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Förebygga stroke genom att behandla hjärtat – Vetenskap och Hälsa Hoppa till innehåll Vetenskap och hälsa Populärvetenskapligt om medicinsk forskning i Skåne Teman Podd Tidskrift Prenumerera Om webbplatsen Kontakt Sök Sök Förebygga stroke genom att behandla hjärtat 2023-12-06 Bild: iStock/MarsBars En del inte helt ovanliga förändringar i hjärtat kan leda till ökad risk för att blodproppar vandrar

https://www.vetenskaphalsa.se/forebygga-stroke-genom-att-behandla-hjartat/ - 2026-07-19

År 2025 har Sverige som mål att vara det bästa landet i världen på att utnyttja möjligheterna med digitalisering av vården. Ett sätt att digitalisera sjukvården är genom användningen av uppkopplade hälsoenheter och patient-insamlad hälsodata. Än så länge har forskningen fokuserat på användningsområden för kroniker, och där är man eniga i de stora fördelarna. Däremot är användningsområden och fördeBy the year of 2025, Sweden aims to be the best country in the world at using the opportunities offered by digitalization in healthcare. One way to digitalize healthcare is through the use of connected health devices and patient generated health data. So far, most research regarding patient generated health data in healthcare have been focusing on applications concerning chronically ill people, wh

Bees often focus their foraging effort on a few or even a single flower species, even if other equally rewarding flower species are present. Although this phenomenon-called flower constancy-has been widely documented during single foraging trips, it is largely unknown if the behavior persists over longer time periods, especially under field conditions with large temporal variations of resources. W

Remediation of soil contaminated with cadmium (Cd) and lead (Pb) is critical for tobacco production. Silicon (Si) fertilizer can relieve heavy metal stress and promote plant growth, however, it remains unknown whether fertilization with Si can mitigate the effects of Cd and Pb on tobacco growth and alter microbial community composition in polluted soils. Here we assessed the effect of two organic

Temperature is a major determinant of biological process rates, and microorganisms are key regulators of ecosystem carbon (C) dynamics. Temperature controls microbial rates of decomposition, and thus warming can stimulate C loss, creating positive feedback to climate change. If trait distributions that define temperature relationships of microbial communities can adapt to altered temperatures, the

Extreme environmental conditions make soils of the hyper-arid Atacama Desert one of the most hostile habitats for life on the planet. During the short intervals of moisture availability that occur, it remains unresolved how soil microorganisms physiologically respond to such dramatic environmental changes. Therefore, we simulated a precipitation event – without (H2O) and with (H2O + C) labile carb

Soil microbes perceive drying and rewetting (DRW) events as more or less harsh depending on the previous soil moisture history. If a DRW event is not perceived as harsh, microbial growth recovers rapidly after rewetting (referred to as ‘type 1’ response), while a harsh DRW will be followed by a delayed growth recovery (‘type 2’ response). Predicting these responses based on pedoclimatic factors is

Species of the ascomycetous genus Cladobotryum (Hypocreales, Hypocreaceae) are ecologically and economically important mycoparasites that cause cobweb disease in cultivated and wild mushrooms. Despite their significance as fungal pathogens and producers of bioactive metabolites, the taxonomy of Cladobotryum remains unresolved due to extensive morphological plasticity, complex teleomorph–anamorph c

Freshwater lakes are becoming warmer and browner, with poorly known ecosystem consequences. A major unresolved issue is how these changes will affect the feeding rates of predators that regulate top-down trophic cascades. We explored the effects of temperature and browning on the functional response and feeding rates of a keystone predator, the Northern pike Esox lucius. We first derived a simple

We present a genome assembly from a male specimen of Zethes insularis (Arthropoda; Insecta; Lepidoptera; Erebidae). The assembly contains two haplotypes with total lengths of 862.07 megabases and 869.20 megabases. Most of haplotype 1 (99.0%) is scaffolded into 31 chromosomal pseudomolecules, including the Z sex chromosome. Most of haplotype 2 (95.76%) is scaffolded into 31 chromosomal pseudomolecu

Chemical communication is the oldest and most widespread form of signalling among and within organisms. Among the many compounds involved in such communication, pyrazines – nitrogen-containing heterocyclic molecules – are especially intriguing due to their widespread occurrence across the tree of life, from bacteria and fungi to insects and mammals. In this review, we focus on the role of pyrazine

This article examines how intensive care staff navigated the emotional and temporal complexities of the COVID-19 pandemic, drawing on qualitative data from two Swedish ICUs. Rather than treating emotional responses as secondary reactions to crisis, the analysis shows that emotions were deeply embedded in professional feeling rules, organizational hierarchies, and the poly-temporal unfolding of the

The capacity for birds to adjust their breeding time to variation in spring temperature via plasticity is crucial for insectivorous passerines in temperate areas, particularly in a context of climate disruptions. Recent studies suggested that phenological plasticity varies in response to environmental change via urbanization. We investigated the effects of urbanization on laying date, its phenotyp

Female-producing parthenogenesis is widespread in stick insects. It ranges from rare in sexual species to facultative or obligate, the latter sometimes in hybrids. This review synthesizes current knowledge on its origins, mechanisms, and evolutionary consequences, highlighting the distinction between hybrid and intra-specific origins. Hybrid-derived parthenogens are rare, obligate, frequently poly

Rising global temperatures and compound climatic extremes outpace avian thermoregulatory capacity. Yet, heat tolerance has been studied in only 1–2% of birds, mostly from the southern subtropics. The field requires research in two main areas. First, temperature and humidity must be considered in unison, and we provide a guiding, biophysical, framework for how these factors interact across climates

Age is a critical determinant of arterial disease, including aneurysm formation. Here, to understand the impact of aging on the arterial transcriptome, we leveraged RNA-sequencing data to define transcripts that change with advancing age in human arteries. Among the most repressed transcripts in aged individuals were those that are relevant for actomyosin structure and organization, including both

Water markets in China have received ample scholarly attention, but less is known about the political, ideological, and international influences that shaped their evolution. Using institutional analysis and a power-centered approach, we trace three Australian-funded projects (2005–2019) alongside domestic policy shifts to analyze how market ideas were institutionalized. We show how policy entrepre