Contributions of Specialized Nurses to Medication Management for Older People in Home Care: A Mixed-Method Systematic Review

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Number of ICD-10 diagnosis fields required to capture sepsis in administrative data and truncation bias: A nationwide prospective registry study

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Spatiotemporal Analysis of Linear Skating Sprint in Male and Female Bandy Players: Analysis of Acceleration and Maximal Speed Phase

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‘I feel I must work harder and still be overlooked’ – How the implementation of video assistant referee (VAR) influences gendered recruitment and working conditions in elite football refereeing

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Single-cell RNA sequencing reveals the immune cell landscape of head kidney in the Perciform fish (Micropterus salmoides)

Teleost fish, a key transitional group in vertebrate evolution, possess immune systems that diverge substantially from those of mammals in structure, composition, and function. Within this group, the order Perciformes stands out for its ecological breadth, evolutionary significance, and value as a model for immunological research. However, the cellular complexity and developmental dynamics of their immune system remain insufficiently characterized. In this study, we employed single-cell RNA sequencing (scRNA-seq) to construct a comprehensive transcriptomic atlas of the head kidney in largemouth bass (Micropterus salmoides), a representative perciform species. We identified and annotated eight major hematopoietic and stromal cell populations, including hematopoietic stem/progenitor cells (HSPCs), erythrocytes (Eryt), granulocytes (Gran), macrophages (Mac), dendritic cells (DC), T and B cells, and mesenchymal stromal cells (MSCs). Subsequent analyses revealed extensive subpopulation heterogeneity across these lineages. We delineated early progenitor subsets, mapped B cell developmental trajectories, and characterized functionally distinct Mac and T cell subtypes. Notably, we identified Eryt cells exhibiting high MHC class II expression, supporting immunological roles beyond oxygen transport. A dot plot of core erythrocyte genes revealed largely lineage-restricted expression. However, several hemoglobin paralogs were also expressed in non-erythroid cells, suggesting functional divergence. Additionally, we identified a putative Gran-erythroid progenitor population and Mac subsets with distinct transcriptional profiles, underscoring the complexity, potential functionality, and wide diversity of specialized immune cell dynamics in Perciformes. Together, these findings significantly advance our understanding of teleost immune cell diversity and lineage specialization. The generated cell atlas provides a valuable resource and novel perspectives for deciphering fish immunity and hematopoiesis, advancing comparative immunology, and informing aquaculture health management.publishedVersio

The role of SAI in the context of war: evidence from Ukraine

Author’s accepted manuscript (postprint).This is an Accepted Manuscript of an article published by Emerald Publishing Limited in Journal of Public Budgeting, Accounting and Financial Managementon 21/1/2025.Available online: https://doi.org/10.1108/JPBAFM-12-2024-0246.acceptedVersio

Markets as dynamic social systems: The role of immigrant consumers in market development and their acculturation through consumer experiences

Doctoral thesis (PhD) - Nord University, 2025publishedVersio

Nurses’ and nurse leaders’ perspectives on a health-promoting work environment: a meta-ethnographic study

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Investigating the quantile-varying impact of energy policy uncertainty on mineral-driven renewable energy production: Evidence from Germany

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Building Efficient Parents–School Collaboration in Norway: A Focus on Immigrant Parents' Voices

Author’s accepted manuscript (postprint.)This is an Accepted Manuscript of a Book chapter published by Emerald in Education and the Family: Parental Involvement Practices in the Home and School on 26/5/2025.Available online: https://doi.org/10.1108/S1530-353520250000029005.acceptedVersio