How Electricity Prevents Us from Bleeding to Death.

Rapid tissue repair is also needed in the event of damage to blood vessels. Most of the essential steps that prevent us from bleeding to death involve the functions of Von Willebrand factor (VWF) and many of these are dependent on electrical forces.

Electrical Forces Regulate Single-Cell Wound Healing.

Damage to the cell membrane can be life threatening for single-celled organisms. Several mechanisms of single-cell wound healing occur and aspects of these are regulated by electrical forces.

Membrane Surface Charge, Phospholipids, and Protein Localization.

Cell membranes contain multiple charged lipids that bind proteins dynamically and their spatial organization on the inner/outer membrane leaflet, or in spatially localized areas has considerable biological importance. Myristoylated alanine-rich C kinase substrate (MARCKS) proteins and their roles as electrostatic switches are one example covered. Cell surface charge needs to be monitored and regulated continually and the roles of lipid flippases and scramblases and their electrical regulation also are considered.

The Link between Oxygen and Basement Membranes.

Epithelial tissues and the basement membranes they sit on did not appear for billions of years. Their appearance was delayed most likely by a lack of oxygen, which is required for collagen synthesis, and which only began to build up following the Great Oxygenation Event ~ 2.4 billion years ago.

Electrical Forces in Lumen Formation.

Epithelial sheets evolved the capacity to fold and reform to create a lumen and therefore new environments. For humans, forming a lumen during gastrulation has been viewed as perhaps the most crucial biological process of our life and it is regulated by multiple electrical forces.

Epithelia Are Scaffolds for Electricity-Dependent Molecular Interactions.

Once multicellularity was thriving, a key development involved the emergence of epithelial layers that separated "inside" from "outside". Most epithelia then generate their own transepithelial electrical signals. So electrical forces were instrumental in the development of epithelial tissues, which themselves generate further electrical signals.

Multicellularity and Electrical Forces.

Multiple single-celled life forms existed for millennia before some individual cells found ways of gathering together to form multicellular organisms. Several of the key elements that drove this step-change in life on Earth involved electrical forces.

Long-Distance Electron Transport in Unicellular Organisms and Biofilms.

Electrical forces are widespread in single-celled organisms and underpin sophisticated communication systems. Bacterial biofilm colonies, for example, attract new members electrically. Bacteria also join together end to end and engage in long-distance electron transport along bacterial filaments over centimetres.

Electricity in the Creation of Life.

How did life come into existence? How was the first membrane formed on Earth? And where? What were the conditions that promoted membrane creation and how were electrical forces essential for this to occur?

Electricity in Space and on Earth.

This covers the roles of electrical forces in space, in creating planets, including the Earth and in creating the conditions on Earth that make life possible.

Electrical Forces in Biology Across Distances.

This first chapter covers essentials needed to understand the multiple roles of electrical forces that impinge on biology, over very different distances. Other less familiar electrical forces are also covered in the last chapter.

Community science as a potential tool to monitor animal demography and human-animal interactions.

Community science can provide crucial insights into population dynamics and demography. To date, its effectiveness for understanding human-wildlife interactions has not been tested. This is vital for designing effective wildlife management plans.

Investigation of the validity, reliability and psychometric properties of the Turkish version of the Ottawa sitting scale in patients with Parkinson's disease.

The Ottawa Sitting Scale is a tool for the multidimensional assessment of sitting balance. This study aimed to investigate the validity, reliability, and psychometric properties of the Turkish version of the Ottawa Sitting Scale (OSS-TR) in Turkish-speaking patients with Parkinson's disease (PD). The study included 56 patients diagnosed with PD based on the UK Brain Bank Criteria.

Insights from a century of data reveal global trends in ex situ living plant collections.

Ex situ living plant collections play a crucial role in providing nature-based solutions to twenty-first century global challenges. However, the complex dynamics of these artificial ecosystems are poorly quantified and understood, affecting biodiversity storage, conservation and utilization. To evaluate the management of ex situ plant diversity, we analysed a century of data comprising 2.

Upstreamness and downstreamness in input-output analysis from local and aggregate information.

Ranking sectors and countries within global value chains is of paramount importance to estimate risks and forecast growth in large economies. However, this task is often non-trivial due to the lack of complete and accurate information on the flows of money and goods between sectors and countries, which are encoded in input-output (I-O) tables. In this work, we show that an accurate estimation of the role played by sectors and countries in supply chain networks can be achieved without full knowledge of the I-O tables, but only relying on local and aggregate information, e.

