Denture hyperplasia is a common clinical finding in patients wearing dentures.In this case report, a patient who was treated for denture hyperplasia presented with a post operative complication which led to inadequate vestibular depth.Inadequate vestibule is a common challenge dental surgeons encounter while considering fixed or removable prosthesi
Campylobacter jejuni and Campylobacter coli autotransporter genes exhibit lineage-associated distribution and decay
Abstract Background Campylobacter jejuni and Campylobacter coli are major global causes of bacterial gastroenteritis.Whilst several individual colonisation and virulence factors have been identified, our understanding of their role in the transmission, pathogenesis and ecology of Campylobacter has been hampered by the Electric Range Cooker genotypi
Rogue sperm indicate sexually antagonistic coevolution in nematodes.
Intense reproductive competition often continues long after animals finish mating.In many species, sperm from one male compete with those from others to find and fertilize oocytes.Since this competition occurs inside the female reproductive tract, she often influences the outcome through physical or chemical factors, leading to cryptic female choic
Determinants of QTL Mapping Power in the Realized Collaborative Cross
The Collaborative Cross (CC) is a mouse genetic Electric Range Cooker reference population whose range of applications includes quantitative trait loci (QTL) mapping.The design of a CC QTL mapping study involves multiple decisions, including which and how many strains to use, and how many replicates per strain to phenotype, all viewed within the co
Modeling of spontaneous emission in presence of cylindrical nanoobjects: the scattering matrix approach
We propose a method of analysis of spontaneous emission of a quantum emitter (an atom, a luminescence center, a quantum dot) inside or in vicinity of a cylinder.At the focus of our method are analytical expressions for the scattering matrix of the cylindrical nanoobject.We propose the approach to electromagnetic field quantization based of eigenval