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1 hotoplethysmography (PPG) sensors to measure pulse rate.
2 d 4 ACT24s; they also measured their resting pulse rate.
3  of weight, blood pressure, temperature, and pulse rate.
4 ons with DLW body fat percentage and resting pulse rate.
5 notes of the song were encoded with acoustic pulse rate.
6 vity decreased monotonically with increasing pulse rate.
7 nary sodium excretion, arterial pressure, or pulse rate.
8 s below 100 Hz and decreased with increasing pulse rate.
9 avioral state, which is indexed by its sonar pulse rate.
10 e established expressions for blood flow and pulse rate.
11 significant reductions in blood pressure and pulse rate.
12 r with those in the lower tertile of resting pulse rate.
13 toactive yellow protein (PYP) with MHz X-ray pulse rates.
14 promotes outward current summation at higher pulse rates.
15 ral regimes, specifically different electric pulse rates.
16 (pps) and degraded for both lower and higher pulse rates.
17  JNDs in human CI users over a wide range of pulse rates.
18 des -0.000285 (95% CI -0.000555--0.0000158), pulse rate -0.00194 (95% CI -0.00317--0.000705), C-react
19 ssure (127 mmHg vs 126 mmHg; p = 0.54), mean pulse rate (95.4 vs 94.5; p = 0.60) and mean respiratory
20 were assessed (blood pressure, 142/94 mm Hg; pulse rate, 95 per minute; temperature, 96.8 degrees F [
21 en, white blood cell count, body mass index, pulse rate, activities of daily living status, absolute
22            In addition, as the bat increased pulse rate adaptively to increase resolution of the targ
23 e larger the amplitude of I1, the higher the pulse rate an MGC-PN could follow, illustrating the impo
24  head motion) and in a placebo mode (holding pulse rate and amplitude constant).
25 n its usual treatment mode (varying stimulus pulse rate and amplitude to represent rotational head mo
26 nvasive medical sensing method for measuring pulse rate and arterial blood oxygenation.
27 sociated with many lipoproteins, heart rate, pulse rate and blood cell counts.
28 ions; adverse events; pre- and postoperative pulse rate and blood pressure; and final best-corrected
29 e devices (hereafter wearables) that measure pulse rate and detect arrhythmia.
30  anxiety, and restlessness), cardiovascular (pulse rate and diastolic blood pressure), and brain DA [
31 ation was dependent on the number of pulses, pulse rate and intervals between trains.
32 tegration of courtship song as a function of pulse rate and outline an intracellular transfer functio
33 tional electronics at 1 kHz and the acquired pulse rate and oxygenation are calibrated and compared w
34       The organic sensor accurately measures pulse rate and oxygenation with errors of 1% and 2%, res
35       We discussed the use of measuring both pulse rate and peak frequency to examine the frequency d
36                                              Pulse rate and the odds of the pulse rate being elevated
37 terest include weight, peripheral impedance, pulse rate and variability, and estimates of stroke volu
38 l count, hemoglobin, Glasgow Coma Scale, and pulse rate), and were used in the derivation of the Mala
39 lity electroencephalogram, electrooculogram, pulse rate, and blood oxygen saturation.
40 ate <60 mL/min/1.73 m(2), higher most recent pulse rate, and cigarette smoking.
41 f real-time monitoring of arterial pressure, pulse rate, and flow without batteries or circuits.
42  of feelings) and objective (blood pressure, pulse rate, and plasma cortisol level) measures of intox
43                    Oxygen saturation (SaO2), pulse rate, and the degree of dyspnea (Borg scale) were
44  abstract properties, such as grip strength, pulse rate, and type 2 diabetes status.
45 ndamental frequency (F0), related to glottal pulse rate, and vocal-tract length (VTL), related to spe
46  between HOMA-IR and mean arterial pressure, pulse rate, and waist-to-hip ratio, indicating an associ
47 tients had lower mean concentrations, slower pulse rates, and higher peak amplitudes than healthy mal
48            Using temporal windowing at lower pulse rates, and overall firing rate at higher pulse rat
49    Their speed, accuracy, and high-frequency pulse rate are reminiscent of bats using a 'terminal fee
50 ated with systolic blood pressure, admission pulse rate, arterial pH, shock time, RBC, FFP, and BES;
51 ng ability of the brainstem to the different pulse rates, as assessed with the eFFR differed substant
52 rast, the midpoint and end-of-treatment mean pulse rate assessments in the dark chocolate and cocoa g
53                                     For high pulse rates, associated with insect attacking behavior,
54 havior, k is twice as high compared with low pulse rates, associated with searching behavior.