Developmental defects in ectodermal appendages caused by missense mutation in edaradd gene in the nfr mangrove killifish kryptolebias marmoratus.

The mangrove killifish, Kryptolebias marmoratus, can reproduce with self-fertilisation, offering a unique and useful genetic tool for generation of genetic mutants and quick identification of mutated genes. From an ENU-mutated mangrove killifish line R228, we have isolated a novel mutant line, no-fin-ray/nfr in which homozygous mutant of adult fish fin ray development is largely reduced. Illumina RNAseq with 3 embryos each from mutants, siblings and the parental WT strain Hon9 (only 9 embryos as total) identified a mutation in the edaradd in a highly conserved C-terminal death domain.

An in silico analysis of heart rate impact on wall shear stress hemodynamic parameters in aortic coarctation.

This study examines how heart rate (HR) affects hemodynamics in a South African infant with Coarctation of the Aorta. Computed tomography angiography segments aortic coarctation anatomy; Doppler echocardiography derives inlet flow waveforms. Simulations occur at 100, 120, and 160 beats per minute, representing reduced, resting, and elevated HR levels.

A Chromosome-level genome assembly of the alpine medicinal plant Bergenia purpurascens (Saxifragaceae).

Mountain ecosystems harbor high levels of biodiversity, but the genetic mechanisms underlying adaptation to harsh alpine conditions remain largely unknown. Bergenia purpurascens (Saxifragaceae) is an important alpine endemic species of the Himalaya-Hengduan Mountains (HHM), with this species being used as a source of medicine and as an ornamental plant. In this study, we generated a high-quality genome assembly comprising scaffolds representing the 17 chromosomes, with a total length of 650.

Dengue dynamics, predictions, and future increase under changing monsoon climate in India.

The global burden of dengue disease is escalating under the influence of climate change, with India contributing a third of the total. The non-linearity and regional heterogeneity inherent in the climate-dengue relationship and the lack of consistent data makes it difficult to make useful predictions for effective disease prevention. The current study investigates these non-linear climate-dengue links in Pune, a dengue hotspot region in India with a monsoonal climate and presents a model framework for predicting both the near-term and future dengue mortalities.

Molten Sn solvent expands liquid metal catalysis.

Regulating favorable assemblies of metallic atoms in the liquid state provides promise for catalyzing various chemical reactions. Expanding the selection of metallic solvents, especially those with unique properties and low cost, enables access to distinctive fluidic atomic structures on the surface of liquid alloys and offers economic feasibility. Here, Sn solvent, as a low-cost commodity, supports unique atomic assemblies at the interface of molten SnInCu, which are highly selective for H synthesis from hydrocarbons.

'DeltaCAN - A new data set of Canadian Arctic and subarctic coastal deltas'.

Arctic coasts constitute the critical interface between land and sea, and are subject to rapid changes caused by a warming climate. Current trends throughout the Arctic show increasing erosion trends, while other parts of the coast are experiencing prograding trends. Until now, a vast majority of our knowledge of Arctic coastal evolution is confined to site-specific studies with limited geospatial representation.

Liquid crystal torons in Poiseuille-like flows.

Three-dimensional (3D) simulations of the structure of liquid crystal (LC) torons, topologically protected distortions of the LC director field, under material flows are rare but essential in microfluidic applications. Here, we show that torons adopt a steady-state configuration at low flow velocity before disintegrating at higher velocities, in line with experimental results. Furthermore, we show that under partial slip conditions at the boundaries, the flow induces a reversible elongation of the torons, also consistent with the experimental observations.

GnIH secreted by green light exposure, regulates bone mass through the activation of Gpr147.

Reproductive hormones associated with the hypothalamic-pituitary-gonadal (HPG) axis are closely linked to bone homeostasis. In this study, we demonstrate that Gonadotropin inhibitory hormone (GnIH, one of the key reproductive hormones upstream of the HPG axis) plays an indispensable role in regulating bone homeostasis and maintaining bone mass. We find that deficiency of GnIH or its receptor Gpr147 leads to a significant reduction in bone mineral density (BMD) in mice primarily by enhancement of osteoclast activation in vivo and in vitro.