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1 n as a sunk-costs fallacy or state-dependent valuation).
2 on with self-related processing and positive valuation.
3 sal style organization and resilience factor valuation.
4 , including preference, decision-making, and valuation.
5 e more general function of context-dependent valuation.
6 p-level activity exhibits mistaken belief or valuation.
7 size complex interactions between choice and valuation.
8 bcortical systems responsible for reward and valuation.
9 incorporate a role in decision-making beyond valuation.
10 hable from those covarying with planning and valuation.
11 l of behavioral adaptation and neural reward valuation.
12 al conformity through which we change object valuation.
13 ory, target selection and saccade choice and valuation.
14  cortex is strongly implicated in appetitive valuation.
15 nformation about neural responses related to valuation.
16 vior provided a window into their subjective valuation.
17 behaviors that depend on appropriate outcome valuation.
18 ecosystem-scale models, and an avoided-costs valuation.
19 med by a common species-wide logic of social valuation.
20 ses regarding conservation and economic land valuation.
21  dispersion, impact assessment, and monetary valuation.
22  procedure to enable the updating of outcome valuations.
23 luations and that the amygdala updates these valuations.
24                     Here, we consider formal valuation accounts of emotions.
25 echanisms underlying subjective cost-benefit valuation across different domains of effort and provide
26 associated with parameters related to action valuation (actor).
27     However, the specific mechanisms linking valuation, affective deficits, and maladaptive decision
28            Here we show that state-dependent valuation also occurs in an invertebrate, the desert loc
29 OLD responses in the striatum, implicated in valuation and action selection, were highly correlated w
30 ve paradigm demonstrating a role in relative valuation and approach behavior.
31 causal evidence for a role of mOFC in reward valuation and are compatible with the idea that mOFC dam
32    Related models admit the possibility that valuation and choice are also directed by 'fictive' outc
33 ion neuroscience is whether the same type of valuation and choice computations are performed in hypot
34 directed and habit systems, based on outcome valuation and choice history, respectively.
35 mputationally explicit signals important for valuation and choice, beliefs can override the physical
36  underlying value representations to explain valuation and choice, or on choice behavior to derive va
37 ween different reward types and hence guides valuation and choice.
38 noceptive structures known to be involved in valuation and choice.
39 fering perspectives on sensorimotor roles in valuation and choice.
40 al evidence for a role of the mOFC in reward valuation and contrasts with the effects of lPFC disrupt
41 al cortex (vmPFC), a key node in the brain's valuation and decision circuitry.
42  major role for gaze in neural mechanisms of valuation and decision-making under ecologically realist
43 gher-order deliberative processes related to valuation and decision-making, here we test whether vent
44 derstanding BPR is critical for the accurate valuation and effective conservation of biodiversity.
45 dromes reflect different disorders of neural valuation and incentive salience formation, which helps
46 tions in neurocircuitry underlying incentive valuation and loss prediction.
47  through system-level interaction within the valuation and mentalizing networks.
48                                     A formal valuation and metareasoning framework may thus provide a
49 paralleled by a shift in brain activity from valuation and pain areas to primary and secondary somato
50 h fast-scan cyclic voltammetry during reward valuation and risk-based decision making in rats with an
51 l of effort requires flexible integration of valuation and self-control systems.
52 ta to compare alternative decision models of valuation and strategy selection.
53 sly documented behavioral effects of gaze on valuation and suggest a major role for gaze in neural me
54  vmPFC are a key aspect of context-dependent valuation and that the role of this network during choic
55 d subjects to deviate from the default shape valuation and to integrate a second attribute to comply
56 portunities may enable companies to increase valuations and bolster shareholder value.
57 to perch is based primarily on environmental valuations and is incrementally delayed under conditions
58  prefrontal cortex (PFo) represents stimulus valuations and that the amygdala updates these valuation
59  signals in SCC conveying negative affective valuations and the increased activity in this region amo
60  processing - self-reflection and subjective valuation - and examine coherent activity between releva
61 articular aspects of reward-guided learning, valuation, and decision making, and in many cases we ide
62 , infections, years of life lost, contingent valuation, and economic costs.
