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For HBV/HIV coinfected patients, AT is indicated to treat both
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infections simultaneously. The HBV treatment of choice is tenofovir. Due
to rapid development of resistance when HBV is not fully suppressed HBV
monotherapy with either lamivudine or emtricitabine should not generally
be considered. A combination of tenofovir plus lamivudine or emtricitabine
as a primar y combination therapy has theoretical advantages over tenofovir
alone, but studies supporting this concept have not been published to date.
However as tenofovir is combined with emtricitabine or lamivudine in most
antiretroviral regimen today this seems to be a more theoretical argument
and not relected by reality.
In general, treatment of HBV as a viral disease follows the same rules
as HIV therapy, aiming at full suppression of the replication of the virus
to avoid the development of resistance. Successful viral suppression of
hepatitis B results in inhibition of necroinlammatory activity, reversion
of ibrosis, and most importantly a decrease in the incidence of hepatic
decompensation and hepatocellular carcinoma.
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14. Management of HBV/HIV coinfection
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study of 145 Lamivudine-resistant h epatitis B patients. Ga stroenterology 2007;133:1445-51.
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Modi A, Fel d J. Viral hepatitis and HIV in Africa. AIDS Re v 2007;9:25-39.
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Patterson SJ, George J, Strasser SI, et al. Tenofovir disoproxil fumarate rescue therapy following failure of both lamivudine and adefovir
dipivoxil in chroni c hepatitis B. Gut . 2011;60:247-54.
Petersen J, Ratziu V, Buti M, et al. Entecavir plus tenofovir combination as rescue therapy in pre-treated chronic hepatitis B patients: An
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Plaza Z, Aguilera A, Mena A , et al. Inluence of HIV infection on response to tenofovir in patients with chronic hepatitis B. AIDS.
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Price H, Dunn D, Pillay D, et al. Suppression of HBV by tenofovir in HBV/HIV coinfected patients: a systematic review and meta-analysis.
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Puoti M, Bruno R , Soriano V, et al. Hepatocellular carcinoma in HIV-infected patients: epidemiological features, clinical presentation and
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Puoti M, Cozzi -Lepri A, Arici C, et al. Imp act of lamivudine on the risk of liver-relate d death in 2,041 HBsAg- and HIV positive individua ls:
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Puoti M, Torti C, B runo R. Natural history of c hronic hepatitis B in co-i nfected patients. J Hepato l 2006;44:65-70.
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15. Management of
HCV/HIV coinfection
Christoph Boesecke, Stefan Mauss, Jürgen Kurt Rockstroh
Epidemiology of HCV/HIV coinfection
HIV and HCV share transmission pathways which explain the high
rate of coinfection with both viruses. It is estimated that at 2-15% of the
37.9 million people living with HIV globally had HCV coinfection (WHO
2020, Platt 2016). While both viruses are transmitted with high eicacy
via blood-to-blood contact, HCV is less easily transmitted sexually. Thus,
the prevalence of HCV coinfection within diferent countries, regions and
populations is generally closely related to the prevalence of blood-borne
HIV transmission – mainly among people who inject drugs (PWID).
However, this has changed for a subpopulation of HIV coinfected gay
men, as there is an ongoing epidemic of sexually transmitted HCV that is
closely related to the use of some recreational drugs. A high incidence of
HCV among HIV positive men who have sex with men (MSM) is reported
from several major European cities including London, Paris, Amsterdam
and Berlin as well as from the US, Canada, Australia and Taiwan. This
documents that HCV may well be sexually transmitted through traumatic
sex practices or at least transmitted in the context of sexual intercourse
(e.g., intravenous administration of recreational drugs called “chemsex”)
and should therefore also be taken into account as a sexually transmitted
disease in this context resulting in regular sexual health screenings
including HCV (Gotz 2005, Danta 2007, Vogel 2009, Vogel 2010, Matthews
2011, Schmidt 2011, Boesecke 2015).
