[Pseudoaneurysm of the mitro-aortic trigone: Clinical case and literature review].

Case Report: We report the case of a 63-year-old patient who underwent aortic valve replacement with a biological valve for a bicuspid aortic stenosis, and LIMA-IVA single-bypass surgery. Two weeks later, he presented with Enterococcus faecillis bacteremia, attributed to left pyelonephritis and successfully treated with Amoxicillin. Two months after his surgery, he had a new bacteremia due to Enterococcus faecalis and we discovered a pseudo-aneurysm of the mitro-aortic trigone.

The Pre-Fibroscan and Fibroscan Era: A Comparative Study of Histologic Diagnosis of Liver Biopsies.

Background: The advancement in non-invasive methods for diagnosing and characterizing liver disease has achieved significant success. One such methods, FibroScan, combines non-invasiveness, rapidity, painlessness, and reproducibility. However, its accuracy and value are limited in many clinical settings.

Machine learning methods for predicting essential metabolic genes from Plasmodium falciparum genome-scale metabolic network.

Essential genes are those whose presence is vital for a cell's survival and growth. Detecting these genes in disease-causing organisms is critical for various biological studies, including understanding microbe metabolism, engineering genetically modified microorganisms, and identifying targets for treatment. When essential genes are expressed, they give rise to essential proteins.

Potential substrates for biogas production through anaerobic digestion-an alternative energy source.

Energy is a crucial part of a comprehensive desire to reach any country's long-term economic and social development. Fossil fuels have for a long time been used as the major global cause of energy. However, dependence on fossil fuels contributes to environmental damage.

The prospect of fruit wastes in bioethanol production: A review.

Utilising agricultural byproducts specifically fruit wastes for bioethanol production offers a promising approach to sustainable energy production and waste mitigation. This approach focuses on assessing the biochemical composition of fruit wastes, particularly their sugar content, as a key aspect of bioethanol production. This study evaluates the potential of pineapple, mango, pawpaw and watermelon fruit wastes for bioethanol production, highlighting the substantial organic waste generated during fruit processing stages such as peeling and pulping.