Metagenomic characterization of viruses in the serum of children with newly diagnosed cancer.

Background And Objectives: A large cohort of pediatric patients with various forms of childhood cancer was investigated for the presence of viruses using metagenomics. A total of 476 patient samples, collected between 1989 and 2018, were analyzed, representing various pediatric oncological diagnoses and a control group of non-malignant diagnoses.

Study Design: The study was carried out using metagenomic sequencing of serum samples.

Legacy nutrients in the Baltic Sea drainage basin: How past practices affect eutrophication management.

We have constructed a nutrient fate model for the Baltic Sea that links anthropogenic nitrogen and phosphorus inputs to the catchment to the dynamics of waterborne loads to the Baltic Sea, covering the time-period from 1900 to present. During this period, nutrient inputs to the drainage basin approximately tripled to a peak in the 1980s, after which they declined. Our model accounts for temporary nutrient storage on land and in inland waters, forming active legacy pools that contribute to nutrient export to the Baltic Sea, and for nutrient removal by terrestrial and aquatic sinks.

Implementation Study of "Building Resilience," Including Positive Psychology Interventions and Positive Emotion Regulation Training in Patients With Severe Mental Illness in an Adult Outpatient Psychiatric Mental Health Setting: An Exploratory Clinical Trial.

Deficits in positive emotion regulation skills may be an important factor in the development and maintenance of anxiety and mood disorders. A treatment, which includes strategies to build and strengthen positive emotion regulation skills has been provided to patients primarily diagnosed with an anxiety and or mood disorder in an adult mental health outpatient service setting. To study the effects on positive and negative emotion, emotion regulation skills, emotional disorder symptoms, quality of life, and wellbeing during a new developed treatment.

Ebullition dominates methane emissions in stratified coastal waters.

Coastal areas are an important source of methane (CH). However, the exact origins of CH in the surface waters of coastal regions, which in turn drive sea-air emissions, remain uncertain. To gain a comprehensive understanding of the current and future climate change feedbacks, it is crucial to identify these CH sources and processes that regulate its formation and oxidation.