In the past before the wide spread use of interferon free HCV therapy
in HIV cohorts in Europe, Australia and the US, in average one out of four
patients was coinfected with HCV (Rockstroh 2004, Peters 2014). Higher
prevalence rates of HCV/HIV coinfection, i.e. up to 70% have been reported
for countries with the main transmission risk of intravenous drug use in
Eastern European countries like Belarus and the Ukraine, and in Middle
Eastern countries such as Iran (SeyedAlinaghi 2011). On the other hand, in
Central European countries such as Belgium, Austria or Germany, where
HIV is predominantly sexually transmitted, HCV coinfection rates were
lower, i.e. between 10 and 15% (Rockstroh 2005, CDC 2011, Peters 2014).
Similarly lower rates were reported for Australia (Jin 2009) and the UK
(Turner 2009). Data from the US indicated that 25% to 35% of patients with
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HIV were coinfected with HCV (Singal 2009, CDC 2011), relecting the
contribution of at-risk populations such as prison inmates and a higher
proportion of intravenous drug use to the overall numbers. 65-70% of HIVinfected prisoners in the US are coinfected with HCV, in contrast to 18 to
25% of the overall US HIV positive population (Weinbaum 2005, CDC 2014).
In Asia, coinfection rates of up to 85% have been reported among Chinese
plasma donors whereas in countries with predominantly heterosexual HIV
transmission like Thailand, coinfection rates are around 10% (Qian 2006).
In Sub-Saharan Africa, where the primary route of transmission of HIV is
sexual, HCV coinfection rates have so far been reported to be low.
However, since 2015, the prevalence of HCV/HIV coinfection has
substantially decreased in HIV patients in continuous care, due to the
availability of highly efective direct acting antiviral (DAA) HCV treatment
in most high-income countries (Berenguer 2018, Boerekamps 2018, SacksDavis 2018, Braun 2018).
Vertical transmission of HCV is a concern. HCV is detected ater birth
in 4 to 8% of infants born to HCV positive mothers (Bevilacqua 2009). HCV/
HIV coinfection increases the risk for transmission of both viruses and
high levels of HCV viraemia in the mother increases the risk of perinatal
HCV transmission (Zanetti 1995). However, the risk of HCV transmission
is reduced to less than 1% in mothers with HCV/HIV coinfection receiving
antiretroviral therapy (AT) and undergoing caesarean section.
In summary, the prevalence of HCV within the HIV positive population
is far higher than in the HIV negative population. This highlights the
importance of preventing further spread of HCV as one of the major
comorbidities in HIV positive people. The average estimated risks of
transmission are included in Table 1. Although sharing common routes of
infection, both viruses are transmitted with varying eicacy depending
upon the mode of transmission.
Table 1. Average estimated risks of transmission for HIV, HCV and HCV/HIV simultaneously
Mode of transmission HIV HCV HCV / HIV coinfection
Perinatal 7–50% 1–7 % 1–20 %
Sexual contact* 1–3 % <1% <4%
Needle stick injury 0.3% <1% Unknown
* For sexual contact the risk refers to cumulative exposure
Diagnosis of HCV in HIV coinfection
Detection of HCV antibodies via ELISA testing shows HCV exposure.
However, the presence of HCV RNA is needed to prove active HCV infection.
In acute hepatitis C, HCV RNA is detectable before the presence of HCV
antibodies. In addition, in rare cases of HIC/HCV coinfection, the loss of
HCV antibodies is observed in very advanced immune deiciency and does
not necessarily indicate viral clearance (Cribier 1999). Therefore, a single
negative HCV antibody ELISA does not necessarily exclude exposure to
HCV in HIV positive patients, especially in severe immune deiciency.
Additionally, a rise of liver transaminases (particularly ALT) may be more
sensitive for detecting acute hepatitis C in HIV positive patients than
repeated testing for the presence of HCV antibodies (Thomson 2009). In
cases of suspected early acute hepatitis C testing for HCV RNA is therefore
justiied to establish the diagnosis.
Higher concentrations of HCV RNA are found in HIV positive individuals
than in HIV negative patients with HCV monoinfection (Perez-Olmeda 2002).
Interestingly, data from a cross-trial comparison showed that HIV positive
patients were less likely to present with elevated serum ALT and clinical
signs or symptoms of hepatitis than HIV negative patients (Vogel 2009). In
observations patients with haemophilia, mean HCV RNA concentrations
increased by 1 log10 over the irst two years ater HIV seroconversion (Eyster
1994). Levels of HCV viraemia increase eight times faster in HIV positive
compared to HIV negative individuals. The highest concentrations for HCV
viraemia have been reported in people who subsequently developed liver
failure.