63 new approach to studying motivation, outcome valuation, and effort-related processes, which are disru
64 m, a region associated with decision-making, valuation, and exploration, correlated with choice-induc
65 solute (objective) and relative (subjective) valuation, and the formation of associative links betwee
66 ted psychological subprocesses (e.g., reward valuation, anticipation, and motivation).
67                                          The valuation approach affected benefits more than a policy
68                                 We present a valuation approach for water quality-related services th
69                            As an alternative valuation approach, caregivers were asked their willingn
70 of natural capital, but consistent, rigorous valuation approaches compatible with the pricing of trad
71     Signals related to reward prediction and valuation are believed to be encoded in a circuit center
72                The dynamics of this adaptive valuation are captured by divisive normalization, linkin
73                        Alterations in reward valuation are thought to have a central role at all stag
74                                Yet, how such valuations are converted to economic decisions remains u
75 al connectivity from the frontal area to the valuation area depending on whether biases were successf
76                     We found activity in the valuation area to be consistent with the hypothesis that
77 d be the context-dependent activation of the valuation area.
78 onstrated interactions across money and food valuation areas and the common areas in the vmPFC and st
79 ctivity between these regions and model-free valuation areas is negatively modulated by the degree of
80                        They interpret reward valuation as an input to neocortical processing instead
81                  The SCC's role in affective valuation as well as severe mood and motivational distur
82 -such as prediction error signals for action valuation associated with dopamine and the striatum-can
83    Growing behavioral evidence suggests that valuation based on these different classes of informatio
84 tinct components of feeding behavior: reward valuation based upon taste perception (AIC) vs switching
85 extual features, which would bias subsequent valuation because of temporal autocorrelation in neural
86 ithin brain regions associated with positive valuation, but not within regions associated with self-r
87 refrontal areas contribute to updating these valuations, but their precise roles remain unclear.
88 flexible value code based on object-specific valuations by single neurons.
89     These findings suggest that human social valuation can be realized by means of the same associati
90 m AN failed to increase activation of reward valuation circuitry when hungry and showed elevated resp
91  through activation of the mesolimbic reward-valuation circuitry.
92                                          The valuation component of this planning activity persisted
93 trol for the role of visual attention in the valuation computation.
94 ences the valuation of other options, making valuation context-dependent even when choices appear ful
95 ed with model parameters related to stimulus valuation (critic), PD was associated with parameters re
96 ictions and prediction errors using a common valuation currency reflecting the integration of multipl
97 o closely linked to the constructs of reward valuation, decision-making, anticipation and motivation.
98 21%; concerning risk assessment and monetary valuation, differences in assessing long-term exposure m
99  depict the addicted state as a feature of a valuation disease, where drug-induced reward prediction
100 es are associated with alterations in reward valuation during protracted drug withdrawal.
101 stigated the neural correlates of subjective valuations during a task involving risky choices about l
102 these regions in self-referential subjective valuations during choice.
103 and left amygdala, brain regions involved in valuation, emotion reactivity, and emotion regulation.
104 us input, and has been broadly implicated in valuation, emotional appraisal, and functional outcomes
105 ral of the functions of MPFC, such as action valuation, error detection, and decision making.
106 t the attraction effect modulates subjective valuation even in the absence of choice.
107                                      Whether valuation exhibits this kind of dynamic adaptation at th
108  available options, an effect evident across valuation for both gains and losses.
109 a "common currency" that allows for a shared valuation for different categories of goods.
110 orbitofrontal cortex plays a pivotal role in valuation for incommensurable goods, a critical componen
111 in vmPFC to be correlated with the subjects' valuations for all categories of goods.
112  costs for PM, SOx, NOx, and VOCs and damage valuations for CO and CO2 are used along with aircraft e
113                             Adjusting impact valuations for different standards of living across the
114 ndividual patient's relative quality-of-life valuations for time with toxicity and time following dis
115 ppraisals suggest the need for a model-based valuation framework for emotions.
116 dental anxiety can shift the focus of neural valuation from possible positive consequences to anticip
117 economics parameterizes distinct features of Valuation, going beyond the general construct of "reward
118 In the human brain, one approach to studying valuation has used rewarding stimuli to map out brain re
119 ext, and the pOFC, associated with emotional valuation, have distinct contributions to memory in rhin
120  resource limitations make plain model-based valuation impossible and require metareasoning strategie
121 tigate the neurobiology of context-dependent valuation in 22 human subjects using functional magnetic
122  findings thus implicate heightened negative valuation in decision-making under risk, and impaired em
123  evidence for the central role of subjective valuation in persuasion and social influence for both pr
124            These results suggest that reward valuation in social contexts is sensitive to distinction
125 ive ontogenetic shift that is due to greater valuation in the adolescent brain.
