Dianas terapéuticas frenta a malaria y proteómica redox en "Plasmodium falciparum"

Tesis inédita de la Universidad Complutense de Madrid, Facultad de Ciencias Biológicas, leída el 29-04-2008.Fac. de Ciencias BiológicasTRUEProQuestpu

Dianas terapéuticas frenta a malaria y proteómica redox en "Plasmodium falciparum"

Tesis inédita de la Universidad Complutense de Madrid, Facultad de Ciencias Biológicas, leída el 29-04-2008.Fac. de Ciencias BiológicasTRUEProQuestpu

Analysis of Mode of Orchestration Structures of Formal Collaborative Network of Science and Technology in Iran

Networking is performed by physically aligning its members and, in a real network, the correct placement of network components and the interaction between them are based on the network perspective and complementary capabilities for achieving continuous growth and set goals. Therefore, it is necessary to assign a role to network orchestration in the network formation and configuration, the network collaborative management, and ultimately network success. Despite a notable volume of research done in this regard, the problem of managing collaborative networks, different types of such networks, and differences between them require further study. This study aims to compare the types of orchestration structures of formal collaborative networks in Iran. To this end, based on judicial sampling, 5 selected collaborative networks were compared with by content analysis method and modeling of a valid orchestration model. The research results showed that collaborative networks in Iran followed three types of Shared orchestration structure, Lead Organization (orchestration networks), and each of these structures has different performance according to the type of collaborative networks in different areas. Therefore, when forming a network, it is necessary to select an orchestration structure that fits the characteristics of the network. Accordingly, in the end, a number of suggestions were made for each of the structures

Choosing Appropriate Technique for Nasal Reconstruction in Challenging Cases of Panfacial Burn: Treatment Algorithm

Abstract The nose is one of the most challenging facial parts to reconstruct. Its asymmetries, defects, or disharmonies are easily noticeable. The complex contours, highlights, shadows, and special shape of its subunits make nasal reconstruction more difficult in panfacial burn than that of nonburned ones. This retrospective study was conducted at Zare Hospital. Twenty-five panfacial burn cases with nasal defects were studied from 2010 to 2019. Profile photos were manipulated by Adobe Photoshop. Based on the difference between the burn-related shortened nasal length and the expected photoshopped one, the severity of the short nose was detected, and the strategy of the surgery was determined. Of the 25 cases, 10 cases with normal nasal length and projection, or mild short nose with minimal alar rim, tip and/or columellar defect underwent nasal reconstruction with skin and/or composite graft. Nine patients with normal nasal length or mild to moderate short nose but moderate to severe alar defect underwent reconstruction with turndown flap plus skin and/or composite graft. Pre-expanded forehead flap (n = 1) and delayed scarred or skin grafted forehead flap (n = 5) were used for six patients with severe short nose defect. There are several procedural alternatives for the reconstruction of burn-related mild to moderate nasal deformity. For severe and deep panfacial burn, delayed forehead flap seems safe with acceptable color and texture harmony. Our designed algorithm could potentially improve the selection of proper nasal reconstruction techniques and assist novice surgeons.</jats:p