian P
AU - Kwon JA
AU - Lagging M
AU - Laleman W
AU - Lavanchy D
AU - Lazaro P
AU - Lazarus JV
AU - Lee AU
AU - Lee MH
AU - Li MKK
AU - Liakina V
AU - Lim YS
AU - Love A
AU - Luksic B
AU - Machekera SM
AU - Malu AO
AU - Marinho RT
AU - Maticic M
AU - Mekonnen HD
AU - Mendescorrea MC
AU - Mendezsanchez N
AU - Merat S
AU - Meshesha BR
AU - Midgard H
AU - Mills M
AU - Mohamed R
AU - Mooneyhan E
AU - Moreno C
AU - Muljono DH
AU - Mullhaupt B
AU - Musabaev E
AU - Muyldermans G
AU - Nartey YA
AU - Naveira MCM
AU - Negro F
AU - Nersesov AV
AU - Njouom R
AU - Ntagirabiri R
AU - Nurmatov ZS
AU - Obekpa SA
AU - Oguche S
AU - Olafsson S
AU - Ong JP
AU - Orrego M
AU - Ovrehus AL
AU - Pan CQ
AU - Papatheodoridis GV
AU - Peckradosavljevic M
AU - Pessoa MG
AU - Phillips RO
AU - Pimenov N
AU - Plaseskakaranfilska D
AU - Prabdialsing NN
AU - Puri P
AU - Rahman A
AU - Ramji A
AU - Razavishearer DM
AU - Razavishearer K
AU - Ridruejo E
AU - Rioshincapi CY
AU - Rizvi SMS
AU - Robaeys GKMM
AU - Roberts LR
AU - Roberts SK
AU - Ryder SD
AU - Sadirova S
AU - Saeed U
AU - Safadi R
AU - Sagalova O
AU - Said SS
AU - Salupere R
AU - Sanai FM
AU - Sanchezavila JF
AU - Saraswat VA
AU - Sarrazin C
AU - Sarybayeva G
AU - Seguindevaux C
AU - Sharara AI
AU - Sheikh M
AU - Shewaye AB
AU - Sievert W
AU - Simojoki K
AU - Simonova MY
AU - Sonderup MW
AU - Spearman CW
AU - Sperl J
AU - Stauber RE
AU - Stedman CAM
AU - Su TH
AU - Suleiman A
AU - Sypsa V
AU - Antabak NT
AU - Tergast TL
AU - Thurairajah PH
AU - Tolmane I
AU - Tomasiewicz K
AU - Tsereteli M
AU - Uzochukwu BSC
AU - Vijver DAMCVD
AU - Santen DKV
AU - Vlierberghe HV
AU - Welzen BV
AU - Vanwolleghem T
AU - Villamil FG
AU - Vince A
AU - Waheed Y
AU - Weis N
AU - Wong VWS
AU - Yaghi CG
AU - Yesmembetov K
AU - Yosry A
AU - Yuen MF
AU - Yunihastuti E
AU - Zeuzem S
AU - Zuckerman E
AU - Razavi HA
TI - Global Change in Hepatitis C Virus Prevalence and Cascade of Care Between 2015 and 2020: A Modelling Study
JO - The Lancet Gastroenterology and Hepatology
VL - 7
IS - 5
SP - 396
EP - 415
PY - 2022
ER -

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