Chronic hepatitis C treated with phlebotomy alone: biochemical and histological outcome

Citation
M. Sartori et al., Chronic hepatitis C treated with phlebotomy alone: biochemical and histological outcome, DIG LIVER D, 33(2), 2001, pp. 157-162
Citations number
25
Categorie Soggetti
Gastroenerology and Hepatology
Journal title
DIGESTIVE AND LIVER DISEASE
ISSN journal
15908658 → ACNP
Volume
33
Issue
2
Year of publication
2001
Pages
157 - 162
Database
ISI
SICI code
1590-8658(200103)33:2<157:CHCTWP>2.0.ZU;2-D
Abstract
Background, In patients with chronic hepatitis C, the histological outcome of long term phlebotomy is unknown. Aim. To investigate biochemical and histological findings before and after phlebotomy in chronic hepatitis C. Patients. Twenty-four non-haemochromatotic patients with chronic hepatitis C were treated with long-term phlebotomy alone, Results. Hepatic iron concentration had decreased in all patients who under went a second liver biopsy, two years after iron depletion was attained and maintained. Histological grading score decreased in four patients, was unc hanged in two, and increased in five. Histological staging score decreased in two patients, was unchanged in five, and increased in four. Pretreatment high serum selenium level predicted the reduction of the inflammatory grad ing score in univariate analysis (p=0.008), while low serum aspartate amino transferase (p=0.02) and low propeptide of procollagen III (p=0.08) levels predicted the lack of progression of liver fibrosis. Furthermore, when iron depletion was reached, significant reductions of serum levels of aminotran sferase, gamma glutamyl transferase (-47%), propeptide of procollagen ill, alpha foetoprotein, selenium were observed in 24 patients. No changes in se rum hepatitis C virus-RNA levels were found. Conclusions. Phlebotomy alone seems to be efficacious in suppressing progre ssion of chronic hepatitis C in some patients. Phlebotomy not only induces iron depletion, but it even modifies serum levels of other trace elements i nvolved in the balance between oxidant and antioxidant processes.