Deontological examination as a criterion for the assessment of personal healthcare professional quality: A Strobe compliant retrospective study

Discrepancies between clinical and autopsy diagnoses range from 30% to 37%. The significance of deontological examinations remains high. In the pursuit of proper evaluation of diagnostic discrepancies, the establishment of pathogenesis, the mechanism of death, and a correct diagnosis are of particular importance.A retrospective study of deontological examinations, aimed at the detection of medical errors and carried out by the State Forensic Medicine Service during the period 1989 to 2016, was performed. The clinical and autopsy data from 1007 cases were collected in compliance with the research protocol.The number of deontological examinations tends to increase. In 60% of cases, the deceased were men. Most cases were in the age group of 50 to 59 years. Most examinations were carried out in relation to improperly provided healthcare services and the patient's death in surgery, admission, intensive care and obstetrics-gynecology departments. In 13% of cases, the diagnosis did not coincide and, in 79% of cases, the diagnoses fully coincided. In 68% of cases, the medical error was disproved.The number of deontological examinations is increasing. In most cases, clinical and autopsy diagnoses fully matched. Incorrectly clinically diagnosed intracranial injuries were the most common diagnostic mistakes. The data are similar to the results of research in other countries and would be relevant to ensuring the prevention of medical mistakes and the improvement of healthcare quality.

Autopsy relevance determining hemochromatosis: Case report

RATIONALE

Hemochromatosis is a disorder, associated with an abnormal accumulation of iron leading to toxic organ damage. Clinical symptoms develop during a long period of time, thus, determining accidental or late diagnosis, usually when complications are evident.

PATIENT CONCERNS

A 53-year-old man was brought to the emergency unit with symptoms of hypovolemic shock without any apparent cause, which ultimately led to multiple organ failure, severe metabolic acidosis.

DIAGNOSES

The final diagnosis of hemochromatosis was determined after the autopsy.

INTERVENTIONS

Abnormal findings included a black-grayish pancreas, without any surrounding tissue reaction, and a dilated congestive cardiomyopathy. Histological findings revealed significant hemosiderin deposits in the internal organs, which were more distinct in the pancreas, liver, and kidneys.

OUTCOMES

Patient death in less than 12 hours.

LESSONS

The necessity of a genetic examination after the autopsy, regarding this case was undeniable, especially focusing on the first-degree relatives, helping to diagnose and prescribe an adequate and early treatment.

[Infusion solutions of gelatin derivates]

Besides crystalloids, colloids are used for the treatment of hypovolemia and shock. They are high-molecular-weight proteins of bovine origin with properties of more rapid replacement of circulating blood volume. Iso-oncotic character provides the volume effect (approximately equal to 100%) close to the volume intravenously infused with the duration of action for 2-4 hours. Gelatin solutions are excreted with urine and feces in unchanged form without prolonged fixation in organism. Even in case of acute renal failure, gelatin peptides do not accumulate due to increased activity of proteolytic enzymes; therefore, they are the first-choice colloids. Gelatin solutions do not change coagulation as other colloids; just they may cause hemodilution as crystalloids do, so they are safe in case of hemorrhage and thrombocytopenia. There is a decreased risk of bleeding when gelatin solutions are used in surgery as compared with other colloids; in addition, they protect from hypotension due to vasodilatation in epidural or spinal analgesia. Gelatin solutions may cause compensatory hyperemia and increase of cardiac output, cardiac index, myocardial contractility, mean arterial blood pressure, and diuresis; in addition, oxygen delivery to the tissues improves. The dosage depends on clinical condition of a patient, and it is suggested to be 100-2000 mL and even more, for isovolemic hemodilution--20 mL/kg of body weight. Adverse reactions such as anaphylactoid or anaphylactic to gelatin derivates are rare and similar to other colloids.

[Caustic ingestions]

Caustic ingestions (alkalis, acids) may cause severe chemical burns and lifelong complications, which worsen life quality. Approximately 80% of caustic ingestions occur in children. They mostly intoxicate because of chemical substances kept insecurely or in inappropriate containers. Until now, there is no general opinion about diagnostics and management of caustic ingestions. Therefore, the main aim of this article is accurately represent diagnostic and treatment options believing that this information would help physicians to diagnose caustic ingestions easier and faster, to provide emergency management correctly, and to avoid acute and chronic complications.

[Electrical injuries]

Electrical trauma can be caused by low-voltage current (from 60 to 1000 V, usually 220 or 360 V), high-voltage (more than 1000 V) current, lightning, and voltaic arc. Often victims are little children, teenagers, and working-age adults. Electrical injuries and clinical manifestations can vary a lot and range from mild complaints not demanding serious medical help to life-threatening conditions. Lightning causes serious injuries in 1000-1500 individuals every year worldwide. The case fatality rate is about 20-30%, with as many as 74% of survivors experiencing permanent injury and sequela. The primary cause of death in victims of lightning strike or other electrical trauma is cardiac or respiratory arrest. That is why appropriate urgent help is essential. Subsequently electrical burns, deep-tissue and organ damage caused by electricity, secondary systemic disorders often demand intensive care and prompt, usually later multistage surgical treatment; therefore, prevention of electrical trauma, which would help to reduce electrical injuries in children and working-age population, is very actual. The most important is to understand the possible danger of electricity and to avoid it.