Spontaneous clearance of HCV RNA seems to be less frequent in the
setting of HCV/HIV coinfection (Thomson 2011). However, interestingly
spontaneous clearance of HCV RNA has been observed in some patients
with chronic HCV/HIV coinfection that experience signiicant immune
reconstitution following initiation of AT, particularly in patients with
the favourable IL28B CC genotype (Fialaire 1999, Thomson 2009, Stenkyist
2014).
The distribution of HCV genotypes in HIV positive patients relects
the route of transmission. Genotype 1b accounts for two-thirds of posttransfusion HCV infections and is the predominant genotype in people with
haemophilia. In contrast, genotypes 1a and 3a are more common in people
who inject drugs (PWID) (Pol 1994, Soriano 2008) and speciic clusters of
viruses are traced in gay men engaged in chemsex with HCV genotype 1a
and 4 being the most frequent (Caro-Pérez 2017, Van de Laar 2009).
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Natural course of HCV in HIV coinfection
Various studies have demonstrated that underlying HIV weakens the
immune response to HCV, thereby reducing the chance of spontaneous
HCV clearance. Data from the European cohorts of sexually transmitted
acute HCV in HIV positive gay men suggest that with underlying HIV
spontaneous resolution of HCV occurs in 10-20% of new HCV infections
(Vogel 2010, Thomson 2010, Boesecke 2018). Genome-wide association
studies identiied single nucleotide polymorphisms (SNP) near the IL28B
gene encoding for interferon lambda that comprise a crucial part of the
innate immune defense against HCV in HCV monoinfection (Thomas
2009). Individuals with HCV monoinfection with the CC genotype
were three times more likely to clear HCV RNA and to better respond to
interferon-based HCV therapy compared with individuals with CT and
TT genotypes (Rauch 2010, Grebely 2010, Nattermann 2011, Rallón 2011).
Similar observations were made in individuals with HCV/HIV coinfection
(Clausen 2010). Interestingly, these SNPs could explain diferences in
spontaneous clearance rates between diferent ethnicities as the frequency
of the protective allele varies across ethnic groups. The prevalence of the CC
genotype being lower in those of African origin compared to Asian patients,
with Europeans being in-between (Thomas 2009).
Numerous large cohort studies have demonstrated that once chronic
HCV is established, HIV leads to a faster progression of liver ibrosis due to
the lack of critical CD4+ T cell responses against HCV (Danta 2008). In the
American multicentre Haemophiliac Cohort Study liver failure occurred in
9% of multi-transfused HCV/HIV coinfected adult hemophiliacs without
an AIDS-deining opportunistic infection or malignancy (Eyster 1993). In
the same period, no cases of liver failure were observed in HCV positive
haemophiliacs who were HIV negative. Subsequent studies conirmed
the unfavourable course of HCV in haemophiliacs with HIV coinfection,
particularly in the setting of progressive immunodeiciency and lower CD4
counts (Rockstroh 1996, Puoti 2000).
In addition, the time interval between HCV infection and development
of cirrhosis is shorter in coinfection. Within the irst 10 to 15 years of HCV
infection, 15 to 25% of patients with HIV coinfection patients developed
cirrhosis compared with only 2 to 6% of HIV negative patients (Soto 1997).
Importantly, in men with haemophilia, mortality due to advanced liver
disease occurs ten years earlier with HCV/HIV coinfection than with HCV
monoinfection (Darby 1997). The incidence of hepatocellular carcinoma also
seems to be higher in coinfected patients (Giordano 2004).
Effect of HCV on HIV
While the impact of HIV on accelerating HCV-associated liver disease is
clear, the impact of HCV on the course of HIV disease seems less pr onounced.
