π b ) under the finite island model at equilibrium, while terms (1 − e (λ i − θ ) T r e c o ∑ j = 0 k T r e c o l (− λ i + θ ) l l ! ) are due to the truncation of the distribution between T r e c o and infinity.
Then, ∑ i = 0 2 A b, i (− θ λ i ) k (1 − θ λ i ) k + 1 corresponds to the distribution of π b under the finite island model at equilibrium, while terms e − θ T i s o ∑ j = 0 k T i s o l (− λ i + θ ) l l ! are due to the truncation of the distribution between 0 and T i s o.
Ling was due to face 72 charges of sex offences against former pupils at Chetham's school of music, where he taught violin in the 1980s.
Using NeuN allows discarding that the reduction of FAIM-L was due to neuronal death.
The tumor specimens harvested from treated groups exhibited increased apoptosis, detected by IHC and RT-PCR, suggesthat thet the anticancer effect of ACBP-L was due to induced apoptosis through Bax and Caspase mediated mechanisms.
The increase in the delamination life by the existence of the I-L is due to the increase in the interfacial strength of both top-film/I-L and I-L/substrate boundaries.
The difference in ISMHp1 copy number between 168 and 168-L is due to three complete ISMHp1 deletions (located 690 kb, 870 kb, and 900 kb from oriC) and one complete ISMHp1 inversion, which was originally located at 378 kb from oriC, but was inverted in 168-L (1656 bp, located 372 kb from oriC).
It was observed that the reduction in removal efficiency for the concentrations 5 and 10 mg L-1 is due to the lower mass transfer flow in the early stages of adsorption mechanism, as suggested by Melo (2012) [27].
These results confirm that the observed effect of L-cis-diltiazem was due to its action on CNG channels but not on L-type Ca2+ channels.
The difference in MIC to tetracycline in four strains, all harbouring tet(M), tet(O), and tet(L), was likely due to the simultaneous expression of these genes.
The increase in plasma NOx was prevented by a NOS inhibitor N-iminoethyl-L-ornithine (L-NIO), indicating that it was due to enhanced production of NO.
