Sentence examples for major tissue components from inspiring English sources

The purpose of the current study was to apply hyperspectral microscopy to healthy and diseased gastrointestinal (GI) tissues in order to visualize morphology of fresh tissue, characterize the intrinsic contrast within the gastric mucosa, and determine the spectral signatures of the major tissue components that make up GI tissues.

However, the major tissue component in breast is stroma, and stromal alterations are also a well recognized component of benign and pre-invasive breast lesions.

We have shown with a preliminary set of animals that the TCM technique is able to visualize the possible five major myocardial tissue components (healthy myocardium, edema, hemorrhage, necrosis, and scar) in a single map.

In a biomass biorefinery situation, the separation of lignocellulose into its major tissues and components constitutes the first step of its refining to high-value-added products [ 4, 5].

At retrieval, explanted grafts showed regeneration of all the major cell and tissue components of the oesophagus, including functional epithelium, muscle fibres, nerves, and vasculature [ 75].

This group of conditions is traditionally considered to involve either enamel (amelogenesis imperfecta [AI] [MIM # 204700]) or dentine (dentinogenesis imperfecta [DI] [MIM # 125490] and dentine dysplasias [MIM % 125400]), the two major hard-tissue components of teeth.

For proper functioning, both temporomandibular joints and the connecting mandible, together with the masticatory muscles and contiguous tissue components, play a major role.

The soft tissue component enhances.

No enhancing soft-tissue components.

Extensive characterization of these scaffolds revealed that DNA and other cell constituents were efficiently removed, while native tissue characteristics, namely major ECM components, architecture and mechanical properties, were preserved.

Nanofibrous matrices are introduced as scaffolds that may have a better structural resemblance to target tissues than their bulk counterparts, because major components in tissues are nanoscale structures and cells appear to attach and proliferate better on nanoscale structures than on bulk materials.