Sentence examples for millimeters of tissue from inspiring English sources

A further advance was the development of imaging technology, where an array detector is utilized to efficiently collect high-resolution spectral data from relatively large sections (millimeters) of tissue and material samples.

Several studies have shown that an optical system made of a charge coupled device (CCD) with a focusing lens can be used to image the distribution of a β-emitting radiopharmaceutical in a mouse (e.g., [5, 6]) or even in the human body through several millimeters of tissue [7, 8].

Further advances were the development of imaging technology, where an array detector is utilized to efficiently collect high-resolution spectral data from relatively large sections (millimeters) of tissue and material samples, and most recently, the development of nanoscale infrared spectroscopy, known as atomic force microscopy-infrared (AFM-IR).

But luminescence attenuation is not sufficient through a few millimeters of tissue [ 22, 38].

2– 8 Tedious and error-prone manual delineation of intricate neural circuits over a few millimeters of tissue is currently being replaced with fast automated procedures that can process large sections of the brain.

In human enamel, there are about 14 of these crack-arresting layers per millimeter of tissue, but sea otter enamel has about 19 such layers per millimeter an increase that substantially boosts the surface toughness of the teeth.

Based on the tissue area density measured for the fragments collected in the field, grasses with a similar area density were offered to workers from the laboratory colony, and the time needed to cut one millimeter of tissue was recorded.

The number of apoptotic follicles was expressed as the fraction of total follicle numbers in each square millimeter of tissue.

We speculate that this occurs due to plastic rebalancing of excitatory and inhibitory influences within the tectal, inter-collicular and nigrotectal pathways following this small and discrete neural insult, which like the case of Carasig et al. involved less than a cubic millimeter of tissue.

It allows for non-destructive imaging through several millimeters of biological tissue with single cell resolution.

Optical coherence tomography (OCT) allows for non-destructive imaging through several millimeters of biological tissue with single cell resolution.