Sentence examples for profuse number of from inspiring English sources

It's not meant to be an answer video; it's meant to be a profuse number of the question.

Accordingly, the profuse number of alternatively spliced exons are encompassed in IG genes compared to ID and AD genes (average alternatively spliced exons per gene in AD = 5.89, ID = 6.78, IG = 8.85; each value is significant at least at P<0.05 level in Mann-Whitney test).

In all my researching of Jamestown, he was the only historian of the profuse number that has written about it with the guts to put forward this very logical assumption.

We analysed a subset of 100 E2 lines and found that seven of the top 10 yielding lines were scored with profuse branching (increase in number of axillary branches subtending main stem) compared with nine of the remaining 90 lines.

Growth is classified as no growth, sparse, moderate or profuse, on the basis of the number of colonies on the plates, in untreated wounds, wounds treated with LHP®cream and petrolatum treated wounds from 10 horses. 1 No growth (0 colonies), 2 sparse growth (1-19 colonies), 3 moderate growth (20 to 100 colonies) and 4 profuse growth (> 100 colonies).

Also petrolatum treated wounds yielded significantly higher number of cultures with moderate to profuse growth at day 16 compared to LHP® treated and untreated controls.

Bacterial growth on the plates were classified as no growth, sparse (n < 20), moderate (20 to 100), or profuse (> 100) on the basis of the number of colonies on the agar plates.

Profuse or aggressive polyposis (characterized by an earlier onset and greater number of polyps) has been associated with mutations from codons 1,250 to 1,464, mainly in codon 1,309.

Confocal microscopy of fly brains stained with the 6E10 antibody for Aβ42 revealed that Arctic Aβ42 flies exhibit profuse plaque-like deposits, whereas coexpression with dPSA resulted in a marked reduction in the number of Aβ deposits (Fig. 1D).

Electron backscattered diffraction serial image analyses on AM30 magnesium alloy compressed under profuse {10¯12} twinning conditions at different strain levels suggest that twin nucleation and twin propagation rates strongly depend on the number of activated twins in a given grain.

Growth of the bacteria was classified as shown in Table 1. 1 On the basis of the number of colonies, bacterial growth was classified; no growth (0), sparse < 20 colonies (1), moderate 20 to 100 colonies (2) or profuse > 100 colonies (3). 2 This experiment was duplicated with identical results.