126                                       Health valuation in the marketplace will be driven by parallel
127 ith the degree of context-specific attribute valuation in vmPFC at the time of choice.
128 s brain activities involved in social reward valuation [in the ventromedial prefrontal cortex (VMPFC)
129  in human brain regions previously linked to valuation, including striatum, parietal and prefrontal c
130 evaluation may have an important role in the valuation, insurance, and identification of valuable str
131                                              Valuation is a key tenet of decision neuroscience, where
132 , an effective way to increase the company's valuation is to bring multiple bidders to the table.
133 ge choices involving only delayed rewards or valuation judgments of immediate and delayed rewards, pr
134                                However, such valuations make untested assumptions about the ecologica
135                      In particular, relative valuation may be a natural consequence of adaptive codin
136                       Such context-dependent valuations may lead to biased decision-making.
137                                      Neither valuation measure varied with severity of clinical sympt
138                Using an incentive-compatible valuation mechanism, we separately measured the subjecti
139 ready known, we suggest that state-dependent valuation mechanisms are probably ecologically rational
140 act as excellent probes of human group-level valuation mechanisms during pathological overvaluations-
141 r contexts, demonstrating continuity between valuation mechanisms involved in discrete choice and in
142         We found multiple distinct nonlinear valuation mechanisms within the primate prefrontal corte
143 r than from a control process that overrides valuation mechanisms.
144  potential outcomes and provides training to valuation mechanisms.
145 general effect of cocaine exposure on reward valuation mechanisms.
146 he environmental benefits although the exact valuation method used considerably affects the estimated
147 begin to address the need for development of valuation methodologies and new approaches to understand
148 patially explicit models in conjunction with valuation methods to estimate comparable economic values
149 teria decision analysis (MCDA), and economic valuation methods.
150 ductions; (2) policy delay; and (3) economic valuation methods.
151 ependent from controversies in environmental valuation methods.
152 e is considerable variation in approaches to valuation metrics, discounting methods, uncertainty char
153 resulting computational model, the predictor-valuation model (PVM), is shown to anticipate a class of
154 he nature of its interaction with downstream valuation modules such as the vMPFC.
155 ctors with emissions accounting and economic valuation modules to quantify the linked health and envi
156 ther its role extends to support comparative valuation necessary to explain probabilistic choice patt
157 different reward types converge on a unified valuation network, which enables a direct comparison bet
158     This may suggest that partially distinct valuation networks for different reward types converge o
159 that traded effort for viewing time assessed valuation of angry faces compared with other expressions
160 olves dramatic changes in the perception and valuation of another individual.
161 hat monetary favors do not bias the experts' valuation of art, an effect that correlates with a lack
162                                     Economic valuation of benefits derived from urban green systems h
163 discuss approaches and methods available for valuation of biological control of arthropod pests by ar
164                How subjective confidence and valuation of choice options interact at the level of bra
165    Intertemporal choice is predicated on the valuation of commodities with respect to delay until the
166                        Emphasis is placed on valuation of conservation biological control, which has
167  viewing of options may be influenced by the valuation of each option.
168 ntina and the United States suggest that the valuation of ecosystem services between these two rangel
169 ted the effects of emotion regulation on the valuation of emotionally evocative images.
170 ed by impact assessments, including monetary valuation of environmental and health damages.
171 by its static calculation framework, and the valuation of ES also experiences some limitations.
172 nt directions: the valuation of time and the valuation of fictive experience.
173                                          The valuation of food is a fundamental component of our deci
174  not related to visual perceptual abilities, valuation of food rewards, or the ability to express a w
175  fed, persons with HD have an altered neural valuation of food.
176                                              Valuation of forests can help us to decide whether to im
177  that is, a common scale used to compare the valuation of future behavioral acts or stimuli.
178 c influence of serotonin and dopamine on the valuation of harm.
