Sentence examples for organism type from inspiring English sources

While modeled on tasks from cognitive psychology, this task is unique in its design to test two hypothesized conceptual frameworks for the organization of biological knowledge: 1) a surface feature organization focused on organism type and 2) a deep feature organization focused on fundamental biological concepts.

(e.g.: Case 1) PosCntrl-ATRCA|Probe-031; Case 2) PosCntrl-Cab|Probe-004; Case 3) Corona-229E|Probe-019; and Case 4) Corona-HK|Probe-001). Probe sequence information was organized and stored according to organism type and sub-type; with the sub-type section of the probe name occurring before the main delimiter, the bar, and the type section of the probe name appearing before the dash, when present.

Participants may have organized their cards based upon hypothesized surface features (organism type), hypothesized deep features (core biological concepts), or some other unexpected sorting scheme.

Additionally, this initial card stimulus set was designed to test the hypothesis that putative biological novices would connect and organize biological ideas using the framework of four specific surface features based on organism type: "Human," "Plant," "Insect," and "Microorganism".

The web server works either on prokaryotic and eukaryotic proteins or without specifying an organism type.

The most likely organism type to survive in a brine or evaporite on earth is a halophile.

Restoration increased overall biodiversity of all organism types by an average of 68%.

Although the mixture of organisms in individual biofilms varies, most communities are constructed from the same relatively limited set of organism types, many of which have cultivated representatives.

The primary infection site showed the following organism types, namely gram-negative bacterial infection, gram-positive bacterial infection, polymicrobial infection or fungal infection.

Results confirm earlier deductions[5] that the number of distinct organism types (a type being a phylotype with generally >97% homology in the sequence of the 16S rRNA) is small.

Results of these new sequencing techniques suggest that microbial richness in the sea is much higher because of the presence of a "rare biosphere" composed of very few individuals of many distinct organism types [144], [145].