Miracle-dz/UniFAR-FTUs huggingface dataset:
UvA-DARE (Digital Academic Repository) Enhancing emotional performance and customer service through human resources practices perspective

Although many scholars and practitioners articulate the importance of managing employee emotions in service-based organizations, research related to the intricacies surrounding human resource (HR) practices targeted at employee emotional performance has failed to keep up. This is surprising, given the strong links established between employee emotional performance (i.e., expressive behaviors congruent with emotional expectations) and customer service out- comes such as customer satisfaction, intentions to return, and recommendation intentions. In light of this gap, inthe current reviewweadopt a systems perspectiveof HRand develop aninte- gratedmodelhighlightinghowHRpracticesrelatedtothreebroadHRdomains — skill-,motivation-, and opportunity-enhancing — should elevate emotional performance by increasing the motivation and ability of service employees to engage in intrapersonal and/or interpersonal emotion regulation. Departing from a “ more is better ” approach, we theorize how different combinations of the threeHR domains may yield bene ﬁ cial outcomes depending upon (1) theextent to which rewards aretiedtoemotionallaborand(2)thenatureoftypicalemployee-customerexchanges.Indoingso, we articulate which HR practices are likely mandatory, and which can be viewed as substitutable. Implications for measurement and applications to customer service are discussed. the Grandey, Chi, et al., 2013; Grandey, Diefendorff, et al., 2013 classi ﬁ cation linking emotional performance to ﬁ nancial to as pro ﬁ le providing into emotional results light on where domains and are interchangeable.
Management of Avulsion Wound in a Calf: A Case Report

A male Jersey calf weighing 50kg was presented to the University Veterinary Hospital, University Putra Malaysia with an open non-bleeding contaminated wound situated at the caudo-lateral aspect of carpal joint of the left forelimb. The calf was apparently stable and alert and on examination there was extensive damage to the skin around the wound area. Based on the physical examination and history, the case was diagnosed as that of an avulsed wound. The affected area was cleaned, debrided and lavaged with 0.05% diluted chlohexidine diacetate and Ilium Dermapred®. It was then bandaged after spraying with woundsarex spary; a fly repellant/antiseptic spray. Positive response of the calf to the treatment was noticed within two weeks of treatment. Daily wound dressing, debridement and topical antibiotic treatment was adequate in treatment of non-infected avulsion wound. In order to prevent the occurrence of such type of injuries, it is recommended that farmers should keep animal premises clear of injurious materials such as wire fences, metal sheets, or other sharp objects and stray dogs. Young animals should be segregated from adults to protect them from physical injuries.
On the effect of stage length on the efficiency of air transport

Abstract It is generally recognised that fuel can be saved on long haul routes if non-stop flights are broken down into a number of short stages. As fuel costs rise, these savings may eventually become economically attractive to airlines. ‘Staging’ may also play a role in the reduction of aviation’s impact upon climate change. To allow an accurate estimate of the potential benefits, an analytic model has been developed from first principles, with closure provided by data from existing aircraft. The analysis captures the relevant parameters and their influence is quantified. It has been found that significant savings are only available for distances greater than about 5,500km and a stop at the halfway point is either the best, or close to the best, strategy. For the longest routes, optimal staging with existing long range aircraft can give savings of up to 12%. However, if aircraft optimised for the stage lengths are used, this may be increased to up to 28% and, if the floor area per passenger is reduced to the short haul level, a limiting value of about 45% may be possible. The aircraft design passenger number and, provided it is constant, the load factor have little, or no, effect upon the percentage savings. Maximum use of staging on all current routes longer than 5,500km could reduce the total fuel consumed by between 3% and 20%, with a consequent reduction in global fleet annual fuel burn of between 1% and 6%. However, the savings for a given route are reduced as aircraft become more efficient.
A Special Role of Syllables, But Not Vowels or Consonants, for Nonadjacent Dependency Learning

