The proposed approach for emerging biomarker prediction supports the notion that integration of experiment- and literature-driven information into a single model can be instrumental for prediction, analysis, and interpretation of possible biological mechanisms underlying a disease process.
Thereafter, progressively smaller N-terminal fragments (Nt-1/Nt-9) emerged, allowing prediction of nine additional calpain targets within the KAP-NTPase domain and likely interdomain sequences.
This study utilizes one such emerging method for prediction of a hazardous property, flash point (FP), which is in the center of attention in safety studies.
One interesting prediction emerging from this, especially put forward by Rieseberg et al. [ 25], is that the amount of transgression should increase as a function of the genetic distance between the parental lines.
The most intriguing and, we believe, novel prediction emerging from our modelling is the bimodal transition from G2 arrest, at CDC28 gene dosages above 25% of wild type, to G1 arrest as the CDC28 dosage is lowered below this threshold.
The prediction emerging from this study is that a variety of coupling mechanisms, some of which already described [ 58, 59], should be active in mammalian cells to orchestrate cell and tissue primary programs.
Experimental evidence is emerging that the prediction, diagnosis and prognosis of certain diseases may be facilitated by measurement of the levels of specific mi/mRNAs in EMVs isolated from certain body fluids.
Thus, a general prediction emerging from the present study is that off-target effects will be identified more readily if they converge onto proteins that are critically involved in cellular processes that can easily be monitored.
Such results would be particularly important when considering the country where a new epidemic may emerge, as predictions obtained from previous works considering hypothetical seeding countries would be hardly applicable if demographic features are different.
Further experimental tests of predictions emerging from our model should lead to fundamental advances in our understanding of how cellular identity is maintained and transformed.
