CEA assay in the follow-up of patients with extra-gastrointestinal malignancies.
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Biomedical subjects
Publications and source records attributed to D Salvo.
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Since interleukin 1 (IL-1) and erythropoietin (Epo) are believed to play a role in the pathogenesis of rheumatoid arthritis (RA) anaemia we measured IL-1 alpha and Epo concentrations in 10 RA patients with chronic disease anaemia (CDA) and in 14 RA patients without anaemia. Anaemic RA patients had significantly higher IL-1 alpha concentrations than patients without anaemia. IL-1 alpha correlated negatively with haemoglobin and correlated positively with ESR. The results of a multivariate analysis showed that the best predictors of the presence and absence of anaemia were IL-1 alpha and ESR. No clinical parameters permitted a distinction between these two groups of patients. Epo levels were not different in anaemic and non-anaemic RA patients. No correlation was found between Hb and Epo, indicating the presence of an impaired Epo response in RA patients with CDA. We completed our study with the determination of the mean red cell lifespan and with the quantification of IgG and IgM bound to the surfaces of red blood cells (RBC-IgG and RBC-IgM) using a sensitive ELISA method. We observed a modest reduction in red cell survival in anaemic RA patients compared to normal controls. We did not find any correlation between Hb and red cell lifespan and between Hb and RBC-IgG. RBC-IgG and RBC-IgM were not found to be more elevated in anaemic RA than in non-anaemic patients.
A recently developed computer program for three-dimensional (3D) reconstruction of SPECT images has been employed to study myocardial perfusion in coronaropathic patients using MIBI-99mTc or 201Tl chloride. By subtracting after-stress from at-rest 3D reconstructed images, even small ischemic lesions could be located in the myocardium, with good morphological definition. The general characteristics of the method and some clinical results are here presented.
The use of dynamic lymphadenoscintigraphy is proposed for the study of the lymphatic flow in the lower limbs. The method is based on the determination of the flow curves of radiocolloid (antimony-sulphide labelled with 99mTc) in the lower limbs, on the time of its appearance in the inguinal lymphatic vessels and in the liver, and also on the recording by periodically repeated photoscans of the progress of the radiocolloid in the pre-lymph node ducts. Thus, the method is suggested for use in the observation of flow variations as an expression of metastatic or systemic lymph node diseases and in the differential diagnosis of lymphatic and venous oedema.
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