Predictive statistical modeling forms an important stage in the understanding of coral disease patterns and in conjunction with biomedical techniques, field observations and laboratory manipulations, can increase our understanding of coral disease ecology worldwide.
Some men report feeling sexual arousal without concomitant genital changes (Rieger, Chivers, & Bailey, 2005) and experimental manipulations can increase penile erection without affecting subjective reports of sexual arousal (Bach, Brown, & Barlow, 1999; Janssen & Everaerd, 1993).
Consistent with these observations, genetic manipulations that can increase autophagy in Drosophila result in flies with an extended lifespan and an increase in overall stress resistance [ 7].
Continuous renal replacement therapy may limit the number of catheter manipulations but can increase the risk of hypothermia compared with intermittent hemodialysis.
This view stems from evidence that the possession, manipulation, and use of information can increase the cost-effectiveness of many physical and cognitive processes.
Biotechnological manipulation of plant defense pathways can increase crop resistance to herbivores and pathogens while also increasing yields of medicinal, industrial, flavor and fragrance compounds.
Additionally, if cannulae are positioned incorrectly, this and the associated manipulation or surgery to reposition them can increase the risk of infection, bleeding, cardiac trauma or sub-optimal flows [27 29].
In addition, genomic and genetic manipulation of plants and plant cell cultures can increase the value of DSS.
These results suggest that fatigue and self-reported decline in mood valence can increase over time and may interact with experimental emotion manipulations.