55 arction, history of heart failure, increased pulse rate at presentation, lower systolic blood pressur
56 owever, associated with significantly higher pulse rates at 3- and 6-wk treatment assessments.
57               Pulse rate and the odds of the pulse rate being elevated by 5 or 10 beats per minute (b
58 ats/min and 29 and 95% increased odds of the pulse rate being elevated by 5 or 10 beats/min, respecti
59 ound that neural ITD sensitivity was best at pulse rates below 100 Hz and decreased with increasing p
60 reater height, macroalbuminuria, higher mean pulse rate, beta-blocker use, and sustained albuminuria.
61 hods, to measure vital biosignals, including pulse rate, blood pressure and changes in heart rhythm.
62           The MSBR index included autonomic (pulse rate, blood pressure), metabolic (HOMA(ir), trigly
63 tolic blood pressure by 2.3 mm Hg (9.4), and pulse rate by 4.1 beats/min (11.9).
64 heral arterial tonometry (PAT) amplitude and pulse rate changes.
65        Both transcriptional pulse length and pulsing rate contributed to overall inheritance, and mem
66 of pollution-related hypoxia, alterations in pulse rate could reflect cardiac rhythm changes and may
67                    Downloaded saturation and pulse rate data were available for a median of 68.3 days
68                               Blood pressure/pulse rate did not differ significantly from preoperativ
69 eration should be given to utilising a lower pulse rate during CVAD insertions to reduce the exposure
70                                 MP increased pulse rate (E1: +64%+/-43%, P < or = 0.002; E2: +69%+/-3
71 ividuals who used wearables and had adequate pulse-rate follow-up who were then matched using propens
72                                         Mean pulse rates from measures taken in the clinic or hospita
73         An increase in haematocrit >3% or in pulse rate &gt;10 bpm 30 min after the start of the glucose
74 =450 mL) and any abnormal haemodynamic sign (pulse rate &gt;100 beats per min, systolic blood pressure <
75 modynamic variables (mean arterial pressure, pulse rate, hematocrit).
76 ignificant increases in body temperature and pulse rate, hepatic hemodynamics were not affected by th
77 ger duration of type 1 diabetes, higher mean pulse rate, higher mean systolic blood pressure, beta-bl
78 d in significant ICC phase locking at higher pulse rates (i.e., higher "limiting rates") than did coc
79  R(ex)(1/tau(cp)), in which 1/tau(cp) is the pulsing rate in the CPMG sequence, at two static magneti
80 toacoustic flow cytometer platform with high-pulse-rate lasers and a focused ultrasound transducer ar
81  impedance of the arms and whole body, lower pulse rate, lower bone density, higher odds of hip repla
82 7, 95% CI 1.10-1.70, p < 0.003), low resting pulse rate &lt;80 (OR 1.26, 95% CI 1.06-1.51, p < 0.009), h
83 eter oxygen saturation <80%) or bradycardia (pulse rate &lt;80/min) for 10 seconds or longer.
84          Women also had significantly higher pulse rates (mean [SD], 75.2 [6.8] beats per minute vs 7
85 inute pulse wave intervals over full 24-hour pulse rate measurements (SDANN).
86 L) measure (repeated; n = 90), and 4 resting pulse rate measurements were collected over 15 months.
87     On average, ITD sensitivity was best for pulse rates near 80-160 pulses per second (pps) and degr
88 lse rates, and overall firing rate at higher pulse rates, neural ITD JNDs were within the range of pe
89 aff and patients when utilising fluoroscopic pulse rate of 7.5 pps and 4 pps.
90 l signs were blood pressure of 141/85 mm Hg, pulse rate of 91/min, and temperature of 37.2 degrees C.
91                                          The pulse rate of the song units as well as their peak frequ
92                                              Pulse rates of up to (2)/3 Hz resulted in reliable eVEP
93 take (VO(2)), anaerobic threshold, peak O(2) pulse, rate of increase in VO(2), and ventilatory effici
94 rior myocardial infarction (OR 2.3, P=0.03), pulse rate on admission (P=NS), female sex (P=NS), and a
95               The RI was not affected by the pulse rate or fraction of time that systolic pressure wa
96  Using commercially available wearables with pulse rate or rhythm evaluation capabilities.
97 = 10) to manage increases in blood pressure, pulse rate, or other symptoms.
