Magnetic resonance imaging pallidal hypersignal in cirrhotic subjects
✍ Scribed by J Kulisevsky; J Pujol; J Deus; J Balanzó; A Pujol
- Book ID
- 102240222
- Publisher
- John Wiley and Sons
- Year
- 1996
- Tongue
- English
- Weight
- 103 KB
- Volume
- 24
- Category
- Article
- ISSN
- 0270-9139
No coin nor oath required. For personal study only.
✦ Synopsis
Clinical and Experimental Research. 4
The 80 patients with biopsy-proven alcoholic liver disease were not We are writing in response to your letter pointing out the always diagnosed as alcohol dependent by psychiatrists. existence of overlaps in content in our articles published in However, 62 of 80 patients and 60 healthy controls were used HEPATOLOGY 1 and the Journal of Hepatology. 2 The letter for analysis in the Alcoholism: Clinical and Experimental showed that we submitted the data to two different journals Research paper. The reference 4 had to be added in the two using the same materials while assuring each journal that journals. the material was not under consideration elsewhere. Indeed
We intend, in our individual ways, to ensure that an incithere are areas of duplication in the papers. We have to apolodent like this will not occur a second time. gize for this lapse of professional ethics. We read your previous editorial thoroughly. We did not understand well enough the limits of the materials we could analyze. Although this MASAYOSHI YAMAUCHI, M.D. was not our intent, we recognize that such duplication is YOSHIHIKO MAEZAWA, M.D. inappropriate and against the publication guidelines of both YUJI MIZUHARA, M.D. journals.
MITSURU OHATA, M.D. The content of the Journal of Hepatology paper was pri-JUNICHI HIRAKAWA, M.D.
📜 SIMILAR VOLUMES
Patients with cirrhosis show increased signal intensity in the globus pallidus on T1-weighted magnetic resonance imaging of the brain. This abnormal appearance of the basal ganglia has been related to the severity of liver failure and to the presence of portal-systemic shunting, although its cause a
long-term parenteral nutrition, 3 and after occupational man-Increasing evidence suggests that manganese deposiganese exposure sufficient to cause Parkinson's-like extrapytion is responsible for the T 1 -weighted magnetic resoramidal symptoms. 4 MRI signal hyperintensities may disapnance imaging (MR