What's the difference between fibrilla and fibrillae?
Fibrilla
Definition:
(n.) A minute thread of fiber, as one of the fibrous elements of a muscular fiber; a fibril.
Example Sentences:
(1) Evidence is presented which suggests that these plasmid-mediated, temperature-inducible surface fibrillae are responsible for autoagglutination and are related to production of one prominent, Sarkosyl-insoluble polypeptide of ca.
(2) Fibrocytes are of roupher outlines and contain no reticulum of collagenous fibrillas on their surface.
(3) The cribriform meshwork appeared dense, with deposition of fibrillae and collagen or basement membrane-like material; Schlemm's canal was absent in 3 specimens; in some the lumen was narrowed or locally obliterated; and Descemet membrane-like substance covered the trabecular meshwork.
(4) FaeC was also detected in purified K88ac and K88ad fibrillae.
(5) Bacteria bind to receptors on cell surfaces by different adhesins like fimbriae, fibrillae or lipoteichoic acid.
(6) (5) Tyrosine residues are most probably not present in the adhesive or antigenic sites of K99 fibrillae.
(7) Labeling the sections with anti-fibrinogen or anti-fragment D showed that the fibrinogen-binding region lay within a 25-nm segment of the fibrillae beginning approximately 30 nm from the inner surface of the cell wall.
(8) Immunoblotting of subcellular fractions and of purified fibrillae, and agglutination experiments using whole cells revealed that the FaeC protein is present in the periplasm and as a minor component in the K88ab fibrillae.
(9) They are surrounded with elastic and collagenous fibrillas, which cover also membranes and connect all the layers of the wall of arteries into one morpho-functional system with a high structural stability and plasticity.
(10) The outermost layer consists of collagen and elastic fibrillae, with cytoplasmic processes of fibroblasts in between.
(11) The role of the penultimate and conserved tyrosine residue of the K99 major fibrillar subunit (FanC) in fibrillae biosynthesis and functioning was investigated.
(12) Production of this rare rodent-positive MREHA was correlated with the presence of fine fibrillae of estimated diameter 2.5 nm that were demonstrated by negative staining and immuno-gold labelling with MREHA-specific anti-serum.
(13) Minicell analysis, immunoblotting and immunoelectronmicroscopy revealed a pool of FanF in the periplasm of K99-producing cells and showed, furthermore, that FanF is a minor component of K99 fibrillae, present at the top and in or along the shaft of the K99 fibrillar structures.
(14) Degenerated fibrillae were stated to form two bundles and terminate near the neurons of nonspecific thalamic nuclei: n. ret, MD, pf, sprf, as well as in the neurons of specific thalamic nuclei: n. Vna, cgl, cgm, pul.
(15) Literature for the recent years on chromatin fibrilla structure is reviewed in the work.
(16) Fibrillae produced by an adhesion-negative strain carrying a mutation in the K99 major fibrillar subunit were shown to contain a normal amount of FanF.
(17) A cyanogen bromide fragment derived from the K88ab adhesin inhibited the hemagglutinating activity of K88 fibrillae.
(18) When cultivated at 37 degrees C in static broth, human clinical isolates of Yersinia enterocolitica (serogroups O:3, O:8, and O:9) and Yersinia pseudotuberculosis (serogroup O:III) produced numerous nonflagellar surface appendages, which appeared as a lawn of fine fibrillae, each having a diameter of 1.5 to 2.0 nm and a length of 50 to 70 nm.
(19) Cultivation at 22 degrees C resulted in complete disappearance of the fibrillae.
(20) They are realized by fine fibrillae terminating mainly in large terminal boutons which form synapses on big and small dendritic branches.