Miracle-dz/UniFAR-FTUs huggingface dataset:
Modelling age-friendly environment for social connectedness: a cross-sectional study

Background: The increase in aged populations in Malaysia has brought unprecedented challenges to families, policy makers, scholars, and business organisations. This paper adapted the WHO 2007 framework of features of age-friendly cities to examine age-friendly environment constructs and their linkages with social connectedness from the perspective of Malaysian middle-aged and older adults caring for themselves. Methods: A face-to-face cross-sectional survey was conducted on 402 middle-aged and older adults caring for themselves across selected states in west Malaysia, selected via purposive sampling. Firstly, features of age-friendly cities were explored through exploratory factor analysis involving 82 respondents. Subsequently, structural equation modelling was performed, involving 320 respondents. Results: The results indicated that the constructs of an age-friendly environment were built environment, community support and health services, civic participation, and employment as well as communication and information. The structural model provided evidence that implementing age-friendly initiatives relating to built environment, community support and health services, civic participation and employment as well as communication and information enables the ageing population to improve their connectedness with society. These findings supported the ecological theories, agreeing that age-friendly environments help middle-aged and older adults caring for themselves to increase their adaptability and reduce perceived pressure from the environment. This result was in line with the current literature in which an age-friendly environment is a form of support and an enabling environment to cultivate positive social relationships and connectivity. Conclusions: Creating an age-friendly environment that supports active and healthy living for middle-aged and older adults caring for themselves allows them to continue to share their experiences, knowledge, and wisdom. This is helpful and beneficial for societal well-being and economic development as well as for the future generations.
Serotype Distribution of Streptococcus pneumoniae Carriage ‎in Six-Month-Old Infants: A Cross-sectional Study During 2017-18, Tehran, ‎Iran

Background: Streptococcus pneumoniae is recognized as one of the main pathogens inducing several invasive and non-invasive infections in children. Objective: The present study aimed to evaluate the serotype distribution of S. pneumoniae in six–month–old carriers. Methods: This study encompassed 600 six-month-old healthy infants whose pharyngeal swap samples were collected and then cultured to isolate S. pneumoniae. Twenty- five different serotypes were defined on positive culture samples by multiplex PCR. Results: In this study, 13 cases (2.2%) were positive S. pneumonia. The most common isolated serotypes of S. pneumoniae were serotypes 23F (n = 6, 1%) and 3 (n = 3, 0.5%), respectively. Notably, the most frequent serotype in formula-fed infants (n = 300) was Serotype 23F (n = 5, 1.7%); however, Serotype 3 (n = 3, 1%) was the most frequent one in breastfed participants (n = 300). According to the findings, the overall coverage of PCV10, PCV13, and PPSV23 on the S. pneumoniae serotypes at the age of six months was 50%, 73%, and 85%, respectively. Conclusions: At this age, the type of feeding could not significantly affect the frequency rate of S. pneumoniae colonization, while the serotype distributions in the two breastfed and formula-fed groups were different.
Spectroscopic data of Rb-isoelectronic Zr and Nb ions for astrophysical applications

We present high-accuracy spectroscopy data of line strengths, transition probabilities and oscillator strengths for the allowed transitions among the $nS_{1/2}$, $nP_{1/2,3/2}$ and $n'D_{3/2,5/2}$ states with $n=5$ to $10$ and $n'=4$ to $10$ of the Rb-isoelectronic Zr (Zr IV) and Nb (Nb V) ions. %\textcolor{red}{except for a few transitions that seem to be unreliable. } They can serve to analyse various astrophysical phenomena undergoing inside the heavenly bodies containing Zr and Nb elements. Since there is a lack of precise observational and calculated data for the spectroscopic properties in the above ions, their accurate determinations are of immense interest. The literature data, that are available only for a few selected low-lying transitions, have large discrepancies and they cannot be used reliably for the above purpose. After accounting for electron interactions through random phase approximation, Br\"uckner orbitals, structural radiations and normalizations of wave functions in the relativistic many-body methods, we have evaluated the electric dipole amplitudes precisely. Combining these values with the observed wavelengths, the above transition properties and lifetimes of a number of excited states of the Zr IV and Nb V ions are determined and compared with the literature data.
Does Movement Amplitude of a Co-performer Affect Individual Performance in Musical Synchronization?

