This research delves into the fascinating correlation between facial dimples and normal pulse rates, aiming to uncover potential insights into physiological connections that may influence cardiovascular health. The study involves a comprehensive investigation into the presence of dimples on individuals and their association with baseline pulse rates. Utilizing a diverse sample population, the research employs both qualitative and quantitative methodologies to elucidate the enigmatic link between facial features and cardiovascular dynamics. The findings not only shed light on the potential diagnostic implications of dimples but also contribute to a broader understanding of the interconnected nature of external anatomical features and internal physiological processes.

This study delves into the safety of lipstick products by investigating the levels of heavy metals, specifically lead and cadmium, in selected brands sold in Padang City. Utilizing Atomic Absorption Spectrophotometry, a precise analytical technique, we measured the concentrations of these heavy metals. The results provide crucial insights into potential health risks associated with cosmetic use and contribute to consumer awareness. The study underscores the importance of regular monitoring and stringent quality control measures in the cosmetic industry.

This research investigates the fatty acid composition of coconut and palm kernel oils with a specific focus on identifying the position of lauric acid within the molecular structure. Utilizing advanced analytical techniques such as gas chromatography-mass spectrometry (GC-MS), we present a detailed analysis of the fatty acid profiles in these oils. The identification of lauric acid's positional isomers contributes to a deeper understanding of the molecular characteristics of these widely used tropical oils. The findings provide valuable insights for industries dependent on the properties of lauric acid and contribute to the broader knowledge of lipid chemistry.

This research explores the transformative impact of utilizing Adobe Photoshop Express in the diagnosis of COVID-19 through thorax X-ray imaging. By integrating advanced image enhancement and analysis tools, the software significantly elevates the precision and accuracy of thoracic radiology assessments. The study delves into the enhanced visualization capabilities, streamlined workflow, and improved diagnostic insights that Adobe Photoshop Express brings to the forefront. Through a comprehensive examination of its application in COVID-19 cases, this research sheds light on the potential of this innovative tool to revolutionize radiological diagnostics.

Genital prolapse remains one of the unsolved problems of modern gynecology.

The aim of the study is to improve the preoperative preparation and postoperative management of patients with grade III pelvic organ prolapse, using modern innovative technology in combination with drugs to reduce postoperative complications and relapses.

Materials and methods of research. The object of the study was 217 patients with grade III pelvic organ prolapse who underwent surgical treatment.

Results and discussion. 110 women with grade III PG received an improved method of preoperative preparation, including irrigation with cavitated low-frequency ultrasound with an aqueous 0.05% chlorhexidine solution in the amount of 200.0, up to 4 times, locally conjugated estrogen, and in the presence of urinary tract infection, acute cystitis - once fosfomycin trimetabol 3.0 grams orally, in recurrent forms of phytopreparation (Canephron N) for 14.5 ±2.5 days.

Conclusion: The improved method of preoperative preparation of patients with PTO of the III degree contributed to the reduction of the days of preoperative preparation by 6.0±0.5 days, reduced interoperative blood loss by 2.0 times, reduced the duration of the operation by 37.0±6.35 minutes, the hospital stay decreased by an average of 3.5±0.5 days, and postoperative recurrences after 1 year decreased by 2.4 times and after 2 years by 2.8 times.