Sentence examples for a tissue density of from inspiring English sources

Assuming a tissue density of 1 g/ml, the radioactivity concentrations were divided by the administered activity to obtain ROI-derived percent injected dose per gram of tissue (%ID/g).

Counts/pixel/min were converted to counts/ml/min (assuming a tissue density of 1 g/ml) with a calibration constant derived from scanning a cylindrical phantom [21].

Note that the literature Vv and Vi values in Tables 1, 2 were derived from reported fractional blood volumes (γ, where γ = Vv/Vtissue) and fractional interstitial fluid volumes (φ, where φ = Vi/Vtissue) by assuming a tissue density of 1 g/mL, consistent with assumptions made in the reference from which they were obtained [5].

Tumor weight, assuming a tissue density of 1 mg/mm, was calculated according to the formula tumor weight (mg) = (length in mm) × (width in mm)/2.

The SUV is normalised for activity injected per body weight according to the formula: SUVmax/mean = maximum/mean VOI activity [Bq/ml] / dose injected per patient's weight [Bq/g] with g = ml for a tissue density of 1 g/ml.

The counts in each ROI were converted to radioactivity per gram of tissue (nCi/g), assuming a tissue density of 1 g/mL and were then normalized to percentage of injected dose per gram of tissue (%ID/g).

Also highly discriminative were images of large size wedge-shaped or polar abscesses (criteria 4, 5 and 6) and a normal tissue density of the organ (criterion 24).

Tissue TACs were converted from Bq/mL to Bq/g with an assumed tissue density of 1.05 g/mL.

The standardised uptake value (SUV, unit less) was calculated as the mean tissue radioactivity concentration (kBq/mL) recorded by the PET camera 10 to 20 min after the 18F-FDGal injection divided by the injected dose per gram of body weight (kBq/g) and using an average tissue density of 1 g/mL tissue.

Individual tumour volume was calculated using the formula C×length×weight×height, where C has been empirically determined as 0.873, assuming a specific tumour tissue density of 1 g cm−2.

A caveat to the tissue density of 0.8 kg L−1 given by Wedel (2005), and a novel method for estimating body mass, is offered by a recent allometric study on the dimensions of semicircular canals (SCC) in the skull (Clarke, 2005).