From the selected regions, 1000 μm tissue cores were mounted into tissue microarray blocks using a custom made instrument (Beecher Instruments, Silver Spring, MD, USA).
It was done by continuously monitoring the indoor and outdoor conditions using a custom made instrument called "Architectural Evaluation System".
The study was conducted by continuously monitoring the indoor and outdoor conditions of both the buildings using a custom made instrument called "Architectural Evaluation System".
The quantitative analysis has been done by continuously monitoring the indoor and outdoor thermal and environmental conditions using a custom made instrument called "Mini metrological Station known as Architectural Evaluation System".
Quasi-elastic light scattering (QLS) experiments were conducted using a custom laboratory instrument (Neuroptix Corporation, Acton, MA) that delivers linearly polarized continuous wave near-infrared laser light (λ = 780 nm; focused beam diameter, 30 35 µm; power output = 0.3 mW).
At least three core tissue biopsies, 0.6 mm in diameter, were taken from morphologically representative regions for all histologies sampled and precisely arrayed using a custom built instrument as described before [ 16].
At least three core tissue biopsies (each 3 mm in diameter) were taken from morphologically representative regions of each paraffin embedded prostate tumor and precisely arrayed using a custom built instrument.
Afterwards, the tissue cylinders were inserted into a new "recipient" paraffin block using a custom-built instrument (Beecher Instruments, Silver Spring, MD, USA).
Histologically representative tumor regions were selected by a neuropathologist (HH) and the samples from these areas were applicated in tissue microarray blocks using a custom-built instrument (Beecher Instruments, Silver Spring, MD, USA).
Tissue cylinders of 1.5 mm diameter were punched from these areas and precisely arrayed into a new 'recipient' paraffin block using a custom-built instrument (Beecher Instruments, Silver Spring, MD).
