Sentence examples for biological plating from inspiring English sources

The concept of biological plating with minimally invasive application of pre-contoured implants is a further evolution in internal fixation which enables epiphyseal and metadiaphyseal contact and alignment without extensive periosteal stripping.

It is an extramedullary internal fixator which combines the advantages of both interlocked intramedullary nailing techniques and the early advances of the so-called biological plating technique into one system [ 8].

The three biological plates were scored independently, and the median value (the percentage of cells with abnormal nuclei) was calculated and plotted.

Recent developments in the last decade described the principle of 'minimal invasive biological plate osteosynthesis' showing reduced blood loss, lower infection rates and possibility of bridging the supracondylar fracture zone as an internal fixator, preserving the bone fragments and the periosteum [ 1, 10– 10].

Per strain and condition, at least 3 biological replicates (plates) were measured, with 6 technical replicates (wells) per plate.

RNA isolated from one-half of three biological replicate plates using the RNeasy Mini kit (Qiagen) was pooled and hybridized to the GeneChip Human Genome U133 plus 2.0 (Affymetrix) as per the manufacturer's protocol in the Genomics Core in the UCR Institute for Integrated Genome Biology.

Plasmid DNA was released primarily in the relaxed and supercoiled forms, and the released DNA showed high biological activity in plated cell cultures.

To minimize possible biological differences between plate-attached and suspension specimens, isolated mouse liver mitochondria respiring uncoupled on succinate (10 mM) in the presence of rotenone (1 μM), cytochrome c (10 μM) and FCCP (0.5 μM/no BSA) were used.

For each biological replicate, cells were plated in six-well plates at approximately 70% confluence 1 day before transfection.

There is no clear consensus in the literature about the time to weight-bearing after biological fixation using bridge plating.

Whether hyaluronan-mediated pathway is involved in the biological responses of growth plate to mechanical loading warrants additional investigations.