Sentence examples for tissue reflection from inspiring English sources

Most implant systems have five basic steps for placement of each implant: Soft tissue reflection: An incision is made over the crest of bone, splitting the thicker attached gingiva roughly in half so that the final implant will have a thick band of tissue around it.

We recognize that the ultrasound signal intensity of articular cartilage relates to the parameters of the tissue reflection coefficient, acoustic impedance, the elastic modulus, and surface conditions.

A previous study revealed that the amplitude from the cartilage surface is related to the tissue reflection coefficient, acoustic impedance, elastic modulus and surface condition in physics, and related to proteoglycan depletion and collagen disruption in biology [ 28- 30].

Using Monte-Carlo simulations for multi-layered tissue, we show that informative features can be extracted from the simulated tissue reflection by integrating intensities within concentric ROIs around the laser spot center.

In physics, the 'signal intensity' relates to the tissue reflection coefficient, impedance, elastic modulus, and surface conditions, not simply 'a measure of superficial cartilage integrity' as defined by the authors [ 1].

For the cancerous brain tissue, the reflection ratio of the tumor region was greater than 14.2%, whereas the reflection ratios for the normal brain tissues were rarely greater than 14.2%.

Also, cystatin C, the endogenous inhibitor of cathepsin S, has been found to be elevated in obese subjects, both in the circulation and in adipose tissue expression, independently of reduced estimated glomerular filtration rate, which could be a reflection of adipose tissue growth control through cathepsin inhibitions (13).

The magnification lens in the core of the light guide is optically isolated from the illuminating outer ring, thus preventing tissue surface reflections.

Such a setup, however, required very careful alignment of the light source and the microscopic lens system and still suffered from tissue surface reflections.

This dark-field illumination applied from the side completely avoids tissue surface reflections, giving clear images of microcirculatory structures and red, as well as white, blood cell flow.

In 1987, Slaaf and colleagues [ 20] developed an alternative way of eliminating tissue surface reflections for imaging subsurface microcirculatory net-works that was inspired by fluorescence microscopy.