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1 ritical means of information acquisition and environmental manipulation.
2 ysiological responses of an organ to various environmental manipulations.
3 dels of synaptic dysfunction with controlled environmental manipulations.
4  of visual input, and nonlinear responses to environmental manipulations.
5 , particularly in combination with enriching environmental manipulations.
6 hey can be reversed with pharmacological and environmental manipulations.
7 ioned animals showed normal responses to two environmental manipulations: (1) when the salient visual
8 t voluntary exercise, independent from other environmental manipulations, accounts for the reduction
9 es risky choice patterns arising from DA and environmental manipulations across species, suggesting t
10 ress and gaps in genetic, developmental, and environmental manipulations across the life sciences tha
11 alian cells and filamentous fungi using both environmental manipulation and genetic engineering.
12 e developing GABAergic system to even subtle environmental manipulations and provide an unique molecu
13  organisms has demonstrated that genetic and environmental manipulations can prevent numerous age-ass
14                    In fact, short periods of environmental manipulations confined to embryonic develo
15 mals by inducing disease-like states through environmental manipulations (e.g., chronic stress, drug
16 e feasibility of conducting experiments with environmental manipulations (e.g., to impede the use of
17 ich can be combined with pharmacological and environmental manipulations for powerful investigations
18                                   Social and environmental manipulations had a highly variable impact
19 domised, cohort study, and allocated them to environmental manipulation, in which measures to reduce
20  resulting from a broad array of genetic and environmental manipulations, in a multiwell plate format
21                           We found that this environmental manipulation induces changes in the expres
22 These data suggest, for the first time, that environmental manipulation of normal vasomotor function
23                             Developmentally, environmental manipulation of OL progenitor cells (OPCs)
24 , COMT genotype, and their interactions with environmental manipulations of cognitive functions such
25 microarrays along with different genetic and environmental manipulations of fission yeast cells.
26 vering these genes is to study the impact of environmental manipulation on high-throughput phenotypes
27 ity can be reactivated in the adult brain by environmental manipulations or by pharmacotherapy.
28                                              Environmental manipulation reduces some respiratory symp
29                   In these same animals, the environmental manipulation resulted in an increase in Fo
30                  In P16 and P23 animals, the environmental manipulation resulted in no differences in
31                        In contrast, specific environmental manipulations revealed a variety of sex- a
32                       Genetic, surgical, and environmental manipulations revealed motor and sensory c
33                                              Environmental manipulations showed these neurons to be a
34 evelopment under normal conditions and after environmental manipulations that impact nerve/target mat
35 gets, and leveraging technology, theory, and environmental manipulation to optimize intervention appr
36 ily amenable to genetic, pharmacological and environmental manipulations to elucidate the molecular a
37 od should be able to produce a wide range of environmental manipulations useful for studying many top
38  genetic misregulation can be ameliorated by environmental manipulations via epigenetic mechanisms.
39                                    Policy or environmental manipulation was present in all disseminat
40 Examining the cellular impact of genetic and environmental manipulation, we show that EE significantl