Page 18 - NON-INVASIVE TESTS FOR EVALUATION OF LIVER DISEASE SEVERITY AND PROGNOSIS
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HBV JOURNAL OF HEPATOLOGY
Prolonged treatment with antiviral therapy is associated with
resolution of liver fibrosis and regression of liver cirrhosis Recommendations
[269–271]. Non-invasive tests are an attractive strategy to moni-
tor changes in fibrosis. A significant decrease in LS and biomark- • Non-invasive assessment with either serum biomarkers
ers values, compared with baseline values, in HBV-infected or TE can be used to monitor improvement in liver
patients treated with analogs has been reported [272–281]. fibrosis during antiviral therapy. The correlation of
However, like for HCV patients, improvement of LS in HBV fibrosis improvement predicted by non-invasive
patients who start antiviral therapy when ALT is elevated may measurement with histology has yet to be determined
be related to normalization of ALT instead of fibrosis improve- (B2)
ment [274]. In this case, a LS measurement a few months after
commencing treatment and normalization of ALT is recom- • The impact of ALT normalization by antiviral therapy
mended as baseline to monitor the changes in liver fibrosis. The has to be considered on interpretation of the non-
value of non-invasive tests to predict the occurrence of com- invasive liver fibrosis assessment results (A1)
plications or survival in patients with undetectable HBV DNA
and cirrhosis prior to antiviral treatment remains to be deter-
mined [282–284].

Table 8. Prognostic performance of TE for predicting development of HCC in patients with chronic liver disease.

Authors Etiologies Year Total patients HCC Region Design Follow-up AUROC Cut off
duration value
(n) patients (n) (months) (kPa)

Masuzaki et al. HCV 2008 265 85 Asia Cross- - 0.805 25
[312] sectional

Nahon et al. [313]^ Mixed 2009 265 66 Europe Cross- - n.a. n.a.
sectional

Kuo et al. [311] Mixed 2010 435 106 Asia Cross- - 0.736 24

sectional

Feier et al. [310] HCV 2013 144 72 Europe Cross- - 0.680 38.5
sectional

Masuzaki et al. HCV 2009 866 77 Asia Longitudinal 36.0 n.a. 25
[317] prospective

Akima et al. [314] HCV* 2011 157 41 (10)** Asia Longitudinal 40.7 0.787 12.5
prospective

Wang et al. [319] HCV 2013 198 10 Asia Longitudinal 47.8 n.a. 12
prospective

Narita et al. [318] HCV 2013 151 9 Asia Longitudinal 24.1 n.a. 14

prospective

Jung et al. [316] HBV 2011 1130 57 Asia Longitudinal 30.7 n.a. 8

prospective

Chon et al. [315] HBV 2012 1126 63 Asia Longitudinal 30.7 0.789 n.a.

prospective

Fung et al. [275] HBV 2011 528 7 Asia Longitudinal 35.0 n.a. 10

prospective

Kim et al. [321] HBV 2012 128 13 Asia Longitudinal 27.8 0.722 19
prospective

Kim Do et al. [320] HBV¥ 2013 162 12 Asia Longitudinal 24.0 0.736 12
prospective

Robic et al. [322] Mixed 2011 100 4 Europe Longitudinal 24.0 0.837 21.1

prospective

Klibansky et al. Mixed 2012 667 16 USA Longitudinal 28.7 0.870 10.5
[267]
prospective

Poynard et al. [323] HCV 2014 3927 84 Europe Longitudinal 144 0.860 50

prospective

^Liver cirrhosis with Child-Pugh class A. ⁄Mostly HCV with 85.4%. ⁄⁄41 patients with HCC at the time of enrollment, 10 patients developed HCC during follow-up.
 All patients treated with interferon; àAll patients were HBeAg-negative; ¥All patients completed 2-year entecavir treatment.

TE, transient elastography; HCC, hepatocellular carcinoma; AUROC, area under the receiver operating characteristic curve; kPa, kilopascal; HCV, hepatitis C virus; HBV,

hepatitis B virus; n.a., not available.

Journal of Hepatology 2015 vol. xxx j xxx–xxx 17

Please cite this article in press as: EASL-ALEH Clinical Practice Guidelines: Non-invasive tests for evaluation of liver disease severity and prognosis. J
Hepatol (2015), http://dx.doi.org/10.1016/j.jhep.2015.04.006
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