Expression profile analysis of estrous-phased ovarian tissue of high and low prolific lines of inbred Swiss albino mice.

Background: Litter size in mice is an important fitness and economic feature that is controlled by several genes and influenced by non-genetic factors too. High positive selection pressure in each generation for Litter size at birth (LSB), resulted in the development of high and low prolific lines of inbred Swiss albino mice (SAM). Despite uniform management conditions, these lines showed variability in LSB across the generation.

The diagnostic accuracy of point-of-care nucleic acid-based isothermal amplification assays for scrub typhus: a systematic review and meta-analysis.

Introduction: The diagnosis and detection of pathogens such as and is a cause of major concern among the public health community. Unavailability of rapid, cost-effective diagnostic assays contributes to delayed diagnosis and timely treatment. Using the methodology of systematic reviewing and meta-analysis, the study aimed to synthesize and compare the diagnostic performances of all the available isothermal assays for the detection of classical rickettsial diseases.

Controlling Glycemic Variability in Non-diabetic Sepsis Patients: A Step toward Precision in Critical Care.

Prakash J, Vaibhaw V, Saran K. Controlling Glycemic Variability in Non-diabetic Sepsis Patients: A Step toward Precision in Critical Care. Indian J Crit Care Med 2025;29(1):6-7.

Syntheses and Characterization of BaSiTe and BaSiTe(Te) Structures with Complex Te-Te Interactions.

Multinary tellurides with complex structures and narrow bandgaps are potential candidates for thermoelectric applications. Herein, we report the syntheses of two new ternary polytellurides, BaSiTe and BaSiTe(Te). Both title structures adopt unprecedented structure types.

Optimal path length identification for accurate glucose sensing with photoacoustic derived optical rotation.

Non-invasive glucose monitoring is crucial for diabetes management. This study explores the use of photoacoustic (PA) signals based on optical rotation estimation at multiple depths for detection of glucose concentrations. Experiments were performed with glucose samples mixed in bovine serum albumin with different polarization incidences-vertical (V), 45° linear (P), and right circular (R) polarization.