Sentence examples for breast measuring from inspiring English sources

Extensions to this geometry include encircling the breast, measuring the depth of interaction (DOI), and dual-modality imaging (PEM and X-ray mammography, as well as PEM and X-ray guided biopsy).

"The cancer in the breast measured one and a half centimetres, about half an inch, and under the microscope the cancer cells were actively dividing," I said.

Figure 8 (left) reports simulation results to show the effect of pure scattering, using the optical properties of chicken breast measured by [48].

Figure 7 (right) shows an example of the effect on the Cerenkov spectrum of pure absorption after traversing 1 cm of biological tissue (the optical properties of chicken breast measured by [48] were used for this example), indicating a stronger absorption at short wavelengths, and an almost unchanged shape of the spectrum at long wavelengths.

The first in vivo magnetic resonance spectroscopy (MRS) studies of breast measured resonances from phosphorus atoms (P).

The previously reported penetration depth for 1/ e decay in chicken breast tissue is ~1.1 cm at an optical wavelength of 650 nm [ 22], where the 1/ e penetration depth at 785 nm in human breast measured ~0.89 cm [ 23].

The breast measured 11 cm diameter at the chest wall and extended outwards by 5.5 cm. Figure 1 evaluates several potential detector case design options that would enable both DBT and NIRST imaging under the constraints imposed by this dual-modality system.

We filled bottles and emptied breasts, measured milliliters into droppers and g-tubes.

A disadvantage of this study is that the breast measures may have been subject to measurement error since they were taken on digitized film-screen mammograms (FSMs).

If misclassification due to measurement errors of the sex steroids or the breast measures has occurred, this most probably has been nondifferential.

To date, three published case control studies have examined the association between percent PMD and risk of breast cancer by measuring breast tissue volumes.