The Swiss Cohort irst revealed a blunted CD4+ T cell response associated
with a faster progression to AIDS ater initiation of AT in patients with
HCV/HIV coinfection (Greub 2000). However, an updated analysis with
additional four-years of follow-up from the same cohort study could not
conirm this initial observation. There were no signiicant diferences with
regard to CD4+ T cell count recovery bet ween HIV positive patients with and
without HCV coinfection (Kaufmann 2003). Subsequent studies found that
no diference in CD4+ T cell count recovery was observed ater adjusting
for use of AT (Sulkowski 2002). Updated information from an analysis of
the EuroSIDA cohort, ater taking into account ongoing chronic (persistent
HCV replication) and resolved (positive HCV antibodies but negative HCV
RNA) HCV infection, conirm that no diference in CD4+ T cell count
recovery is observed in patients with chronic HCV and detectable HCV
RNA in comparison to patients with HIV monoinfection (Rockstroh 2005).
In addition, data from the same cohort revealed that CD4+ T cell recovery
in HIV positive patients with maximal suppression of HIV replication is not
inluenced by HCV serostatus in general or HCV genotype or level of HCV
RNA in particular (Peters 2009).
Effect of ART on HCV
In patients with HCV/HIV coinfection starting AT, a transient increase
in HCV RNA levels may occur at week 4, but thereater, no signiicant
changes in concentrations of HCV RNA happen over the irst six months
of treatment (Rockstroh 1998). However, a 1 log10 decrease of HCV RNA
has been reported in individuals with HCV/HIV coinfection individuals
receiving more than 12 months of AT who have signiicant immune
reconstitution (Rockstroh 2007). Moreover, case reports of HCV eradication
has been reported in patients receiving AT following CD4 count recovery
(Jones 2011). Other investigators, however, have not observed this decrease
in HCV RNA (Grint 2013).
There is evidence that AT-induced immune reconstitution might
reverse the unfavourable accelerated liver ibrosis progression in patients
with severe HIV-associated immune deiciency (Verma 2006, Vogel 2009).
Taking into account that liver disease progresses especially in those whose
CD4+ T cell count drops below 200 cells/L it is appealing to think that CD4
increases under AT may impact the further course of liver disease. In an
early study of 162 individuals with HCV/HIV coinfection who underwent
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liver biopsy, the use of protease in hibitors as part of their AT was asso ciated
with signiicantly lower rates of progression of liver ibrosis that could not
be explained by other cofactors (Benhamou 2000). These indings were
then conirmed by several cohort analyses which showed that individuals
with HCV/HIV coinfection on AT had signiicantly lower liver-related
mortality than patients receiving either suboptimal AT (only one or two
nucleoside reverse transcriptase inhibitors) or no AT (Qurishi 2003).
In line with these observations, the amount of immune reconstitution
achieved on AT was reported to afect the subsequent risk for developing
hepatic decompensation in individuals with HCV/HIV coinfection (Pineda
2007). Those patients who experienced the highest CD4+ T cell count gain on
AT were the least likely to develop further complications of liver disease.
Given that national and international HIV guidelines now recommend AT
regardless of CD4 cell count the previous recommendations for earlier AT
in HCV/HIV coinfection are obsolete in settings where universal AT is
available (EACS 2016). Short-term and long-term virologic success rates of
AT in HCV/HIV coinfection, however, may be limited by an increased risk
of hepatotoxicity (Sulkowski 2000). Various studies have shown that the
presence of HCV is independently associated with an increased risk of rises
in serum aminotransferases, highlighting the need for close monitoring or
better elimination of HCV (Vispo 2013).
(Child-Pugh B and C) the use of HCV protease inhibitors such as glecaprevir,
voxilaprevir, grazoprevir or paritaprevir is not advisable due to marked
increases in drug levels (see also Chapter 12).
In addition, patients with liver cirrhosis have to be regularly followed up
ater viral elimination as the risk of developing hepatocellular carcinoma or
hepatic decompensation persists. Monitoring should include six monthly
ultrasound examinations of the liver or alternative imaging procedures,
when ultrasound is not available or the quality of the examination is low
(EACS 2019).
Liver biopsy is not mandatory for assessing the degree of liver ibrosis
when non-invasive methods such as serotests for ibrosis (e. g. Fibrotest) or
transient elastography or acoustic radio force impulse (ARFI) are available
(Rockstroh 2009, Resino 2011). When liver biopsy or non-invasive tests for
assessing hepatic ibrosis demonstrate lower grades of liver ibrosis (F0-F1)
regardless of HCV genotype, treatment can be deferred, if there ar e economic
constraints. In this case, ibrosis progression should be frequently assessed
(also see Chapter 17).
