Publications by authors named "M Siller"

The 5G network was developed to push the capabilities of wireless networks to previously unseen performance limits, e.g., transmission rates of several gigabits per second, latency of less than a millisecond, and millions of devices connected at the same time.

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Background: The development of a medical device requires strict adherence to regulatory processes. Prehabilitation in this context is a new area in surgery that trains, coaches, and advises patients in mental well-being, nutrition, and physical activity. As staff is permanently drained from clinical care, remote and digital solutions with real-time assessments of data, including patient-related outcome reporting, may simplify preparation before major surgeries.

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Article Synopsis
  • - Recent studies on animal movements show different thermodynamic phases, but similar insights for human movement, especially at low speeds, are lacking.
  • - Using ultrawideband RFID technology, researchers gathered detailed movement data from children in various settings, identifying two unique phases: a gaslike phase of freedom and a liquid-vapor phase indicating small social group formations.
  • - The study introduces a statistical physics model that replicates these observed phases and suggests that UWB-RFID can also aid research in broader areas like animal behavior and human interactions in complex systems.
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Chlamydia trachomatis (Ct) is the most common cause for bacterial sexually transmitted infections (STIs) worldwide with a tremendous impact on public health. With the aim to unravel novel targets of the chlamydia life cycle, we screen a compound library and identify 28 agents to significantly reduce Ct growth. The known anti-infective agent pentamidine-one of the top candidates of the screen-shows anti-chlamydia activity in low concentrations by changing the metabolism of host cells impairing chlamydia growth.

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Fast-growing Populus spp. are well-acknowledged to restore contaminated soils from heavy metals in industrial areas. Thus far, there is no knowledge about the phytoremediation capacity of Populus spp.

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