Abstract Successful language processing entails tracking (morpho)syntactic relationships between distant units of speech, so-called nonadjacent dependencies (NADs). Many cues to such dependency relations have been identified, yet the linguistic elements encoding them have received little attention. In the present investigation, we tested whether and how these elements, here syllables, consonants, and vowels, affect behavioral learning success as well as learning-related changes in neural activity in relation to item-specific NAD learning. In a set of two EEG studies with adults, we compared learning under conditions where either all segment types (Experiment 1) or only one segment type (Experiment 2) was informative. The collected behavioral and ERP data indicate that, when all three segment types are available, participants mainly rely on the syllable for NAD learning. With only one segment type available for learning, adults also perform most successfully with syllable-based dependencies. Although we find no evidence for successful learning across vowels in Experiment 2, dependencies between consonants seem to be identified at least passively at the phonetic-feature level. Together, these results suggest that successful item-specific NAD learning may depend on the availability of syllabic information. Furthermore, they highlight consonants' distinctive power to support lexical processes. Although syllables show a clear facilitatory function for NAD learning, the underlying mechanisms of this advantage require further research.
Temporal Expectation Improves Recognition Memory for Spatially Attended Objects

Abstract Recent evidence suggests that temporal expectation is beneficial to memory formation. Rhythmic presentation of stimuli during encoding enhances subsequent recognition and is associated with distinct neural activity compared with when stimuli are presented in an arrhythmic manner. However, no prior study has examined how temporal expectation interacts with another important form of facilitation—spatial attention—to affect memory. This study systematically manipulated temporal expectation and spatial attention during encoding to examine their combined effect on behavioral recognition and associated ERPs. Participants performed eight experimental blocks consisting of an encoding phase and recognition test, with EEG recorded throughout. During encoding, pairs of objects and checkerboards were presented and participants were cued to attend to the left or right stream and detect targets as quickly as possible. In four blocks, stimulus presentation followed a rhythmic (constant, predictable) temporal structure, and in the other four blocks, stimulus onset was arrhythmic (random, unpredictable). An interaction between temporal expectation and spatial attention emerged, with greater recognition in the rhythmic than the arrhythmic condition for spatially attended items. Analysis of memory-specific ERP components uncovered effects of spatial attention. There were late positive component and FN400 old/new effects in the attended condition for both rhythmic and arrhythmic items, whereas in the unattended condition, there was an FN400 old/new effect and no late positive component effect. The study provides new evidence that memory improvement as a function of temporal expectation is dependent upon spatial attention.
The relationship between using estrogen and/or progesterone and the risk of mammary gland hyperplasia in women: a meta-analysis

Abstract Background As reported that the usage of estrogen and/or progesterone increases the risk of mammary gland hyperplasia (MGH) with conflicting results. Therefore, we conducted a meta-analysis to higher elucidate the relationship between hormones and MGH. Method PubMed, Embase, Web of Science, Cochrane Library, Chinese National Knowledge Infrastructure, and Wan-fang database were searched for studies until April 28, 2021. Results Nine related studies were included in the present meta-analysis. We found that the usage of estrogen and/or progesterone had a significant association with increasing the risk of MGH (RR = 1.56, 95% CI: 1.13–2.15, p = .000). The subgroup results showed that the risk of MGH increased in the Mix population (RR = 1.72, CI: 1.58–1.88, p < .001) but no significant difference in the Asian population. Meanwhile, as for using estrogen plus progesterone (EPP) and postmenopausal women the risk of MGH, respectively, increased (RR = 1.74, CI: 1.22–2.47, p = .002) and (RR = 1.75, CI: 1.24–2.47, p = .001) but no significant different for using estrogen alone and premenopausal women. Conclusions This study findings indicated that using estrogen and/or progesterone might increase the risk of MGH in premenopausal and postmenopausal women.
Uncertainty-Aware Portfolio Management With Risk-Sensitive Multiagent Network