The goal of HCV treatment is to achieve persistently undetectable HCV
RNA levels and to reverse liver ibrosis by terminating the necroinlammatory
activity in the liver. Viral elimination is generally referred to as a sustained
virologic response (SVR). It is deined as undetectable HCV RNA 12 weeks
(SVR12) or 24 weeks (SVR24) ater completion of HCV therapy.
Treatment of HCV in HIV coinfection
Ater the broad availability of interferon free DAA regimen with high
eicacy, good tolerance and short treatment duration elimination of HCV in
HIV coinfected individuals has become easy and the prevalence of HCV/HIV
coinfected patients has declined substantially in countries with broad access
to DAA regimen. From a medical point of view there are no reasons let not
to treat HCV, however cost of therapy may be a challenge still to overcome.
Several studies have been able to demonstrate that successful
treatment of coinfection dramatically reduces subsequent complications of
preexisting liver disease in HIV positive patients (Erqou 2013, Mira 2013).
This implies that once viral clearance is achieved the prognosis of liver
disease dramatically improves (even in the presence of already developed
liver cirrhosis) and once HCV is eradicated, further liver complications
in patients with low-grade liver ibrosis are very unlikely. Therefore,
regardless of stage of liver ibrosis, HCV treatment should be considered for
all people living with HCV/HIV coinfection.
The degree of liver ibrosis is important for choosing the optimal
therapy, as treatment duration may be prolonged or ribavirin (RBV) added
in patients with liver cirrhosis. In patients with advanced liver cirrhosis
Treatment in countries with access to interferon-free DAA combinations
For patients with HCV/HIV coinfection in countries with access to
interferon-free DAAs, HCV treatment has changed dramatically. These
simpliied DAA-based and interferon-free HCV therapy regimens are
characterised by high eicacy, good tolerance and short treatment
durations. The use of ribavirin is re served for speciic situations, e.g. treating
patients with liver cirrhosis or retherapy in the presence of resistance
mutations. Treatment with DAA regimen has demonstrated comparable
eicacy in HCV/HIV coinfection compared to HCV monoinfection.
However some subpopulations, e.g. decompensated liver cirrhosis, were not
extensively studied in patients with coinfection. Because of this, treatment
recommendations are based on trial results from HCV monoinfection.
In clinical practice, the main remaining diference compared to HCV
monoinfection is the higher number of possible drug-drug interactions
which may lead to an adjustment of AT or other co-medications.
Generally HCV protease inhibitors such as glecaprevir, voxilaprevir,
grazoprevir or paritaprevir are not recommended in patients with
decompensated liver cirrhosis due to marked increases in drug levels
(summary of product characteristics EMEA).
368 369
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As cost of non-generic DA A regimens are substantial and reimbur sement
difers on a local level the guidance below may be useful in a context
of economic constraints and cost eiciency. Because of this approach,
treatment is still structured by HCV genotype. In countries with broad
access to pangenotypic regimen a much simpler decision tree exists.
Selection of DAA combinations is based upon HCV GT, stage of liver
ibrosis, pre-treatment history and resistance-associated substitutions
(RAS) if tested (see Table 2). Use of older, irst generation HCV PIs (boceprevir
and telaprevir) or older second generation PIs such as simeprevir is no
longer recommended because of increased toxicities and lower eicacy.
Due to drug-drug interactions in particular with HIV and HCV PIs, careful
checking for interactions is urgently recommended prior to starting HCV
therapy.
As a general guidance concerning drug-drug interactions any strong
inducers of the cytochrome P 450 3A enzyme family or inducers of
p-glycoprotein should be avoided. Antiretroviral drugs such as efavirenz,
nevirapine, lopinavir/ritonavir and elvitegravir/cobicistat are generally not
recommended with DAA regimens. Treatment with rifampicin, rifabutin,
carbamazepine and phenytoin should also be avoided. Increases of tenofovir
levels during treatment with sofosbuvir/ledipasvir are not considered
clinically relevant (Kaur 2015). For speciic information on drug-drug
interactions consultation of the website http://www.hiv-druginteractions.
org is recommended.
