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Summary: We present progress in the ecological physiology of neotropical amphibians and reptiles through the lenses of our specialized symposium held in Colombia, and highlight the fundamental role of early-career herpetologists.


Summary: UbKEKS is a new universal post-translational modification which brings a new depth in the ubiquitin regulation system. Here, we explore its impact on nucleolar composition, structures and functions.

Summary: This research sheds light on oxidative stress and metabolic adjustments to oxygen fluctuations on two common species of freshwater cyprinids.

Summary: Comparing four shortened dystrophin combinations in an rAAVrh74 platform showed that rAAVrh74.MHCK7.micro-dystrophin produced the greatest functional improvement in mdx mice, highlighting the importance of promoter/transgene selection in gene transfer therapies.

Summary: This work describes the effect of increased temperature on the early developmental stages of two serpulid polychaetes. We demonstrated that increased temperatures induced embryo abnormalities and decreased larval survival.

Summary: A description of CD133/Prom1 expressing epithelial cells in adult and postnatal mice identifying differences between distal and proximal domains and no evidence of a resident stem cell.

Summary: The complex reagents used in ‘stembryo’ protocols have unclear roles in stem cell differentiation in vitro requiring further investigation. This study examines their effects on embryoid bodies.

Summary: We identified inconsistencies in muscle gearing nomenclature and calculation methods across the biological sciences. Our empirical data show that these methodological differences affect conclusion depending on the contraction mode used and is thus important in animal and human comparative physiology.

Summary: Effects of particle size and thickness of quartz sand on the joint (tarsometatarso-phalangeal joint and intertarsal joint) angle and the webbed foot kinematics of mallard.

Summary: Using CRISPR/Cas9 to study neuronal function and development in a classroom context.


Summary: This study employs AI-driven analysis of kidney tissue slides, enhancing the understanding of disease progression using mouse models. Deep learning's potential to improve injury assessment methods is explored, challenging conventional standards.

Summary: A universal method for zygote genome editing in multiple inbred mouse strains allows for generation of novel mutant mice for understanding mammalian gene function and human disease pathogenesis.

Summary: Motivated by the need to classify cells of mouse embryos based on spatial position alone, we establish a theoretical framework, develop an easy-to-deploy package, and perform benchmarking.

Summary: We report the development of a genetically encoded calcium indicator in C. elegans to visualize the universally conserved calcium wave during fertilization.


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