As deep neural networks (DNNs) have gained considerable attention in recent years, there have been several cases applying DNNs to portfolio management (PM). Although some researchers have experimentally demonstrated its ability to make a profit, it is still insufficient to use in real situations because existing studies have failed to answer how risky investment decisions are. Furthermore, even though the objective of PM is to maximize returns within a risk tolerance, they overlook the predictive uncertainty of DNNs in the process of risk management. To overcome these limitations, we propose a novel framework called risk-sensitive multiagent network (RSMAN), which includes risk-sensitive agents (RSAs) and a risk adaptive portfolio generator (RAPG). Standard DNNs do not understand the risks of their decision, whereas RSA can take risk-sensitive decisions by estimating market uncertainty and parameter uncertainty. Acting as a trader, this agent is trained via reinforcement learning from dynamic trading simulations to estimate the distribution of reward and via unsupervised learning to assess parameter uncertainty without labeled data. We also present an RAPG that can generate a portfolio fitting the user’s risk appetite without retraining by exploiting the estimated information from the RSAs. We tested our framework on the U.S. and Korean real financial markets to demonstrate the practicality of the RSMAN.
Outcomes for the Arthroscopic Treatment of Femoroacetabular Impingement Syndrome With Acetabular Retroversion: A 3D Computed Tomography Analysis

Background: Increased attention has been directed toward the acetabular morphology in the management of patients with femoroacetabular impingement syndrome (FAIS). Whether acetabular version influences patient-reported outcomes remains poorly understood. Purpose: To use computed tomography (CT)–based 3-dimensional (3D) bone models to (1) quantify acetabular version in patients with FAIS, (2) compare acetabular version on 3D bone models with current plain radiographic parameters, and (3) explore the relationship between the magnitude of acetabular version and minimum 2-year clinical outcomes after hip arthroscopy. Study Design: Cohort study; Level of evidence, 3. Methods: Three-dimensional models of the pelvis and femur were generated by semiautomated segmentation and aligned to a standard coordinate system. Acetabular version was quantified at the 3-o’clock position, and 3 groups were identified: acetabular retroversion (AR; <15°), normal acetabular version (NV; 15°-25°), and acetabular anteversion (AA; >25°). Patient demographic characteristics, plain radiographic parameters, and clinical outcomes were analyzed, including the Hip Outcome Score–Activities of Daily Living, Hip Outcome Score–Sports Subscale, modified Harris Hip Score (mHHS), International Hip Outcome Tool (iHOT-12), and visual analog scale (VAS) for pain and satisfaction. Results: Preoperative CT scans were acquired in 105 consecutive patients before hip arthroscopy for FAIS, of which 84 (80.0%) completed minimum 2-year patient-reported outcomes. The mean ± SD age and body mass index of patients were 33.9 ± 12.6 years and 26.0 ± 5.4, respectively; 70.2% were female. The number of patients and the mean central acetabular version within each group were as follows: AR (n = 12; 11.3°± 2.7°), NV (n = 56; 20.7°± 2.9°), and AA (n = 16; 28.5°± 2.7°). Posterior wall sign was the only plain radiographic parameter that was significantly more observed in the AR group than in the other 2 groups. At minimum 2-year follow-up, significant between-group differences in the mHHS, iHOT-12, and VAS for pain and satisfaction (P < .05) were appreciated, while post hoc analysis with Bonferroni correction (P < .0167) found lower scores on the mHHS, iHOT-12, and VAS for pain and satisfaction in patients with AR as compared with NV. Lower scores on the VAS for satisfaction were reported in patients with AR when compared with AA (P = .006) but not on the mHHS (P = .023), iHOT-12 (P = .032), or VAS for pain (P = .072). Conclusion: Traditional plain radiographic indices to describe AR, including crossover sign and ischial spine sign, were not reliable in defining AR according to 3D models derived from CT scans. Only the posterior wall sign was observed in a higher proportion in the AR group. Patients with AR demonstrated inferior outcomes when compared with patients with NV and AA after hip arthroscopy for FAIS.
Efficacy and safety of picosecond laser for wrinkle in Indonesian skin

