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ISSN: 1948-5956
Journal of Cancer Science & Therapy
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Severe Liver Toxicity in a Lung Cancer Patient Treated with Erlotinib: A Case Report and Literature Review

Yi-Chun Lai1,2,4* and Jiun-I Lai2,3

1Division of Chest Medicine, Department of Internal Medicine, National Yang-Ming, University Hospital, Yilan, Taiwan

2School of Medicine, National Yang-Ming University, Taipei, Taiwan

3Department of Cell Molecular Biology, The Scripps Research Institute, USA

4Institute of Hospital and Health Care Administration, National Yang-Ming University, Taipei, Taiwan

*Corresponding Author:
Lai YC
Division of Chest Medicine, Department of Internal Medicine
School of Medicine, National Yang-Ming University Hospital
Institute of Hospital and Health Care Administration
No. 152, Xin-Min Road, Yilan, Taiwan, 26042
Tel: +886-3-932-5192 ext. 1620
Fax: +886-3-935-1838
E-mail: mailto:toto881049@yahoo.com.tw

Received Date: September 25, 2016; Accepted Date: November 23, 2016; Published Date: November 25, 2016

Citation: Lai Y, Lai J (2016) Severe Liver Toxicity in a Lung Cancer Patient Treated with Erlotinib: A Case Report and Literature Review. J Cancer Sci Ther 8:268-273. doi: 10.4172/1948-5956.1000425

Copyright: © 2016 Lai Y, et al. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

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Abstract

Background: Epidermal growth factor receptor (EGFR) tyrosine-kinase inhibitors (TKIs) constitute the standard therapy for advanced stage non-small cell lung cancer. Compared with systemic chemotherapy, TKI based treatment has fewer adverse effects.

Patients and methods: We present a lung cancer patient with erlotinib associated severe liver toxicity and perform a systemic review on published studies that report EGFR-TKI-associated liver toxicity. We conducted a systemic search in Medline, PubMed, and Google for studies that were accessible.

Results: A total of 18 papers was found from which we analysed 16 studies with a total of 30 patients. This is the largest case numbers literature review. In these studies, abnormal liver function levels were reported around 75.4 ± 135.2 days after initiating EGFR- TKI treatment. Six patients (20%) died during the study period (23.8 ± 22.5 days after EGFR-TKI use) who were more likely to be Male, to use erlotinib, to receive EGFR- TKI as non-first line therapy, and to have liver metastasis.

Conclusion: From our analysis, male, erlotinib use, EGFR-TKI for second line or later use, and initial liver metastasis were associated with higher mortality after EGFR-TKI-associated liver toxicity. The underlying mechanism is unknown, and further studies are required to validate these results.

Keywords

Epidermal growth factor receptor; Erlotinib; Hepatitis; Non-small cell lung cancer; Tyrosine-kinase inhibitor

Introduction

Erlotinib and gefitinib are orally taken, epidermal growth factor receptor (EGFR) tyrosine-kinase inhibitors (TKIs). Gefitinib was reported to increase progression free survival in advanced nonsmall cell lung cancer (NSCLC) with EGFR mutation [1,2]. Gefitinib was approved by US Food and Drug Administration (FDA) in 2003 for unresected lung cancer [3], and erlotinib received FDA approval in 2007 for the same indication [4]. The common adverse effects of EGFR-TKI included diarrhoea [2,5] and skin rash [6,7], although this seldom results in drug discontinuation [8]. The incidence of gefitinib associated liver toxicity (Grade 3 or 4, Common Terminology Criteria for Adverse Events 3.0) was around 9.4% to 26.3% [1,2,9]. However, erlotinib associated liver toxicity (Grade 3 or 4) [10] was less than 5% [11], and the risk of liver function impairment is less than gefitinib. Under the dosage of 150 mg/day in advanced NSCLC treated with erlotinib, no abnormal liver function impairment was reported [11-14]. There is no effective treatment for EGFR-TKI-associated liver toxicity, only discontinuation of the drug. However, we did not know what kind of patients will suffer liver toxicity with EGFR-TKI use till now.

