Sentence examples for I response to from inspiring English sources

The multipath channel is modeled as a linear time-varying (LTV) system with discrete impulse response h(i l) (time i response to an impulse at time i−l for the wireless channel).

Furthermore, these channels are assumed to be both frequency- and time-selective and are modeled as a linear time-varying (LTV) system with a discrete impulse response h pq (i,l) that is defined as the time i response to an impulse at time i−l for the wireless channel from the q th transmit antenna to the p th receive antenna.

Among underrepresented categories were the following: (i) response to stimulus and (ii) signaling, which included 5.5%and4.0%0% of all of the predicted mitochondrial proteins, respectively.

The top three enriched groups of GO terms were i) response to hormone stimulus, ii) oxidation reduction and cofactor binding, and iii) identical protein binding (detailed in Table 4).

There remains a lack of biological and radiological markers that reliably predict (i) response to sunitinib early in the course of treatment and (ii) which patients will develop early resistance to treatment.

Below I response to the questions respectively.

However, these individual SNPs did not significantly alter the HDL-C and apo A-I response to dietary intervention.

Thus, in these animals, unlike in rodents, the IGF-I response to treatment with recombinant human GH or a GHA closely mimics the pharmacodynamics seen in humans.

Yumet and colleagues [ 13] have recently shown in rats with abdominal sepsis that total GHR numbers are unchanged, with the impaired IGF-I response to GH being temporally related to a defect in STAT5 activation and increased SOCS mRNA expression.

Furthermore, IGF-I was measured in rabbits of different strains, age groups and sexes, and we monitored IGF-I response to treatment with recombinant human GH or the GHA Pegvisomant.

Unlike in rodents, the IGF-I response to treatment with recombinant human GH or a GHA closely mimics the pharmacodynamics seen in humans, suggesting that rabbits are a suitable new model to test human GH agonists and antagonists.