Interpersonal coordination in musical ensembles often involves multisensory cues, with visual information about body movements supplementing co-performers’ sounds. Previous research on the influence of movement amplitude of a visual stimulus on basic sensorimotor synchronization has shown mixed results. Uninstructed visuomotor synchronization seems to be influenced by amplitude of a visual stimulus, but instructed visuomotor synchronization is not. While music performance presents a special case of visually mediated coordination, involving both uninstructed (spontaneously coordinating ancillary body movements with co-performers) and instructed (producing sound on a beat) forms of synchronization, the underlying mechanisms might also support rhythmic interpersonal coordination in the general population. We asked whether visual cue amplitude would affect nonmusicians’ synchronization of sound and head movements in a musical drumming task designed to be accessible regardless of musical experience. Given the mixed prior results, we considered two competing hypotheses. H1: higher amplitude visual cues will improve synchronization. H2: different amplitude visual cues will have no effect on synchronization. Participants observed a human-derived motion capture avatar with three levels of movement amplitude, or a still image of the avatar, while drumming along to the beat of tempo-changing music. The moving avatars were always timed to match the music. We measured temporal asynchrony (drumming relative to the music), predictive timing, ancillary movement fluctuation, and cross-spectral coherence of ancillary movements between the participant and avatar. The competing hypotheses were tested using conditional equivalence testing. This method involves using a statistical equivalence test in the event that standard hypothesis tests show no differences. Our results showed no statistical differences across visual cues types. Therefore, we conclude that there is not a strong effect of visual stimulus amplitude on instructed synchronization.
Influence of Teachers’ Improvisation of Heat-Producing Materials on Acquisition of Science Skills among Pre-primary School Learners in Kiambu, Kenya

Acquisition of science skills among pre-primary school learners has had its fair share of challenges with many pre-primary school learners manifesting low competencies in manipulation, experimentation and observation skills. The purpose of this study was to assess the influence of teachers’ improvisation of heat-producing materials on acquisition of science skills among pre-primary school learners. The study was guided by Social Constructivism and Instructional Theories. The study adopted mixed methodology and applied concurrent triangulation research design. Qualitative data were analyzed thematically along the objectives and presented in narrative forms. Quantitative data were analyzed descriptively and inferentially using linear regression analysis with the help of Statistical Packages for Social Science (SPSS 23) and presented using tables. These results indicate that there is significant relationship between teachers’ improvisation of heat-producing materials and acquisition of science skills among pre-primary school learners (p=0.000< 0.05). The study established that pre-primary school learners’ manifest low science skills. That is, their manipulation, experimentation and observation skills are still below average. The study recommends that the pre-primary curriculum developers emphasize the improvisation of heat-producing materials as much as possible and frequent inspections are carried out. For future studies, researchers may put greater interest in conducting a similar study with national scope to certain the influence of improvised instructional materials on the levels of science skills among pre-primary learners.
Combining Crowd and Machine Intelligence to Detect False News on Social Media

The explosive spread of false news on social media has severely affected many areas such as news ecosystems, politics, economics, and public trust, especially amid the COVID-19 infodemic. Machine intelligence has met with limited success in detecting and curbing false news. Human knowledge and intelligence hold great potential to complement machine-based methods. Yet they are largely underexplored in current false news detection research, especially in terms of how to efficiently utilize such information. We observe that the crowd contributes to the challenging task of assessing the veracity of news by posting responses or reporting. We propose combining these two types of scalable crowd judgments with machine intelligence to tackle the false news crisis. Specifically, we design a novel framework called CAND, which first extracts relevant human and machine judgments from data sources including news features and scalable crowd intelligence. The extracted information is then aggregated by an unsupervised Bayesian aggregation model. Evaluation based on Weibo and Twitter datasets demonstrates the effectiveness of crowd intelligence and the superior performance of the proposed framework in comparison with the benchmark methods. The results also generate many valuable insights, such as the complementary value of human and machine intelligence, the possibility of using human intelligence for early detection, and the robustness of our approach to intentional manipulation. This research significantly contributes to relevant literature on false news detection and crowd intelligence. In practice, our proposed framework serves as a feasible and effective approach for false news detection.
Long‐Term Earth‐Moon Evolution With High‐Level Orbit and Ocean Tide Models

Tides and Earth‐Moon system evolution are coupled over geological time. Tidal energy dissipation on Earth slows Earth′ s rotation rate, increases obliquity, lunar orbit semi‐major axis and eccentricity, and decreases lunar inclination. Tidal and core‐mantle boundary dissipation within the Moon decrease inclination, eccentricity and semi‐major axis. Here we integrate the Earth‐Moon system backwards for 4.5 Ga with orbital dynamics and explicit ocean tide models that are “high‐level” (i.e., not idealized). To account for uncertain plate tectonic histories, we employ Monte Carlo simulations, with tidal energy dissipation rates (normalized relative to astronomical forcing parameters) randomly selected from ocean tide simulations with modern ocean basin geometry and with 55, 116, and 252 Ma reconstructed basin paleogeometries. The normalized dissipation rates depend upon basin geometry and Earth′ s rotation rate. Faster Earth rotation generally yields lower normalized dissipation rates. The Monte Carlo results provide a spread of possible early values for the Earth‐Moon system parameters. Of consequence for ocean circulation and climate, absolute (un‐normalized) ocean tidal energy dissipation rates on the early Earth may have exceeded today′ s rate due to a closer Moon. Prior to ∼ 3 Ga, evolution of inclination and eccentricity is dominated by tidal and core‐mantle boundary dissipation within the Moon, which yield high lunar orbit inclinations in the early Earth‐Moon system. A drawback for our results is that the semi‐major axis does not collapse to near‐zero values at 4.5 Ga, as indicated by most lunar formation models. Additional processes, missing from our current efforts, are discussed as topics for future investigation.
Gambling harms caused by electronic gambling machines should be prevented with state control