ABSTRACT Wrinkle is depressions of the skin that appears as a line on the skin, a major sign of skin aging. Laser is widely used for rejuvenation, but few reports that obtained in Indonesian skin. The increased melanin content in Indonesian skin can decrease therapeutic efficacy and promote adverse sequela. The Food and Drug Administration in 2014 gave clearance for picosecond 755 nm laser with diffractive lens array (DLA) in the treatment of wrinkles in skin types I–IV, the safety extends to patients of skin types IV–VI. This study investigated the efficacy and safety of picosecond 755 nm laser with DLA for wrinkle in forearm of the Indonesian patients. Twenty patients with Fitzpatrick skin type III–V were enrolled in this study. Clinical assessment of wrinkles was assessed with a dermatologic assessment form forearm photographic assessment scaled, and patients also rated their overall satisfaction. Evaluation was obtained at baseline and 1 month after treatment. Significant improvement in wrinkle at 1 month was noted (p < .05). Subject satisfaction indicated that 75% and 5% of patients were extremely satisfied and satisfied. No serious adverse events were reported. Picosecond 755 nm laser with DLA is an effective option for wrinkle in Indonesian skin without any adverse event.
Racial and Ethnic Disparities in Violent Penetrating Injuries and Long-Term Adverse Outcomes

Violent injury is known to be a chronic, recurrent issue, with high rates of recidivism following initial injury. While the burden of violence is disproportionately felt among young Black men and in communities of color, examination of distinct risk factors and long-term outcomes for other racial and ethnic groups could lead to improved violence intervention strategies. In this study, we examined the risk of violent penetrating injury and long-term adverse outcomes by race and ethnicity. This retrospective study was performed using a cohort of patients presenting to the Boston Medical Center emergency department for a violent penetrating injury between 2006 and 2016. Cox proportional hazards regression models were used to estimate hazard ratios (HR) and 95% confidence intervals (95%CI) for the risk of all-cause mortality and violent re-injury at one and 3 years after surviving a penetrating injury. Of the 4191 victims of violent injury, 12% were White, 18% were Hispanic, and the remaining 70% self-identified as Black. Within 3 years after initial injury, Black patients were at the greatest risk of all-cause violent re-injury (vs. Hispanic: HR = 1.46, 95%CI[1.15,1.85], p = 0.002; vs. White: HR = 1.89, 95%CI[1.40,2.57], p < 0.0001), particularly by gunshot wound (vs. Hispanic: HR = 2.04, 95%CI[1.29,3.22] p = 0.002; vs. White: HR = 2.34, 95%CI[1.19,4.60], p = 0.01). At 3-years following initial injury, White patients were at 2.03 times the risk for all-cause mortality, likely due to a 4.96 times greater risk of death by drug or alcohol overdose for White patients compared to Black patients (HR = 4.96, 95%CI[2.25,10.96], p < 0.0001). In conclusion, Black survivors of violent injury have a significantly higher risk of violent re-injury, particularly by gun violence, while White patients are at the highest risk for mortality due to the incidence of drug and alcohol overdose. Violence intervention programs with similar patient populations should explore options to collaborate with drug treatment programs to reach this vulnerable population.
LFP Analysis of Brain Injured Anesthetized Animals Undergoing Closed-Loop Intracortical Stimulation

