The specimens were manufactured by first making a base-plate of reinforced concrete, then installing and curing the scaled isolation device on top of the base-plate, and creating a base-plate and superstructure for manufacture of the superstructure.
GPs were advised to collect specimens for testing by first pass urine, self-collected vaginal swab or endocervical swab.
Total genomic DNA was extracted from single specimens of lice by first removing the head from the body and placing both in the digestion buffer from a Qiagen Tissue Extraction kit (Qiagen Sciences, Maryland, USA), incubating for 56 hours, and following the manufacturer's protocols for the remainder of the extraction.
Double-labeling of nerves and taste buds in the same specimen was accomplished by first applying the anti-calretinin and detecting it with red, followed by an overnight wash, and then applying the anti-acetylated tubulin and detecting it with green (e.g., goat anti-mouse FITC).
The skulls from the contemporary collection were prepared from whole body specimens (preserved in Ethanol) by first decapitating the head in a process that ensured that the whole skull with the mandible attached were complete.
Orientation of the principal stress flow through the calcaneus was compared with the trabecular alignment in a single cadaveric calcaneal specimen, by fitting second-order polynomials to real trabecular paths and FE-predicted isostatics and calculating their angle of inclination with the calcaneal cortex at their insertion points.
After wound cleansing (using sterile saline and gauze) and debridement (removal of necrotic tissue, foreign material, callus, undermining of the wound edge), a physician, nurse or podiatrist will obtain specimens for aerobic and anaerobic cultures by First, using a cotton-tipped swab rubbed over the wound surface to sample superficial wound fluid and tissue debris.
We know of its existence from just a handful of specimens, the first collected by British zoologist Thomas Jerdon in around 1844.
Stained specimens were first examined by epifluorescence microscopy and then fixed in 4% formaldehyde to perform the utrophin staining.