Table 2. HCV treatment options in people with HCV/HIV coinfection (except for persons pretreated with Protease or NS5A inhibitors; adapted from EACS 2019)
HCV GTTreatment
regimen
EBR /GZR 12 weeks
1 & 4
GLE/PIB 8 weeks 12 weeks Not recommended
SO F/ V EL 12 weeks 12 weeks with RBV
SO F/LDV
+/- R BV
GLE/PIB 8 weeks 12 weeks Not recommended
2
SO F/ V EL 12 weeks 12 weeks with RBV
GLE/PIB 8 weeks
3
SO F/ V EL
+/- R BV
SO F/ V EL/
VOX
GLE/PIB 8 weeks 12 weeks Not recommended
5 & 6
SO F/LDV
+/– RBV
SO F/ V EL 12 weeks 12 weeks with RBV
EBR = elbasvir
LDV = ledipasvir
SOF = sofosbuvir VEL = velpatasvir VOX = voxilaprevir
RAS = Resistance Associated Substitutions
GLE = glecaprevir GZR = grazoprevir
Non-cirrhotic Compensated
8-12 weeks
without RBV
12 weeks
– 12 weeks Not recommended
12 weeks
+/- R BV
PIB = pibrentasvir RBV = ribavirin
Treatment duration & RBV usage
cirrhosis
(i)
(ii)
(iv)
(v)
(vii)
12 weeks
12 weeks with RBV
(iv)
Decompensated
cirrhosis CTP class B/C
Not recommended
12 weeks with RBV
Not recommended
(vi)
or 24 weeks without RBV
12 weeks with RBV
(iii)
(iii)
370 371
Extension of treatment to 16 weeks and addition of RBV in PLWH with GT1a with
i.
baseline HCV-RNA > 800.000 IU/mL and/or NS5A RASs causing at least 5-fold reduction
in activity of EBR to minimise the risk of treatment failure and in HCV GT4 experienced
PLWH with HCV-RNA > 800.000 IU/mL. 8 weeks can be considered in GT 1b treatmentnaïve with F0-F2
ii. 8 weeks treatment without RBV only in treatment-naïve PLWH with F < 3 and baseline
HCV-RNA < 6 million IU/mL
iii. In persons intolerant to RBV, treatment may be prolonged to 24 weeks. RBV can be
omitted in treatment-naïve or -experienced PLWH with compensated cirrhosis without
baseline NS5A RAS
iv. Treatment duration in HCV GT3 who failed previous treatment with IFN and RBV +/- SOF
or SOF and RBV should be 16 weeks
v. Addition of RBV in treatment experienced PLWH with baseline NS5A RASs, if RAS testing
available; if these persons are intolerant to RBV, treatment may be prolonged to 24 weeks
without RBV
vi. If RAS testing is available and demonstrates absence of NS5A RAS Y93H, RBV can be
omitted in treatment naive PLWH with compensated cirrhosis
vii. In treatment experienced (exposure to IFN/RBV/SOF) PLWH add RBV treatment for 12
weeks or prolong treatment to 24 weeks without RBV
15. Management of HCV/HIV coinfection
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Treatment in countries without access to interferon-free DAA combinations
Because treatment with the new DAAs, if patent protected, is very
expensive, access to these drugs is not available in some healthcare systems.
Access to generic drugs may be an alternative solution in almost all of these
areas.
In case only interferon and ribavirin are available the standard dosage
for PEG-IFN α-2a is 180 g SC once weekly and for PEG-IFN α-2b 1.5 g/kg
body weight SC once weekly plus RBV 1000 mg (<75 kg body weight) and
1200 mg (≥75 kg body weight). Duration of therapy is individualised between
24 to 48 weeks taking into account factors for HCV treatment response such
as genotype, baseline viral load and virologic response.
If an early virologic response (decline of at least 2 log10 reduction in HCV
RNA at week 12 from baseline) is not achieved when treating HCV with
PEG-IFN and RBV, treatment should be stopped.
During PEG-IFN+RBV therapy, didanosine (ddI) is contraindicated in
persons with cirrhosis and should be avoided in persons with less severe
liver disease. Stavudine (d4T) and zidovudine (ZDV) should also be avoided.
For details please consult previous recommendations (EACS 2015).
