Ejlersen Wollesen (flowersprout0)

system was applied to histological slides to predict genetic alterations of the FGFR3 gene in bladder cancer. We found that the AI system was able to find the alteration with high accuracy. In the future, this system could be used to preselect patients for further molecular testing. In this report, a computer-based artificial intelligence (AI) system was applied to histological slides to predict genetic alterations of the FGFR3 gene in bladder cancer. We found that the AI system was able to find the alteration with high accuracy. In the future, this system could be used to preselect patients for further molecular testing.There are increasing calls for the development of innovative research methods in pharmacy practice.1,2 This commentary seeks to illuminate pathways for 'thinking differently' about research approaches for pharmacy practice and social pharmacy by leaning on theoretical advances made in Organization and Management Science (OMS). In particular, the perspective of 'practical rationality',3 derived from a process philosophical world-view, is highlighted as a truly alternative framework for designing and enacting productive social research. To deliver practically rational findings, it is suggested "prior organization of mentalities and modes of thought"4 is required. Process philosophy, which has pre-Socratic beginnings,5 provides a comprehensive and unified perspective of reality, its character, and how we might understand ourselves in that reality. Process philosophy permits scope for exploring a variety of phenomena of the lived experience.6 Congruent methodologies can enable development of research processes anforms.4,9 It provides the opportunity for pharmacy practice research that may be able "to catch reality in flight".10.The past several years have witnessed significant advances in the development of therapeutic gene delivery for neurological disorders of the central nervous system (CNS). In particular, genome-wide sequencing analysis has deepened our understanding of mutations that underlie many monogenic disorders, which in turn has contributed to clinical advances involving adeno-associated virus (AAV) vector delivery of replacement genes to treat recessive disorders. Moreover, gene therapy has been further bolstered with advances in genome editing tools that allow researchers to silence, repair, and amend endogenous genes. However, despite strong preclinical and clinical progress, challenges remain, including delivery and safety. Here, we discuss advances in AAV engineering, recent developments in cargo design, and translation of these technologies towards clinical progress.The flavivirus genus consists of several major human pathogens including dengue (DENV) and Zika viruses. The flavivirus nonstructural protein 1 (NS1) plays an important role in disease progression, for example, in the development of severe dengue disease. Anti-NS1 antibodies have been shown to confer protection, and two new studies by Biering et al. and Modhiran et al. on the structure of NS1antibody complexes reveal their mechanism of neutralization.The concept of a gene has been developed a lot since the Mendelian era owing to the rapid progress in molecular biology and informatics. To explore the nature of life, varieties of biological tools have been continuously established. Many achievements have been made to clarify the relationships between genotypes and phenotypes. However, it is still not completely clear that how traits of an organism are encoded by its genome. In this review, we will summarize and discuss representative works in systematical functional genomic studies in microbes. By analyzing their developmental progressions and limitations, we may have chances to design more powerful means to decipher the code of life.Cryopreservation is important for enabling long-term cell preservation. However, physical damage due to ice crystal formation and membrane permeation by dimethyl sulfoxide (DMSO) severely affects cr