Unilateral Duplication of the Internal Auditory Canal: Stenosis and Incomplete Transverse Megacrest in a Pediatric Patient.

Based on the available literature, duplicated internal auditory canals (DIACs) represent an exceedingly rare temporal bone anomaly that can result in sensorineural hearing loss (SNHL) in the pediatric population. Often associated with a hypoplastic or aplastic cochlear nerve, DIAC poses limitations on treatment options, such as cochlear implants, for affected patients. Accurate diagnosis and optimal management necessitate a thorough assessment of inner ear structures and potential neural abnormalities with high-resolution computed tomography and magnetic resonance imaging of the temporal bones.

In Vitro Antibacterial Activity, Molecular Docking, and ADMET Analysis of Phytochemicals from Roots of .

is widely used in Ethiopia for treating various human ailments, yet its pharmacological properties and chemical composition remain largely unexplored. The chromatographic separation of roots extract afforded five compounds, namely tremulacin (), cochinchiside A (), 5-methoxydurmillone (), catechin-7--α-L-rhamnopyranoside (), and stigmasterol (), confirmed via IR, NMR, and MS spectral data. This is the first report of these compounds from this plant, except for compounds and .

Embryo and Fetal Toxic Effects of the Hydroethanol Extract of Hochst. Ex. A. Rich Leaves in Pregnant Rats.

has been used to treat various diseases such as malaria, hypertension, diabetes, gonorrhea, gastritis, body swelling, and wound infections. However, the safety of consuming leaves during pregnancy has not been evaluated yet. Therefore, this experimental study was conducted to evaluate the toxic effects of leaf extract on the prenatal development of embryos and fetuses in pregnant rats.

Novel electrochemical sensor based on poly([Cu(HO)P]I)/GCE for the determination of trimethoprim in clinical samples and cow's milk samples.

A Novel bioanalytical detector based on Poly(Diaquabis(1,10-phenanthroline copper (II) Iodide) (poly([Cu(HO)P]I)/GCE) has been fabricated by potentiodynamic polymerization of [Cu(HO)P]I. The synthesized complex and the fabricated electrodes showed a promising electrocatalytic behavior towards the electrooxidation of Trimethoprim (TPM). Based on the regression coefficient value of scan rate with peak current and square root of peak current, the oxidation of TMP at poly([Cu(HO)P]I)/GCE was dominated by diffusion.