Sentence examples for exponential grown from inspiring English sources

List of LTR primers: Bkb-Rev: 5'-ACG ATA ACC GAC CAG AAT CG-3' Scf-Rev: 5'-CCC GAA AAA CAT TGC CTC TA-3' PtC34-Rev: 5'-ATC GGA TCC AGG ACT TTG TG-3' mRNA levels of Blackbeard and Surcouf were analyzed using q-RT-PCR from triplicate samples collected from biological replicates of nitrate starved or DD-treated exponential grown cultures.

Foresaw the exponential growing power of computer chips (Moore's Law).

The software can zoom out to allow students to keep track of an exponential growing pattern, something unfeasible in a tactile environment.

The main objective of this paper concerns this self-generated noise coming from an exponential growing followed by a re-injection process for which the final state is a function of the phase of the input signal.

The difference in the 13C NMR spectra between the differently structured biofilms or between biofilm and detached biomass was small, except for the still exponential growing biofilm supplied with the highest glucose concentration.

However, with the continuous expansion of network size, solving the above RSTO formulation is not an easy task especially for large-scale networks due to the exponential growing nature of ILP.

One of the reasons for AGW amplitude growth rate slower than the non-dissipative exponential grows could be low wave amplitudes in the beginning of the transition processes after activation of atmospheric wave sources.

Exponential growing bacteria in LB broth were pelleted and solubilised in boiling buffer at 95°C as described elsewhere [31].

Detection of oligosaccharide epitopes on the surface of exponential growing cells was carried out by indirect fluorescence as previously described [41].

The m8 protein has a very different pattern: during exponential growing phase (in vivo) cells or in a crude extract (in vitro), it forms small grains or small dots, different from the fibrils observed in the wt.

Aggresome formation and subsequent autophagic clearance may account for the observation that, despite its higher propensity to aggregate, synphilin-1 remains less toxic than α-Syn in exponential growing yeast cells.