Zenodo is a free and open digital archive built by CERN and OpenAIRE, enabling researchers to share and preserve research output in any size, format and from all fields of research.

EMG is a basic electroneurophysiological test usually performed in the aim to register electrical potential of muscles. On EMG and electroneurography (ENG) is based the modern diagnostics of neuromuscular diseases. The aim of this study was to assess the action of a computer program of Company Contec Medical Systems in automatic and semi-automatic evaluation of EMG recording. The study compared the options with each automatic and semi-automatic analysis of motor unit action potentials. For the interpretation of EMG study is important to evaluate parameters of tested muscle motor units. It was found that this process may well be partially automated using appropriate software. Our own research found very useful different options of computer analysis of our EMG software for the achievement of the correct final result.

The compilation of a dense gene map and eventually a whole genome sequence (WGS) of the domestic cat holds considerable value for human genome annotation, for veterinary medicine, and for insight into the evolution of genome organization among mammals. Human association and veterinary studies of the cat, its domestic breeds, and its charismatic wild relatives of the family Felidae have rendered the species a powerful model for human hereditary diseases, for infectious disease agents, for adaptive evolutionary divergence, for conservation genetics, and for forensic applications. Here we review the advantages, rationale, and present strategy of a feline genome project, and we describe the disease models, comparative genomics, and biological applications posed by the full resolution of the cat's genome.