Several case reports have described EGFR-TKI-associated liver toxicity, but most of the reports have a small sample size or are only a case report. We still do not understand the liver toxicity about EGFR-TKI in the real world. Herein, we present a case with erlotinib associated liver toxicity in a NSCLC, adenocarcinoma with positive EGFR mutation. In addition, we perform a review on all published case reports on EGFR-TKI-associated liver toxicity. This is the largest case series review of EGFR-TKI-associated liver toxicity.

Materials and Methods

One case presentation

A 64 years old male who was a heavy smoker presented to our hospital and was diagnosed with NSCLC, adenocarcinoma, cT3N2M1b, stage IV with multiple brain and solitary liver metastases on Nov 23rd, 2013. Endobronchial biopsy over the lung mass at right lower lobe was sent to pathology and revealed adenocarcinoma. Further genomic analysis confirmed the presence of EGFR exon 21 L858R point mutation. Erlotinib 150 mg orally once daily was prescribed for first line therapy since Jan 8th, 2014. This patient had no underlying hepatitis B or C, and no previous liver function impairment history before starting treatment. After 7 days of erlotinib use, baseline laboratory (lab) data before start of erlotinib revealed creatine (Cr), 1.33 mg/dL, and normal liver function levels with aspartate aminotransferase (AST)/alanine aminotransferase (ALT), 20/41 U/L, total bilirubin, 0.98 mg/dL.

On the twentieth day of erlotinib therapy, he complained about general weakness and poor appetite. The lab data showed Cr, 0.9 mg/dL, AST/ ALT, 342/738 U/L, total/direct bilirubin, 3.83/3.08 mg/dL, alkaline phosphatase (alk-p)/ gamma-glutamyl transferase (GGT), 322/485 U/L. Erlotinib was discontinued immediately under the impression of drug associated liver toxicity. Chest and abdominal computerized tomography (CT) showed a 5 × 5 × 4 cm solid mass over right lower lung, with tumour size regression and stationary liver metastasis lesion (1 × 1 cm). The patient denied analgesics, Chinese herbs, and other overthe- counter drugs use. He was admitted for treatment of liver function impairment. After initial treatment with hydration, discontinuation of erlotinib and close monitoring of liver enzymes, his liver function continued to deteriorate in the first week of admission. Total bilirubin reached its peak of 11.03 mg/dL after discontinuing erlotinib for 9 days. We re-examined if hepatitis A, B or C was present, but the results were all negative. A sonogram-guided liver biopsy was performed for evaluation of the underlying cause. Pathology from the biopsy displayed chronic inflammatory cells infiltration in the periportal area and ballooning degeneration in some hepatocytes. Drug-associated liver toxicity could not be excluded as a diagnosis. We continued with our current treatment and limited unnecessary medication. Finally, the liver function levels recovered after discontinuing erlotinib for 28 days (Figure 1), and he was discharged. The patient is currently switched to first line chemotherapy with pemetrexed and cisplatin for advanced lung adenocarcinoma. At the time of this manuscript, initial preparation (Jan, 2014), his liver function levels are still within normal range. Unfortunately, he passed away in May, 2014 because of disease progression.

cancer-science-therapy-erlotinib-treatment

Figure 1: Result of the series liver function test in our patient during erlotinib treatment course and discontinuation of the drug. The liver function test recovered after about 40 days. AST: aspartate aminotransferase; ALT: alanine aminotransferase; L: liter; T. bil: total bilirubin; dL: decileter; mg: milligrams.

Literature Review

We performed a search in the literature using combinations of keyword phrases as follows: erlotinib/gefitinib related/induced hepatitis, abnormal liver function, liver toxicity, and lung cancer, in Medline, PubMed and Google, with our search limited to English publications. A total of 18 papers were found [13,15-31]. Two studies were discarded resulting in 16 manuscripts enrolled (Table 1) including 12 case reports [13,15-18,20,21,24,26,29-31], 1 literature review [19], 1 letter to the editors [22] and two case series [23,25]. Of the two studies omitted, one was a meta-analysis [27] and one was a case report [28] which did not reveal clinical detail laboratory data for our further analysis.