Treatment of HCV for relapse or non-response
For patients with coinfection in countries with access to DAAs,
interferon-free DAA-based HCV treatment should be the irst choice for
retreating patients with chronic HCV. The rules are essentially the same as
for HCV monoinfection (see Chapter 12). However, due to possible drug-drug
interactions, the concomitant AT should be assessed before initiating HCV
therapy (see EACS guidelines 2019 or visit www.hep-druginteractions.org).
Before retreating patients with virologic failur e, adherence should be assessed
and reinfection excluded. Resistance testing, if available, should be performed
before re-treatment of persons who failed ater a PI-and/or NS5A inhibitorcontaining agent. The triple combination of SOF/VEL/VOX for 12 weeks is the
treatment of choice for re-treatment, especially if resistance testing is not
available. In persons with complex mutations patterns SOF+GLE/PIB + RBV
for 12-16 weeks can also be considered. In case of unavailability of SOF/VEL/
VOX or SOF + GLE/PIB other regimens with at least two active DAAs could be
combined with the preferential use of one drug with high genetic barrier to
resistance and with extended treatment durations and potentially addition of
RBV. In patients with decompensated cirrhosis SOF/VEL + RBV for 24 weeks
is the only available option for re-treatment in case of contraindication to
liver transplantation.
The main risk factor for virologic failure in adherent patients is liver
cirrhosis. Because of this, these patients will accumulate in the group
of patients requiring retreatment. In particular, patients with hepatic
decompensation are challenging as treatment is associated with hepatic
decompensation, infectious complications and has a mortality rate of up to
10% in clinical studies. In some patients, liver transplantation followed by
DAA therapy may be an alternative strategy (see Chapter 20).
In countries with no access to interferon free DAA regimen, patients with
a history of interferon based HCV therapy who were either non-responders
or who relapsed while on previous HCV therapy need to be reassessed with
regard to the next HVC treatment optimising the dose and duration of
PEG-IFN and RBV as well as potentially adding simeprevir, daclatasvir or
sofosbuvir as a third drug. Interferon-based therapy is contraindicated in
patients with hepatic decompensation.
Treatment of acute HCV in HIV
In the past, interferon-based regimen were more eicacious, when used
in the acute phase of HCV infection, but, given the SV rate of >90% with
most DAA regimen in chronic HCV, this advantage is no longer important.
IFN-containing HCV regimens are no longer recommended. Ater
diagnosis of recently acquired HCV infection, HCV RNA should be
re-measured 4 weeks later. Treatment is recommended in PLWH without a
decrease of 2 log of HCV RNA at 4 weeks compared with initial HCV RNA,
due to the very low probability of spontaneous clearance, and in persons
with persistent serum HCV RNA 12 weeks ater diagnosis of recently
acquired HCV, see Algorithm for Management of Recently acquired HCV
in Persons with HIV Co-infection. HCV treatment immediately ater
diagnosis may be consideredin PLWH with ongoing risk behavior to reduce
onward transmission. However, counseling strategies to change the risk
behavior are also an essential part of the prevention measures. IFN-free
treatment with DAAs is recommended as in naïve non-cirrhotic (except for
those with pre-existing cirrhosis). For more detailed information on the
management of recently acquired HCV infection we refer to the European
AIDS Treatment Network (NEAT) consensus conference guideline, www.
neat-id.org. In case of interferon-based therapy as the only available option,
duration of treatment should be based on rapid virologic response (VR)
regardless of genotype. Early discontinuation of interferon based therapy is
justiied in persons experiencing signiicant side efects of PEG-IFN and/or
RBV. Also patients who do not achieve a ≥2 log
at week 12 should discontinue therapy (NEAT 2011).
decrease in HCV RNA level
10
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Management of liver cirrhosis and liver
transplantation in people with HCV/HIV
coinfection
In general, compared to HCV monoinfection, individuals with HCV/
HIV coinfection develop more rapid HCV-related hepatic injuries such as
liver ibrosis and cirrhosis. Additionally, HCV/HIV coinfection is associated
with an increased rate of hepatocellular carcinoma (HCC). Typically, HCC
occurs in coinfection at an earlier age and the course is more aggressive,
with a shorter survival compared to HCV monoinfection (Klein 2016).
