Skin loss is one of the oldest and still not totally resolved problems in the medical field. Since spontaneous healing of the dermal defects would not occur, the regeneration of full thickness of skin requires skin substitutes. Tissue engineering constructs would provide a three dimensional matrix for the reconstruction of skin tissue and the repair of damage. The aim of the present work is to ...

The use of finite element analysis is increasingly gaining popularity in the design and aircraft structures. Also, composite materials manufacturing structures are increasing due to their exceptional properties high stiffness weight ratio. Applications include Composite made up laminates with different fibre orientations, which adversely affects property composites formed. For this study, three...

Objective This study aimed to investigate reconstruction methods according to nasal subunits in patients who were surgically treated with diagnosis of non-melanoma skin cancer of the nose. Methods All patients were retrospectively investigated. This study was conducted between April 2004 and December 2010; 180 patients who were surgically treated with diagnoses of skin basal cell carcinoma, s...

INTRODUCTION Using traditional experimental methodologies [1,2,3], the skin has to be separated from the subcutaneous tissues in order to determine the tissues’ viscoelastic properties. Thus, the complex collagen fiber network in soft tissue could be damaged when the skin is separated from the subcutaneous tissue. Therefore, the viscoelastic properties of the skin and subcutaneous tissues measu...

The human skin hosts an array of sensors that are capable of detecting and interpreting many traits important to how we function and survive. The goal of mimicking this capability in composites to create intelligent composite materials has led to the development of a bio-inspired stretchable network composed of numerous micro-fabricated sensors capable of detecting multiple stimuli. The compone...

Sandwich structure composites produced by epoxy core and aluminium skin were developed as potential building materials. Interface bonding between core and skin was controlled by varying kenaf content. Five different weight percentage of kenaf loading ranging from 10 wt% to 50 wt% were employed in the core manufacturing in order to study the mechanical properties of the sandwich composite. Prope...

Alginate hydrogel/zinc oxide nanoparticles (nZnO) composite bandage was developed by freeze-dry method from the mixture of nZnO and alginate hydrogel. The developed composite bandage was porous with porosity at a range of 60%-70%. The swelling ratios of the bandages decreased with increasing concentrations of nZnO. The composite bandages with nZnO incorporation showed controlled degradation pro...