Cancer type Age/Sex Initial AST/ALT (mg/dL) Peak AST/ALT (mg/dL) Initial T. bil (U/L) Peak T. bil (U/L) Management Out
come
Time to first elevate LTF
(days)
Time to recover LFT (days)
Adenocarcinoma15 53/M - 3511/884 1.1 4.7 hydration Die 10 -
NSCLC16 81/M 34/28 97/70 1.2 13.6 Stop drug live 14 10
Adenocarcinoma17 67/F 25/30 2476/2021 0.8 15.9 Steroid, stop drug Die 14 -
Adenocarcinoma18 77/F - 340/170 - - stop drug live 67 40
Adenocarcinoma19 74/M 13/12 108/116 - - Steroid, stop drug live 22 4
Adenocarcinoma20 64/F - 592/617 - - stop drug live 35 23
Adenocarcinoma21 66/F 84/181 1011/599 - - stop drug live 91 49
Adenocarcinoma22 31/M 53/53 431/896 0.9 6 stop drug Die 2 -
Adenocarcinoma22 58/M 20/18 800/745 0.8 13 stop drug Die 7 -
Adenocarcinoma22 72/M 38/49 1250/1412 0.7 3.3 stop drug Die 6 -
Adenocarcinoma23 50/F - 63/155 - - stop drug live 22 -
Adenocarcinoma23 51/F - 159/280 - - stop drug live 175 -
Adenocarcinoma23 61/M - 128/197 - - stop drug live 42 -
Adenocarcinoma23 64/F - 89/263 - - stop drug live 53 -
Adenocarcinoma23 64/F - 426/533 - - stop drug live 55 -
Adenocarcinoma23 66/F - 52/252 - - stop drug live 191 -
Adenocarcinoma23 72/M - 231/342 - - stop drug live 35 -
Adenocarcinoma23 76/F - 62/113 - - stop drug live 50 -
Adenocarcinoma24 31/F - 972/3720 - - stop drug live 28 14
Adenocarcinoma25 66/F - 599/1053 - - stop drug live - -
Adenocarcinoma25 63/F - 226/519 - - stop drug live - -
Adenocarcinoma25 53/F - 765/1053 - - stop drug live 42 -
Adenocarcinoma33 57/F - 800/- - - Steroid, stop drug live 56 60
Adenocarcinoma13 77/M 18/22 1400/1299 - 1 stop drug Die 12 -
Adenocarcinoma (our case) 64/M 20/41 182/325 0.98 11 stop drug Live 20 60
Adenocarcinoma29 61/F - 629/1130 - - stop drug Live 720 300
Adenocarcinoma30 67/F - -/731 - - stop drug Live 120 120
Adenocarcinoma30 83/F -/124 -/375 - - stop drug Live 60 100
Adenocarcinoma31 52/M - 173/354 - - stop drug live 120 30
Adenocarcinoma31 88/M - 143/287 - - stop drug live 42 35

Table 1: Published cases of erlotinib-associated liver toxicity in lung cancer.

We collected the patients’ clinical characteristics, EGFR-TKI type, use duration, and laboratory data reported in the manuscript. We wanted to analyze the severity and mortality about the EGFR-TKIassociated liver toxicity.

Statistical Analysis

The continuous variable is presented as mean ± standard deviation (SD) and binary variables are presented with percentage, such as age, EGFR TKIs use period, etc. The difference between erlotinib and gefitinib group were compared using chi square or Fisher exact test. All statistics were performed using the SPSS 22.0 (SPSS Inc., Chicago, IL, USA).

Results

A total of 30 cases reported in our searches (including our case) of EGFR-TKI-associated liver toxicity was identified. Basic demographic characteristics are presented in Table 2. The mean age was 63.6 ± 13.1 years old, with 18 (60%) female patients. Twenty-nine (93.5%) patients had the pathology of adenocarcinoma and only one case reported non-small cell lung cancer. Sixteen (53.3%) patients had positive EGFR mutation, while in 12 cases (40%) the mutation status was not mentioned in the manuscripts. Eighteen (60%) patients were treated with gefitinib and others with erlotinib. Seventeen patients (56.7%) were treated with EGFR-TKI as first line therapy. In addition, although 4 (13.3%) patients had liver metastasis during EGFR- TKI treatment, none had a reported history of hepatitis B or C. Only less than 15% of the patients had symptoms such as skin rash, nausea, or vomiting when abnormal liver function was present. Most physicians (28 cases, 93.3%) discontinued EGFR-TKI at the initial presentation of abnormal liver function levels, and 3 cases (13.3%) were treated with steroids. Finally, 19 patients (63.4%) were switched to a different EGFR-TKI after liver function test normalized.