An ultrasound of the liver should be performed every six months for
HCC surveillance in patients with F3/F4 ibrosis, according to the
recommendations of EACS (EACS 2019).
As upper gastrointestinal bleeding is another important complication
the presence of oesophageal varices using upper-gastrointestinal endoscopy
should be monitored in patients with liver cirrhosis every year.
Liver transplantation should be considered in patients with
decompensated liver cirrhosis. To fulil the selection criteria for a liver
transplant in individuals with HCV/HIV coinfection, the CD4+ T cell count
has to be at least 100 cells/l. Additionally, the patient has to have either
undetectable HIV viraemia (<50 copies/mL) or at least rational treatment
options to control HIV infection successfully ater liver transplantation.
Further contraindications for transplantation are opportunistic diseases,
ongoing alcohol or drug use, large multilocular HCC or HCC metastasis
in other organs, a second malignant disease, advanced cardiopulmonary
disease or older age with an elevated perioperative mortality risk.
The possibility to eradicate HCV in virtually all patients posttransplant
due to the high eicacy of DAA regimen will positively afect transplant
survival. O n the other hand, the need for liver transplantation due to c hronic
HCV will be substantially reduced over the years to come in countries with
large scale access to DAAs.
For more details, refer to Chapter 20 on liver transplantation in HCV/HIV
coinfection.
Conclusion
Uncontrolled HIV infection accelerates the progression of hepatitis
C, resulting in higher liver disease-related mortality and morbidity in
HCV/HIV coinfection compared to either HCV or HIV monoinfection. In
countries with access to DAAs, interferon-free DAA-based treatment is
strongly recommended in all patients. Treating with DAA based regimen
has eliminated the lower eicacy of HCV therapy as known from interferon
based therapies. Drug-drug interactions between AT and the DAAs
inhibitors require careful selection of both HIV and HCV drugs before
initiating therapy. Ater elimination of HCV monitoring for HCC and
hepatic decompensation has to be implemented for patients with advanced
liver ibrosis.
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16. HBV/HCV coinfection
Raphael Mohr, Carolynne Schwarze-Zander and Jürgen Kurt Rockstroh
Epidemiology of HBV/HCV coinfection
Infection with either hepatitis B (HBV) or hepatitis C (HCV) virus is one
of the major causes of chronic liver disease globally (Konstantinou 2015).
Due to shared routes of transmission, coinfection with HBV and HCV is
not uncommon among individuals in areas of high HBV prevalence and
among individuals at high risk of parenterally transmitted infections, such
as people who inject drug (PWID) (Pallas 1999), those with an increased
number of lifetime sexual partners (Bini 2010), patients on haemodialysis
(Reddy 2005), patients undergoing organ transplantation (Aroldi 2005) and
HIV positive individuals (Zhou 2007, Jansen 2015). Due to a lack of largescale population-based studies the exact number of people coinfected
with HBV/HCV is unknown. Dual infection ranges from 9% to 30%,
depending on the geographic region (Zarski 1998, Liaw 1995, Tyson 2013).
These numbers may underestimate the true number of people with HBV/
HCV coinfection, as there is a well-known entity of occult HBV infection
(patients with negative hepatitis B surface antigen [HBsAg] but detectable
serum HBV DNA) in patients with chronic HCV (Cacciola 1999, Torbenson
2002, Raimondo 2005, Wiegand 2015).
Screening for HBV/HCV coinfection
People with a irst episode of acute hepatitis should be screened for all
viral causes including HBV and HCV (see Chapter 8 on diagnostic tests in acute and
chronic hepatitis B and Chapter 11 for hepatitis C). Some patients may be inoculated
with both viruses simultaneously and will present with acute hepatitis due
to both viruses. In addition, HBV superinfection in patients with chronic
HCV, and HCV superinfection in patients with chronic HBV have both
been reported (Liaw 2000, Liaw 2002, Liaw 2004). Therefore, episodes
of acute hepatitis in patients with known chronic HBV or HCV infection,
especially those with ongoing risk behavior for hepatitis infections such as
injecting drug use or multiple sex partners, should undergo screening for
superinfection. In addition, in patients with chronic HCV, ruling out occult
HBV infection beyond HBsAg testing, e.g., by polymerase chain reaction
(PCR), should be done when clinically indicated (Squadrito 2013).
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