Activity dependent stimulation (ADS) is a closed loop stimulation technique whose neurophysiological effects have not been deeply investigated. Here we explored how Local field Potentials (LFP) are impacted by a focal ischemic lesion and, subsequently, by ADS treatment. Intracortical microelectrode arrays were implanted in the rostral forelimb area (RFA) and in the primary somatosensory area (S1) of anaesthetized rats. An ischemic injury was induced in the caudal forelimb area through microinjections of Endothelin-1. The lesion induced an acute depressive trend in LFP power in RFA (evaluated in 6 bands of interest: Delta (1–4Hz), Theta (4–8Hz), Alpha (8-11Hz), Beta (11–30Hz), LowGamma (30–55Hz) and HighGamma (55-80)) followed by a noticeable significant rebound in both areas. Applying ADS induced an overall decrease of power. The lesion impacted the connectivity in a frequency specific manner, resulting in widespread increase in connectivity in Delta both between and within areas. Two hours after the lesion, without stimulation, correlated activity between areas increased in Beta and Gamma. After stimulation, inter-area connectivity increased in Delta, Theta and Alpha, while considerably dropping within RFA in highGamma. By computing phase-amplitude coupling, we found that the lesion produced an incremental increase in the coupling between (Theta) Alpha phase and (lowGamma) highGamma amplitude within RFA, while S1 had a more generalized increase. Likewise, coupling between Theta phase and lowGamma/highGamma amplitudes increased between areas after lesion. ADS induced a similar increase, but greater in magnitude both within and between RFA and S1. These results have important implications on the emerging field of closed-loop adaptive stimulation promoting ADS as an innovative tool for the treatment of neurological disorders.
D-KEFS trail making test as an embedded performance validity measure

ABSTRACT Objective The Delis-Kaplan Executive Function System (D-KEFS) Trail Making Test (TMT) is a commonly used measure of processing speed and executive functioning that may also be useful as an embedded performance validity test (PVT). We evaluated the utility of several multi-condition indices on the D-KEFS TMT in three independent samples to determine an optimal multi-condition index and cutoff on the D-KEFS TMT. Method Classification accuracy statistics for multiple multi-condition indices on the D-KEFS TMT were evaluated in three independent samples, including a sample with history of mild traumatic brain injury (TBI; n = 267) classified into psychometrically defined performance-valid and performance-invalid subgroups, the D-KEFS national normative sample (n = 1713), and a sample of middle- and older-aged adults diagnosed with mild cognitive impairment (MCI; n = 70). Results The D-KEFS TMT Conditions 1–5 summation index maximized sensitivity at . 31 while maintaining adequate specificity at ≥. 9. This index also had acceptable classification accuracy in both the D-KEFS national normative and MCI cross-validation samples, with the exception of the oldest subgroup of the national norming sample (i.e., individuals’ ages 80–89), in which the observed failure rates for all multi-condition indices tested were greater than 10%. Conclusion Our study provides support for the use the D-KEFS TMT Conditions 1–5 summation index as an embedded PVT among individuals younger than 80 years-old and from a range of conditions spanning from cognitively normal to mildly impaired; however, further validation is necessary.
Impact of activity-based recovery training and desmopressin on spinal cord injury-induced polyuria in Wistar rats

Background: Activity-based recovery training (ABRT) reverses spinal cord injury (SCI) induced polyuria and alterations of biomarkers involved with fluid balance, including expression levels of kidney vasopressin 2 receptors. However, void volumes do not return to pre-injury baseline levels, indicating a combinatorial approach may be necessary. Objective/Design: In the current study, acute effects of a pharmacological intervention versus placebo were examined in male rats that had received 70 daily ABRT sessions. The treatment, desmopressin (DDAVP – synthetic analogue of arginine vasopressin), an antidiuretic therapy used for the management of bedwetting in children and central diabetes insipidus, has previously shown some promise in a few limited cohorts of SCI individuals having nocturnal polyuria. Results: A total of 70 sessions of ABRT over a 10-week timeframe again reduced the overproduction of urine, but not completely to pre-SCI baseline levels. DDAVP treatment maintained but did not further reduce the level of urine output in the ABRT group without continuous exercise, demonstrating either intervention/treatment alone is effective, despite no additive effect. Although intake did not change from pre-injury levels despite polyuria, DDAVP treatment also reduced drink volume. Conclusions: Further studies are needed as the mechanisms underlying changes in fluid and solute balance are likely multi-factorial involving a complex interaction between the neural (both central and peripheral) control of systems mediating thirst, urinary output, and cardiovascular regulation.