Publications by authors named "S Draisma"

Article Synopsis
  • Organellar genomes are vital for exploring the genetic diversity and evolutionary history of seaweeds, and the order Dictyotales has notably fewer organellar genome datasets compared to other brown algae orders like Fucophycidae.
  • In studying the organellar genomes of Padina usoehtunii, the research found that chloroplasts undergo more structural rearrangements than mitochondria, while mitochondrial sequences show a higher substitution rate, differing from patterns observed in terrestrial plants.
  • The study highlights significant evolutionary patterns, including changes in the inverted repeat region of chloroplasts that affect gene positioning, as well as the possible transfer of the rbcR gene from the chloroplast to the nuclear genome in
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Article Synopsis
  • The study explores the impact of blended cognitive behavioral therapy (bCBT) on the working alliance and clinical outcomes in treating depression, comparing it to usual treatment (TAU).
  • Researchers analyzed data from the E-COMPARED trial involving 943 participants across Europe to evaluate working alliance scores and depression severity after 3 months.
  • Key findings include potential differences in working alliance between bCBT and TAU, and the relationship between system usability and working alliance within the bCBT group.
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Clinicians find it challenging to engage with patients who engage in self-harm. Improving the self-efficacy of professionals who treat self-harm patients may be an important step toward accomplishing better treatment of self-harm. However, there is no instrument available that assesses the self-efficacy of clinicians dealing with self-harm.

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Article Synopsis
  • Sargassum polycystum and Sargassum plagiophyllum are tropical seaweed species affected by global warming, and their mitochondrial and chloroplast genomes have been sequenced for the first time.
  • The mitochondrial genomes measure approximately 34,825 bp for S. polycystum and 34,862 bp for S. plagiophyllum, while their chloroplast genomes are around 124,493 bp and 124,536 bp, respectively; they share similar structural features and gene counts with other Sargassum species.
  • Phylogenetic analysis suggests these two species are closely related to S. ilicifolium, diverging about 0.3 million years ago, and shows notable differences
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