Sentence examples for specimens and generating from inspiring English sources

We also acknowledge the important contributions of Wendy Mei, Annie Mak and colleagues in the BCPHMRL in testing the specimens and generating data used in this study; Stanley Wong, Amanda Yu, Theodora Consolacion and Travis Salway Hottes from BCCDC who assisted in data extraction and analysis; and Kate Heath for her assistance with manuscript preparation.

For solid samples, a Thermal Ionization Mass Spectrometer (TIMS) is often used, e.g. for strontium and neodymium specimens, and generates very precise results.

A centralized laboratory and pathology service processes all adult and pediatric endoscopic biopsy specimens and generates histopathology reports that are stored in a searchable database.

The incident wave transmitted to the output bar through the specimen and generated the transmitted wave.

Charge excitations (domains or accumulation layers) propagate from the cathode through the active region of the specimen and generate current or voltage pulses when they are discharged at the anode, or in some cases, they may be transformed into the stationary anodic domains [1, 7, 8].

By using our experimental prototype, we record 12 × 12 elemental images arrays of different type specimens successfully, and generate depth slice images by CIIR method.

Furthermore, non-invasive imaging techniques such as μCT leave specimens intact and generate digital data suitable for online dissemination, an important condition for effective data mining.

agrippinae and 189 C. rossi specimens were generated and attempts were made to generate a similar nuclear EF1-α data set.

Practically, the fruit fly has a lifespan of around four weeks, meaning that we can examine and generate thousands of specimens in a research heartbeat.

A number of experimental results taken from the technical literature and generated by testing specimens containing complex geometrical features were reanalysed using a critical distance/plane method.

In particular, the module uses emerging "big data" resources to examine information obtained from field-based specimens, thereby generating a critical intersection between bioinformatics, computational biology, and natural history.