Characteristics N (%) unless otherwise indicated, total=30
Age in year, mean ± SD (range) 63.6 ±13.1 (31-81)
Female 18 (60%)
Cancer type (adenocarcinoma) 29 (93.5%)
Stage
IIIb 3 (10%)
IV 15(50%)
unknown 12 (40%)
EGFR mutation
positive 16 (53.3%)
negative 2 (6.7%)
unknown 12 (40%)
TKI use
Gefitinib 18 (60%)
Erlotinib 12 (40%)
Smoke 6 (20%)
ECOG
0 4 (13.3%)
1 3 (10%)
2 3 (10%)
3 6 (20%)
unknown 14 (46.7%)
Treatment
First line 17 (56.7%)
Second line 3 (10%)
Third line 2 (6.7%)
Unknown 8 (26.6%)
Liver metastasis 4 (13.3%)
Hepatitis history 0 (0%)
Pre-treatment with TKI
Gefitinib 6 (20%)
No 24 (80%)
Pre-treatment with chemotherapy 4 (13.3%)
Outcome
Die 6 (20%)
Survival 24 (80%)
Symptoms
Skin rash 3 (10%)
Dyspnea 3 (10%)
Nausea 4 (13.3%)
Poor appetite 3 (13.3%)
Abdominal pain 2 (6.7%)
Fever 1 (3.3%)
Stop EGFR-TKI 28 (93.3%)
Treatment with steroid 3 (13.3%)
Shift to another EGFR-TKI 19 (63.4%)

Table 2: Characteristics of the reported patients with EGFR-TK-associated liver toxicity.

Almost all patients had nearly normal liver function test at the initial treatment with EGFR-TKI (Table 3). The time point of initial abnormal liver function was at 75.4 ± 135.2 days after starting EGFRTKI treatment. The peak liver enzyme levels were: AST, 632.7 ± 780.8 U/L, ALT, 705.8 ± 742.5 U/L, total bilirubin, 7.7 ± 5.8 mg/dL. It took 65.4 ± 81.8 days for liver function to recover after discontinuing EGFRTKI. There were 6 patients (20%) who ultimately expired. In these 6 patients, the length of survival was 23.8 ± 22.5 days after EGFR-TKI use.

Clinical data Mean ± SD
Initial treatment AST (U/L) 34 ± 22.1
ALT (U/L) 55.8 ± 54.3
T. bil (mg/dL) 0.9 ± 0.2
Peak level AST (U/L) 632.7 ± 780.8
ALT (U/L) 705.8 ± 742.5
T. bil  (mg/dL) 7.7± 5.8
Time to liver function impairment (days) 75.4 ± 135.2
Time to peak liver function impairment (days) 114.4 ± 172.8
Time to liver function recovery after discontinuing EGFR-TKI (days) (N=7) 65.4± 81.8
Survival days (N=6) 23.8± 22.5

Table 3: Summary of liver function test in the reported cases.

We found dead patients tended to be male (p=0.02), to use erlotinib (p=0.001), to receive EGFR-TKI as non-first-line therapy (p=0.008), and to have liver metastasis (p=0.003) (Table 4).