98 re no significant effects on blood pressure, pulse rate, or respiratory function (FEV1).
99                                    Combining pulse rate, oxygen saturation (SpO(2)), and EEG improved
100                  By contrast, only increased pulse rate (P < 0.05) and AST levels (P < 0.05) at admis
101 younger (P < .001) and in those with a lower pulse rate (P = .001).
102 clinical score (P<.01), temperature (P<.05), pulse rate (P<.05), neutrophil count (P<.05), tumor necr
103                                              Pulse rate (PR) and respiratory rate (RR) are two of the
104  [97.0%-99.0%]; P for Kruskal Wallis = .61), pulse rate (PR; 130.0 [115.0-140.0] pulsations/min; P fo
105                             Reducing digital pulse rates (PR) are known to reduce total energy during
106 predict induced firing rate as a function of pulse rate, pulse amplitude, and spontaneous firing rate
107 (which included age, age(2), lean body mass, pulse rate, pulse pressure, hormone-replacement therapy,
108 nd respiratory rates, oxygen saturation, and pulse rates recorded every 5 mins until 60 mins had elap
109                Mean arterial pressure (MAP), pulse rate, respiratory frequency, rectal temperature, a
110 is concentrated in patients with an elevated pulse rate response to respiratory events (DeltaHR).
111  in a subgroup of patients with a heightened pulse-rate response to apneas and hypopneas ( HR).
112 te) and WristOx2 (pulse-oximetry and derived pulse rate) sensors.
113                                              Pulse rate showed a similar pattern but remained lower t
114  markers were assessed: measured blood loss, pulse rate, systolic blood pressure, diastolic blood pre
115                           Again, the maximal pulse rate that an MGC-PN could follow with that pheromo
116                                 At a resting pulse rate the heart consumes almost twice-as much oxyge
117                               With its rapid pulse rate, the European XFEL may alleviate some of the
118 late EuXFEL operation at its 4.5 MHz maximum pulse rate, this prompts concern about such data collect
119 fferent areas of the retina, and the maximal pulse rate to record eVEPs reliably.
120                                   Increasing pulse rates up to 320Hz did not significantly affect thr
121             The patients were grouped by the pulse rate used for the duration of the study; 4 pulses
122 tion rate and is lacking at the high carrier pulse rates used in CI processors to deliver speech info
123 lth parameters, such as body temperature and pulse rate, using LM35 and pulse sensors, respectively.
124 tabolic disease outcomes and traits, such as pulse rate, using mendelian randomization.
125 e 0.1-0.22 mSv depending on the fluoroscopic pulse rate utilised during CVAD insertions.
126 The framework was able to achieve an overall pulse rate value accuracy of 93.67 +/- 7.64 % within the
127                  In this study, beat-to-beat pulse rate variability (PRV) and BPV were measured in cl
128 es of long-term photoplethysmography-derived pulse rate variability (PRV) measurements with anxiety d
129             Heart rate variability (HRV) and pulse rate variability are indices of autonomic cardiac
130 motion power were significant the changes in pulse rate variability were less consistent across subje
131                             A higher resting pulse rate was associated with an increased risk of stro
132                         After matching, mean pulse rate was similar between 125 patients using wearab
133 ed center-to-periphery difference along with pulse rate was used in longitudinal prediction of shock
134 t dose reduction when the lower fluoroscopic pulse rate was used.
135    The degradation in ITD sensitivity at low pulse rates was caused by strong, unsynchronized backgro
136 n saturation using pulse oximetry (SpO2) and pulse rate were measured daily on a panel of 90 elderly
137 nd mean arterial blood pressures, as well as pulse rates, were reduced.
138 as associated with a significant increase in pulse rate, whereas sertraline was associated with a non
139 related with body fat percentage and resting pulse rate, which are physiological indicators of physic
140 d wearables compared with those with similar pulse rates who did not use wearables.
141 zation with fetal- and smooth muscle- eQTLs; pulse rate with adult- and cardiac muscle- eQTLs; and at
142                     Associations of SpO2 and pulse rate with respirable particulate pollution (partic
143 lly adjust pulse design, pulse duration, and pulse rate within dozens of milliseconds according to th

 
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