Evolutionary biology predicts that when times are tough, it's advantageous to give birth to daughters.
Although the sites aren't ideal for the tortoises now, detailed modeling of rainfall, temperature, swamp hydrology, and tortoise biology predict they will be in half a century.
We examine two key clinical challenges as opportunities for the integration of evolutionary biology into cancer biology: predicting progression to malignancy and preventing acquired therapeutic resistance.
Our approach, involving experimental and computational systems biology, predicts pathways and potential biological functions for further characterization of this novel function of ECPsp under inflammatory conditions.
Thus, there is considerable similarity between breast and prostate tumour-initiating cells, and LNCaP CD44+CD24− cells provide a model system that may be useful in understanding the properties of these important tumour-initiating cells, whose underlying biology predicts poor clinical prognosis.
We could demonstrate functional integration of acquired cellulase genes into the nematode's biology as predicted by theory.
Thus, functional integration of acquired cellulase genes into the nematode's biology, as predicted by theory, could be demonstrated.
In conclusion, we demonstrated the functional integration of acquired cellulase genes into the nematode's biology as predicted by theory.
Bioinformatic systems biology analysis predicted the SMAD pathway as a potential candidate in the activation/repression of the modified genes in obesity.
Conversely, our data suggest that alterations to anatomy and cell biology were predicted to precede the majority of biochemical alterations, and that other enzymes of the C4 pathway are recruited prior to PEPC and RuBisCO.