  Survive (n=24) (%) Die (n=6) (%) P value
Sex 0.02
Male 7 (29.2) 5 (83.3)  
Female 17 (70.8) 1 (16.7)
Age (years old) 64.6 ± 12.3 59.7 ± 6.8 0.42
Stage 0.56
IIIb 1 (8.3) 2 (33.3)  
IV 11 (91.7) 4 (66.7)
EGFR mutation 0.11
Positive 15 (93.7) 1 (50)  
Negative 1 (6.3) 1 (50)
EGFR-TKI type 0.001
Erlotinib 6 (25) 6 (100)  
Gefitinib 18 (75) 0 (0)
Smoke 0.30
Yes 6 (25) 0 (0)  
No 18 (75) 6 (100)
ECOG 0.26
0 3 (25) 1 (25)  
1 3 (25) 0 (0)
2 3 (25) 0 (0)
3 3 (25) 3 (75)
Treatment 0.008
First line 15 (93.8) 2 (33.3)  
Second line 1 (6.3) 2 (33.3)
Third line 0 (0) 2 (33.3)
Liver metastasis 0.003
Yes 1 (4.2) 3 (50)  
No 23 (95.8) 3 (50)
Pre-treatment with TKI 0.82
Gefinitib 5 (20.8) 1 (16.7)  
No 19 (79.2) 5 (83.3)
Pre-treatment with chemotherapy 0.003
Yes 1 (4.2) 3 (50)  
No 23 (95.8) 3 (50)
Treatment with steroid 0.54
Yes 2 (8.3) 1 (16.7)  
No 22 (91.7) 5 (83.3)
Stop EGFR-TKI 0.003
Yes 24 (100) 4 (66.7)  
No 0 (0) 2 (33.3)

Table 4: Outcome of EGFR-TKI-associated liver toxicity per patient characteristics.

Discussion

First, we present an advance lung adenocarcinoma patient treated with erlotinib with drug-induced liver toxicity. Then, we reviewed a total of 30 cases reported in the internet about EGFR-TKI-induced liver toxicity, with 6 fatal cases. It took 65.4 ± 81.8 days for liver function to recover after discontinuing EGFR-TKI. In the 6 fatal cases, length of survival was 23.8 ± 22.5 days after EGFR-TKI use. We found the non-survival patients tended to be male, to use erlotinib, to receive EGFR-TKI as non-first-line therapy, and have liver metastasis. To our knowledge, this is the first and largest of lung cancer cases to be systemically reviewed concerning EGFR-TKI -associated hepatitis.

Liver function impairment was a rare adverse effect of EGFR-TKI in phase III clinical trials [4]. Clinically, it is common to observe mild elevation of liver function tests in lung cancer patients with EGFRTKI use. However, it is unclear why some patients using EGFR-TKI suffer from fatal hepatic toxicity, but while others seem to tolerate TKI well. CYP3A4 polymorphisms have been associated with liver toxicity in TKI use [32], which slow the rate of EGFR-TKI metabolism and ultimately result in higher circulating drug levels [22], although the exact mechanism is yet to be determined. Currently, there is no standard examination for prediction of EGFR-TKI induced hepatitis, and predisposing risk factors are unclear. It must be noted that our study provides a hint of associated risk factors, but a causal effect can only be established firmly by a prospectively designed clinical trial.

Treatment-wise, there is no specific treatment other than discontinuation of TKI and close monitoring of liver function levels. One solitary case report [19] presented successful treatment with high dose methylprednisolone, but this has yet to be validated by more studies. Close observation and interruption of suspected drugs and supportive care remain the current treatment.

Our study is subject to several limitations. First, publication bias should be considered due to our search criteria limiting the results to online publication full text. It is likely that less severe cases might not be reported by physician, and it is possible that not all cases will be reported since there is currently no registry for TKI related hepatitis. Otherwise, these case reports are diagnosed with TKI-induced liver toxicity at a certain severity level. The cases we collected still had representative and reference value. Second, some crucial patient characteristics are absent in some of the reports, such as smoking condition or performance status. Therefore, these factors that we have insufficient data on would be omitted from analysis. Third, since our study is a retrospective literature analysis, it lacks the evidence level of a prospective trial. Fourth, patients receiving second- or later-line TKI treatment may have a worse outcome than patients receiving first-line TKI treatment. Initial liver metastasis also is known to be a bad prognostic factor. Nevertheless, our study provides insights into possible adverse effects in lung cancer patients using TKI and can serve as important information for clinicians prescribing TKIs to patients, especially raising concern in patients with predisposed liver impairment.

In conclusion, although EGFR-TKIs offer proven efficacy and are usually well tolerated in lung cancer patients, prescribing physicians should be alert to hepatitis as a possible side effect, and liver enzymes must be followed closely in high risk patients. Per our analysis of 30 cases, in case of EGFR-TKI-associated liver toxicity as defined in this review, the use of erlotinib, being male and having initial liver metastasis were found to have a negative prognostic value and should be kept in mind when initiating TKI treatment courses.

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