In model (Eq. (1)), the spreads of components are measured by τ i 1 and τ i 2 for i = 1, 2, … , N. Hence, for a component, say component i, if τ i 1 or τ i 2 is large, then it is reasonable to treat it as an overall trend rather than a peak.
SH w → measures the spread of the components in low frequencies.
The fibrin ogen)olytic activity of snake venom serine proteases, which inhibits blood coagulation in victims, serves as a mechanism to facilitate the spread of toxic components throughout the bloodstream.
Cryo-electron microscopy of the wild type degradosome suggests that the sample may be conformationally heterogeneous (Jarrod Voss, personal communication), but it is likely that membrane association may influence and help to confine the spatial spread of the components.
This additional gentle vibration aids in the spreading of the components and the removal of access components at the turning point of the web.
These are due both to the tendency of the individual components to spread and to the detection-like nature of the interaction with the environment, which further enhances the collective spreading of the components (a narrowing in position corresponds to a widening in momentum).
The spectral analysis is indicative of the presence of a pseudo-periodic corrugation, embedded in the surface morphology, with a defined period of 20 nm and a spreading of spectral components around 16 nm and 32 nm.
By histopathological examination, it is very difficult to distinguish between pre-invasive carcinoma in situ and intraductal spreading of invasive components.
Furthermore, our findings highlight a rationale for the presence of a serine protease in bee venom: Bi-VSP acts as a PPAF to induce a lethal melanization response in arthropods and as a fibrin ogen)olytic enzyme to facilitate the spread of bee venom components throughout the bloodstream in mammals.
Our results therefore suggest that injection of the fibrin ogen)olytic enzyme Bi-VSP is used to facilitate the spread of bee venom components throughout the bloodstream in mammals, as has been demonstrated for snake venom fibrin ogen)olytic enzymes, which alter blood rheology by decreasing the concentration of blood fibrinogen [18], [44], [45].
