https://www.selleckchem.com/products/ici-118551-ici-118-551.html In 2002 with the passing of the Euthanasia Law, Belgium became one of the few countries worldwide to legalize euthanasia. In the 18 years since the passing of the law, much has changed. We argue that in Belgium a widening of the use of euthanasia is occurring and that this can be ethically and legally problematic. This is in part related to the fact that several legal requirements intended to operate as safeguards and procedural guarantees in reality often fail to operate as such. We focus on three kinds of safeguards or procedural guarantees (1) the legally defined due care criteria for eligibility for euthanasia; (2) the consultation of a second (and sometimes third) physician; and (3) the reporting of euthanasia cases to the Federal Control and Evaluation Commission for Euthanasia. We will show how each of these three safeguards can exhibit shortcomings in theory and practice.Deoxyribonucleic acid (DNA) hybridisation plays a key role in many biological processes and nucleic acid biotechnologies, yet surprisingly there are many aspects about the process which are still unknown. Prior to the invention of single-molecule microscopy, DNA hybridisation experiments were conducted at the ensemble level, and thus it was impossible to directly observe individual hybridisation events and understand fully the kinetics of DNA hybridisation. In this mini-review, recent single-molecule fluorescence-based studies of DNA hybridisation are discussed, particularly for short nucleic acids, to gain more insight into the kinetics of DNA hybridisation. As well as looking at single-molecule studies of intrinsic and extrinsic factors affecting DNA hybridisation kinetics, the influence of the methods used to detect hybridisation of single DNAs is considered. Understanding the kinetics of DNA hybridisation not only gives insight into an important biological process but also allows for further advancements in the growing fiel