Assertion: fibril | /r/CapableOf | comprise the fibril
Facets:
value: in the second step
type: TEMPORAL
Source sentences:
text: They found that the helical structure of a multistranded amyloid fibril is determined by interaction between filaments comprising the fibril.
text: These filaments assemble into fibrils in the second step (two examples of fibrils are shown, one containing six filaments of equal length and one containing two filaments of unequal length).
text: Here, m is the number of protein molecules per filament that make up the fibril “body”, p equals the number of filaments that comprise a fibril, with pits upper boundary enforced by the architecture of the fibrils, n> 0 gives the number of monomers present in the “leg” numbered i, whereas qgives the same, however limited to a value of zero or unity.
text: In Nyrkova et al (), the possibility is suggested that the filaments that make up the fibril need not have the same length, and hence, the fibril may have some “loose ends” or
text: In addition, the persistent length of amyloid fibril is critically dependent on the number of filaments comprising the fibril such that the persistent length of the fibril increases with respect to the number of filaments.
text: Our previous study found that the dependence of the helical structure of -microglobulin fibril on the number of filaments comprising the fibril is attributed to the nonbonded interactions between filaments, which is consistent with AFM-based experimental study of -lactoglobulin fibril .
text: Moreover, our previous study suggests the persistent length of amyloid fibrils as a function of the number of filaments comprising the fibril with using ENM simulation coupled with continuum beam model.
text: These filaments assemble into fibrils in the second step (two examples of fibrils are shown, one containing six filaments of equal length and one containing two filaments of unequal length).