The renal resistive index as a predictor of acute hydronephrosis in patients with renal colic.

Introduction: The objective of this study was to determine whether the renal resistive index (RI) can predict hydronephrosis in patients with renal colic (RC) and whether or not its performance is time-dependent.

Materials And Methods: The study population was composed of 54 patients admitted for unilateral RC. At the time of the first observation (time point I, tpI), each patient underwent routine examinations, abdominal ultrasonography, and renal color Doppler ultrasound (CDUS) with measurement of the RI.

[Penal liability from retained foreign body inside the surgical site].

The Authors focus on the liability of the surgery team members in the case they inadvertently forget behind in the patient's body a foreign object, which causes injuries and/or death. The Authors underline that, according to the current case law regarding medical malpractice, both the main surgeon and their assistant/subordinate are liable for engaging in a markedly imprudent and/or negligent conduct, such as not double-checking scrupulously the surgical site before its closure in order to highlight forgotten foreign bodies. As well, the Authors underline that either the circulator nurse or the theatre nurse can be considered punishable by law when that medical error occurs, even if they are responsible for the count of the instruments used in the course of the surgery.

[Occult rupture of the spleen in a patient with infectious mononucleosis].

Introduction: Rupture of the spleen can be secondary to abdominal traumas (usually closed trauma) or spontaneous, can interest an organ normal or with morphological alterations secondary to various pathologies. Among the diseases responsible of occult rupture, infectious diseases are the most frequent and, among these, infectious mononucleosis, that is complicated with splenic rupture in 0.5% of the cases, with 30% of mortality.

Examples of testing global identifiability of biological and biomedical models with the DAISY software.

DAISY (Differential Algebra for Identifiability of SYstems) is a recently developed computer algebra software tool which can be used to automatically check global identifiability of (linear and) nonlinear dynamic models described by differential equations involving polynomial or rational functions. Global identifiability is a fundamental prerequisite for model identification which is important not only for biological or medical systems but also for many physical and engineering systems derived from first principles. Lack of identifiability implies that the parameter estimation techniques may not fail but any obtained numerical estimates will be meaningless.

[Management of perforations as adverse events of ERCP plus ES. Personal experience].

Unlabelled: INTRODUCTION. ERCP has brought real progress in the study and treatment of pancreatic and biliary diseases, because of its ambivalence as diagnostic and therapeutic procedure. Among its complications, perforations occur in fewer than 1% of patients, but are associated with a mortality rate of 16% -18%.