179 on of the consequences of interventions, the valuation of health outcomes, and the reporting of cost-
180 ex engenders feelings that provide an amodal valuation of homeostatic energy utilization in an oppone
181 ship is well documented, and this heightened valuation of in-group members seems to be rooted in earl
182          Do they differ from those promoting valuation of in-group members?
183                                              Valuation of IQ points should consider non-earnings bene
184  it is important to consider the woman's own valuation of labor market participation.
185 findings have important implications for the valuation of marine biodiversity.
186         These results show that the relative valuation of mates is not independent of inferior altern
187 valuating a possible systematic differential valuation of medical services.
188 s that have been shown to be involved in the valuation of monetary and primary rewards in both social
189 e found that activity in the striatum during valuation of monetary gambles are nonlinear in probabili
190 in environmental decision making by enabling valuation of nature's goods and services in a manner tha
191 rves a role for genre scripts in the hedonic valuation of negative emotion in art.
192       Here, we asked whether a change in the valuation of negative events is reflected in an altered
193 ignaling in the ACC can reverse the atypical valuation of nondrug and drug rewards in abstinent smoke
194 se from changes in the receiver's subjective valuation of objects, ideas, and behaviors.
195 he presence of a decoy option influences the valuation of other options, making valuation context-dep
196  (at least) empathic responses are shaped by valuation of other people's social behaviour, such that
197                       This "hyperaltruistic" valuation of others' pain was linked to slower respondin
198  the social and ecological factors promoting valuation of out-group members as potential social partn
199 l in the human foraging niche, will increase valuation of out-group strangers.
200 d how this affects the neural and behavioral valuation of outcomes using a novel intertemporal lotter
201 eriment by a company (a favor) increases the valuation of paintings placed next to the sponsoring cor
202 did not find evidence of a systematic higher valuation of physician work in procedure/test codes than
203 bout whether depression affects individuals' valuation of potential rewards during decision-making, i
204 ioral and neural correlates of intertemporal valuation of real and hypothetical monetary gains as wel
205 abuse such as cocaine may impair appropriate valuation of rewarding stimuli.
206 ral correlates of delay discounting (reduced Valuation of rewards as a function of their delay).
207 m changes in decision making by altering the valuation of risk.
208                                      Revised valuation of RVUs was a key source of the growth in RVUs
209 antity and mix of services, revisions in the valuation of RVUs, and new service codes.
210 scoring scheme, which importantly allows the valuation of statistical significance of all the connect
211                                              Valuation of the increased premature mortality associate
212                                          Our valuation of the services provided by mangroves may prov
213  choices in response to the updated relative valuation of the two predicted outcomes.
214    Disruption of the LA-MeA circuit impaired valuation of these environmental cues and subsequent abi
215 sonable approach towards establishing a true valuation of these techniques.
216                                    Effective valuation of these therapies is currently limited by het
217 way forward in two important directions: the valuation of time and the valuation of fictive experienc
218 l decision-making assume context-independent valuations of available options.
219 The other ascribes to OFC a role in updating valuations on the basis of current motivational states.
220 observation group regardless of the relative valuations placed on time with toxicity (Tox) and time w
221 l regardless of the relative quality-of-life valuations placed on time with toxicity due to CVHP alon
222                       Here, we show that the valuation process in human subjects adapts to the histor
223 is effect predominated toward the end of the valuation process when an action was needed to record th
224 e coding in two brain regions central to the valuation process: the ventromedial prefrontal cortex an
225 ogether, these results suggest complementary valuation processes across PFC areas: OFC neurons dynami
226 ion of the circuitry to serve more intricate valuation processes in complex animals.
227 ange and require organisms to flexibly adapt valuation processes to select the optimal action in a gi
228                              Neuronal reward valuations provide the physiological basis for economic
229 nteroceptive signaling and shifting drug cue valuation provides an opportunity for understanding the
230 e show that mOFC lesions disrupt choice-free valuation ratings.
231 Furthermore, functional connectivity between valuation regions contributes additional information com
232 C to dynamically adjust outcome responses in valuation regions depending on the usefulness of action-
233 tary favor by controlling responses in known valuation regions of the brain including the the VMPFC.
