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1 ght inferior parietal region with decreasing self-reference.
2 hat are activated according to the degree of self-reference.
3 l cues are available to support chemosensory self-referencing.
4 h a clock using an optical frequency comb to self-reference a Ramsey-Borde atom interferometer and sy
5 d to identify and separate the processing of self-reference and emotional valence using ERPs.
6 action times revealed an interaction between self-reference and emotional valence.
7 re we review recent experimental evidence of self-referencing and suggest that behavioral neuroscienc
8 their self-images, in terms of mirror-guided self-referenced behaviors, indicated that correct assess
9                                         Here self-referenced biosensing is demonstrated with the dete
10        To achieve this, we developed a novel self-referenced biosensor consisting of two almost ident
11                                          The self-referencing biosensor was used to measure exogenous
12 ial-pulse, chronoamperometric approach, with self-referencing calibration of the response at each pix
13  of experiments that incorporate pixel-level self-referencing (calibration) with a robust theoretical
14                                              Self-referencing chloride-selective microelectrodes reve
15 e extracellular adenosine through the use of self-referenced coating scheme that accounts for interfe
16                                     By using self-referencing differential spectroscopy (SRDS) analys
17                                    Using the self-referencing ECL biosensor, we demonstrate detection
18 The objective of this study was to develop a self-referencing electrochemical biosensor for the direc
19                                            A self-referencing electrochemical microsensor was optimiz
20 ose microsensor, 8-microm tip diameter, as a self-referencing electrode.
21                     Here we describe a novel self-referencing external cavity laser (ECL) biosensor a
22                                              Self-referencing H(+)-selective microelectrodes were use
23  However, despite the proposed importance of self-reference information to these internal representat
24 icated across age groups for the encoding of self-referenced information.
25                                              Self-referencing ion-selective (SERIS) electrodes were u
26 However, attribution research has shown that self-reference is highly correlated with emotional valen
27 and older adults when participants make only self-reference judgments.
28 s a promising compact platform for achieving self-referenced Kerr frequency combs and also for high-c
29 ing environment, allowing its application as self-referenced luminescent sensor for solid-liquid phas
30                 Using an on-chip temperature self-referencing method, we determine that 20% of the to
31                 A polarographic NO-selective self-referencing microelectrode that measures NO flux no
32  and verification of a combined non-invasive self-referencing microelectrode-based ion-flux measureme
33                                        Using self-referencing microsensors, we measured the effects o
34 l using a modulated amperometric sensor in a self-referencing mode.
35 perometric microsensor can be applied in the self-referencing mode.
36 using a highly sensitive noninvasive on-line self-referencing O2 electrode to monitor single beta-cel
37               In single clonal beta-cells, a self-referencing O2 electrode was used to assess O2 cons
38 of medial prefrontal cortex (MPFC) underlies self-referencing of information for younger and older ad
39 in situ also reduced gradients recorded with self-referencing pH-sensitive microelectrodes near the b
40 zed neurotoxin hydrolysis is provided by the self-referencing, pH-sensitive dye SNAFL-1, whose emissi
41       This enables colorimetric read-out and self-referenced ratiometric fluorescence intensity measu
42 IR optical window, excellent photostability, self-referenced ratiometric response, fast response, and
43 ets shows that decorated cricket females use self-referenced recognition information in their choice
44  cortex, and insula) and lower activation in self-reference regions (precuneus) in response to milksh
45 cellular glucose influx in beta cells with a self-referencing (SR) microbiosensor based on nanomateri
46     Furthermore, a novel biosensor modality, self-referencing (SR), enables direct measurement of rea
47  plasmon-phonon mode of SERS substrates as a self-referencing standard for the detection and quantifi
48 older adults encoded adjectives using only a self-reference task.
49                                            A self-referencing technique utilizing two microelectrodes
50 recognized to support processes of internal (self-) reference that predominate in states of rest and
51 antly lower detection limit and the internal self-reference that the signal of the nanorod sensor pro
52                                 Chemosensory self-referencing, therefore, could be a widespread mecha
53 rd the interface (cell) at each point allows self-referencing to be employed, in which the carbon ele
54 ns (CHCs) at mating and utilise chemosensory self-referencing to recognise recent mates.

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