ABSTRACT
RESUMEN El presente trabajo es una reseña original sobre el libro "Medicine-Based Informatics and Engineering" publicado en la colección Lecture Notes in Bioengineering de Springer, en 2022, cuyos editores son los investigadores Franco Simini y Pedro Bertemes-Filho. La reseña busca sintetizar el contenido de los trabajos presentados en los capítulos centrándose en las soluciones desarrolladas. Los editores, a partir de la diversidad de los aportes, vislumbran la integración de visiones, en lo que denominan "Ingeniería Médica".
ABSTRACT This paper is an original review of the book "Medicine-Based Informatics and Engineering" published in Springer's Lecture Notes in Bioengineering collection, in 2022, whose editors are Franco Simini and Pedro Bertemes-Filho. The review aims to synthesize the content of the papers presented in the chapters focusing on the solutions developed. The editors, from the diversity of the contributions, envision the integration of visions, in what they call "Medical Engineering".
ABSTRACT
The aim of this work was to assess in-vitro the effect of pH and salt concentration on the rate of autolysis in L. lactis strains. Regardless autolysis variation among L. lactis strains, statistical analysis showed evidence of increase of autolysis in L. lactis under low salt concentration and acidic conditions.
Subject(s)
Autolysis , Enzyme Activation , Hydrogen-Ion Concentration , In Vitro Techniques , Lactococcus lactis/isolation & purification , Data Interpretation, Statistical , Food Microbiology , Methods , MethodsABSTRACT
The rapid development of technology, especially, in the s of medicine, energy and telecommunications, is one of the signs of progress in today?s society. New sophisticated electric-electronic devices provide much convenience and utility in the form of modern medical equipment for diagnosis and therapy.Electromagnetic Ecology as an emerging interdisciplinary specialty on biomedical effects of EMF could also be applied in the study of HD.The integral treatment of the several subjects related to the HD by electromagnetic ecology could be applied to deepen the scientific studies of the mechanisms of interaction of HD with the living beings.