Shear force, perpendicular to the axis of muscle fibers, was carried out by cutting at the second segment of the shrimp abdomen with Warner-Bratzler blade using a crosshead speed at 2 mm·sec−1 and a 25-kg load cell.
Lastly, the transportation tree between manufacturers and suppliers is obtained for the first segment by the outputs of the second segment.
The slope of the first exposure response segment based on the model is represented by β1, whereas the slope of the second segment is β1 – β1.
The protein encoded by the third segment is named P3 (instead of PA as in the case of influenza A virus) since it does not contain negative charges at neutral pH.
The principle idea behind this measure is to use a two-segmented network, where the first segment works as an input-oriented, (mostly trained by unsupervised methods) classification device, whereas the second segment produces the output based on the classification given by the first segment.
The second condition represents an anti-dependency, when the second segment (Pj) produces a variable needed by the first segment (Pi).
Haemagglutinin (HA), encoded by the fourth segment, is an important glycoprotein and a major surface antigen which is responsible for attaching the virions to hosts, deciding the pathogenicity and virulence [1].
The non-structural viral protein NSP4 is encoded by the tenth segment of the viral genome.
The first segment was used for cartilage evaluation, including water content, GAG content, and histology analysis; the second segment was first scanned by Micro-CT and then compressed to obtain mechanical data.
In the second step, by the outputs of the third segment and the periods obtained for introducing new and developed products from the third segment, the transportation tree between distribution centers and manufacturers is derived for the second segment.