234 ed that baseline activity in classical brain valuation regions, such as the ventromedial Prefrontal C
235 noninvasive neuroimaging to tease out neural valuation responses related to reward-learning and decis
236                              Using different valuation schemes, we found that humans have used potent
237                            This modeling and valuation scholarship is often disconnected from evidenc
238  these food preferences constituted the food valuation signal that was compared across disinhibition
239 ed that in bipolar disorder the weighting of valuation signals converging on ventromedial prefrontal
240                         We examined how food valuation signals differ in the fed and fasted states be
241                            While overlapping valuation signals in the medial orbitofrontal cortex (mO
242                                However, food valuation signals in the ventromedial prefrontal cortex
243 alue assigned to each option, examination of valuation signals through functional magnetic resonance
244 l anxiety, we found a clear change in neural valuation signals: during high incidental anxiety, activ
245 in decision-making as restricted to an early valuation stage that provides input to decision mechanis
246 ism is now known to include a multicomponent valuation stage, implemented in ventromedial prefrontal
247 at competitive inhibition may occur in early valuation stages, before option selection.
248 neural mechanisms that compute and represent valuations, store associations, and guide actions.
249  a decision-making task requiring subjective valuations, strengthening the role of these regions in s
250                      The amygdala is a prime valuation structure yet its functions in advanced behavi
251 nking our region-specific visit estimates to valuation studies indicates that these visits generate a
252 areas involved in reinforcement learning and valuation, such as the ventral striatum and orbitofronta
253 keys' choices conform to the internal reward valuations suggested by their utility functions.
254 striatoprefrontal network known as the brain valuation system (BVS).
255 ognition system relationship was mediated by valuation system activity, suggesting that observing pop
256 , suggesting that it might serve as a common valuation system during decision making.
257 erized by attenuated activity in the brain's valuation system in key reward processing areas, such as
258                        The target popularity-valuation system relationship was strongest for popular
259 emories can provide a training signal to the valuation system that allows the consequences of new exp
260 ay work through modulation of the model-free valuation system when the arbitrator deems that the mode
261 he brain system that computes values -- the "valuation system" -- handle this large variability?
262  functional coupling with other areas of the valuation system, and (4) baseline activity.
263       We therefore suggest that in the brain valuation system, choices are framed as comparisons betw
264 tex (VMPFC) as a key node of the human brain valuation system.
265 vetailing altruistic motivations with neural valuation systems in real-life ingroup behaviour.
266 posited the operation of separate, competing valuation systems in the control of choice behavior.
267 um may be involved in integrating subjective valuation systems inherent to time and magnitude, thereb
268 A key open question pertains to the internal valuation systems that drive curiosity.
269 and not attributable to the use of different valuation systems, or to the computation of stronger sti
270 ensorimotor regions interacts with cognitive valuation systems, producing a net value signal reflecti
271  corrupted neural mechanisms of normal brain valuation systems.
272                       Using a multi-category valuation task that incorporates rewards and punishments
273                        Finally, we present a valuation template that integrates biophysical and econo
274 ons overlooks adaptationist models of social valuation that have broader explanatory power.
275 ky decision-making are related to subjective valuation that is biased towards lower-order preference,
276 ntitative framework enabling natural capital valuation that is fully consistent with capital theory,
277 he CNG conversion policy, including monetary valuations, through an impact pathway approach.
278 ficult to use the insights from modeling and valuation to design effective policies and programs.
279 ing framework that allows for learned action valuations to be decomposed into effector-specific compo
280     Dorsal regions, associated with response valuation, tracked anxiety.
281    Ventral regions, associated with stimulus valuation, tracked positive feelings and the value of th
282 m those associated with general planning and valuation, two fundamental cognitive components elicited
283 the history of previous values, with current valuations varying inversely with the average value of r
284  identify brain systems supporting affective valuation (ventromedial prefrontal cortex, ventral stria
285 Standard (NAAQS), (2) describes how economic valuation was used to summarize changes in ES affected b
286 es and to map the neural circuits for reward valuation we had food and water-deprived subjects make r
287 tions and a model of pollution transport and valuation, we estimate excess damages of $430 million an
288    Motivation is underpinned by cost-benefit valuations where costs-such as physical effort or outcom
289 Neuroeconomic models of sub-cognitive reward valuation, which, like AOPP, integrate attention with ac
290 depressive symptoms may result from aberrant valuations, which could arise from prior beliefs about t
291 uggest that neither intertemporal choice nor valuation without choice adhere to the independence prin

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