Fomento de San Sebastián (Spain)

This chapter will cover the basics of a monitoring strategy, focusing on the concepts related to the topic and giving an explanation of the broad amount of Azure services that should be used for your observability goals.

Anais do XIV Seminário Internacional de Desenvolvimento Rural Sustentável, Cooperativismo e Economia Solidária (XIV SICOOPES) (978-85-5722-734-7) - Gestão De Resíduos Vegetais Em Empreendimentos Da Feira Livre Do Município De Capanema-Pa.

Because of the skeletal complexity of the problem, hyperdivergent retrognathic patients are among the most difficult for orthodontists to treat. We present a 24-year-old woman with temporomandibular disorder and malocclusion in all three planes of space. After eliminating her temporomandibular joint symptoms with a splint, her Class II malocclusion and open bite increased. The patient refused orthognathic surgery, so we treated her malocclusion with microscrews and osseointegrated implants in different sites and used different devices supported by microscrews. The microscrews placed in the maxillary tuberosity were decisive in the success of our treatment by allowing simultaneous distalization and intrusion of posterior teeth.

Bridges are objects of large dimensions and high social impact that must be designed according to multiple criteria. Numerous authors, such as Marco Lucio Vitruvio, David P. Billington and Dieter Rams, provide keys to achieve efficient, lasting and socially responsible designs. Several of the criteria are not really objective, since concepts such as elegance, timelessness or unobtrusiveness can be used very freely, leading to results that are not socially acceptable. The author expresses his design philosophy based on objective principles: integration into the geometry of the environment, permanent search for simplicity, design based on a geometry that emanates from structural behavior, unitary and absolute shapes, and enduring details that give character to the work. From five built examples, a design methodology based on the boundary conditions is formulated to achieve bridges that are well integrated with their environment.

This article describes a comprehensive step-by-step protocol for immediate implant placement and restoration in the esthetic zone. Clinical Considerations Immediate implant placement into fresh extraction sockets and immediate restoration have become widely accepted, demonstrating long-term success rates that are comparable with traditional delayed implant protocols. However, they are technique sensitive and require proper treatment planning as well as meticulous execution to be predictable and successful in the long term. This is particularly important in the esthetic zone, where even minor aberrations and mistakes can have devastating consequences, and especially in younger patients, where esthetic and functional outcomes should remain stable for years and possibly decades to come. The eight critical steps for predictable immediate implant placement include: provisional restoration of the failing tooth and presurgical phase, atraumatic tooth extraction, initial implant osteotomy, 3D bone graft packing, guided implant placement with a surgical guide, customized abutment insertion, provisional crown relining, and placement of a connective tissue graft from tuberosity. Immediate implant protocols in the esthetic zone require thorough planning and execution in the proper sequence. Each one of the critical steps discussed in this article has its own importance and challenges, which are critically assessed based on current scientific evidence.

Immunostimulating reconstituted influenza virosomes (IRIVs) are liposomes with functional viral envelope glycoproteins: influenza virus hemagglutinin (HA) and neuraminidase intercalated in the phospholipid bilayer. Here we address the fusion of IRIVs to artificial supported lipid membranes assembled on polyelectrolyte multilayers on both colloidal particles and planar substrates. The R18 assay is used to prove the IRIV fusion in dependence of pH, temperature and HA concentration. IRIVs display a pH-dependent fusion mechanism, fusing at low pH in analogy to the influenza virus. The pH dependence is confirmed by the Quartz Crystal Microbalance technique. Atomic Force Microscopy imaging shows that at low pH virosomes are integrated in the supported membrane displaying flattened features and a reduced vertical thickness. Virosome fusion offers a new strategy for transferring biological functions on artificial supported membranes with potential applications in targeted delivery and sensing.