Unlike in other Nordic countries, most of the electronic gambling machines (EGMs) are placed outside the Casino Helsinki and the gambling arcades in Finland. The placement of EGMs in non-casino locations, such as supermarkets, kiosks, and petrol stations, is matter of serious concern. We argue that availability and accessibility of EGMs has led to normalisation and banalisation of gambling in Finland. Exposure to EGMs also put at risk vulnerable populations and problem gamblers, who already suffer from the negative consequences of gambling harms. Gambling companies’ self-regulation initiatives and corporate social responsibility programmes are not enough to prevent and limit EGM related gambling harms. We suggest that Finland should follow Norway’s example and limit the availability of EGMs and transfer them from non-casino locations to gambling arcades. Finnish EGM policy should be a question of public policy guided by public health concerns.
Fundamental movement skills project: Efforts to keep children in indonesia active during the pandemic

This study aimed to determine and explain the efforts to keep children in Indonesia active during the COVID-19 pandemic. This research method used was a descriptive quantitative method. A total of 109 Early. The sample data used for this study were obtained via purposive sampling, where the data was under the criteria. The children participated in the challenge of doing physical activities at home during the pandemic. Regarding vulnerability, early childhood ages who took part in this challenge competition were 2–7 years old. In this study, the element of assessment was the fundamental movement skills of the children. The assessment instrument was a modified Peabody Developmental Motor Scale so that children could do it at home, and it included the items of balance, running, walking, hopping, jumping forward, crawling, throwing and catching objects with scores of 0– 2. From the tests carried out, the reliability obtained using Cronbach's Alpha was 0.84. The results were excellent with consistent reliability. Furthermore, this study also assessed projects made by the family, namely by exercising with the family and using assessment points of family bonds, performance, and creativity carried out, such as using video packaging, uniform costumes and music. Efforts to keep children active during this pandemic have not been easy;this was observed from the number of participants who took part in the challenge although the dissemination of information was carried out for 1 month using mainstream mass media. This was also caused by the obstacles and difficulties that parents have experienced during this pandemic. For this reason, it is necessary to make even more strategic efforts at achieving the desired goals. The basic movement project with movement instructions from this modified Peabody development test can be applied to children during the pandemic because its implementation can be adapted to the conditions in the respective homes of children. © JPES.
The Cognitive Ecology of Animal Movement: Evidence From Birds and Mammals

Cognition, defined as the processes concerned with the acquisition, retention and use of information, underlies animals’ abilities to navigate their local surroundings, embark on long-distance seasonal migrations, and socially learn information relevant to movement. Hence, in order to fully understand and predict animal movement, researchers must know the cognitive mechanisms that generate such movement. Work on a few model systems indicates that most animals possess excellent spatial learning and memory abilities, meaning that they can acquire and later recall information about distances and directions among relevant objects. Similarly, field work on several species has revealed some of the mechanisms that enable them to navigate over distances of up to several thousand kilometers. Key behaviors related to movement such as the choice of nest location, home range location and migration route are often affected by parents and other conspecifics. In some species, such social influence leads to the formation of aggregations, which in turn may lead to further social learning about food locations or other resources. Throughout the review, we note a variety of topics at the interface of cognition and movement that invite further investigation. These include the use of social information embedded in trails, the likely important roles of soundscapes and smellscapes, the mechanisms that large mammals rely on for long-distance migration, and the effects of expertise acquired over extended periods.
Bioactive Peptides from Liquid Milk Protein Concentrate by Sequential Tryptic and Microbial Hydrolysis

Recently, bioactive peptides as a health-promoting agent have come to the forefront of health research; however, industrial production is limited, possibly due to the lack of the required technological knowledge. The objective of the investigation was to prepare bioactive peptides with hypoallergenic properties from liquid milk protein concentrate (LMPC), through sequential enzymatic and microbial hydrolysis. LMPC was produced from ultra-heat-treated (UHT) skimmed cow’s milk using a nanofiltration membrane. The effect of the concentration of trypsin (0.008–0.032 g·L−1) on the hydrolysis of LMPC was studied. Subsequently, the hydrolysis of tryptic-hydrolyzed LMPC (LMPC-T) with lactic acid bacteria was performed, and the effect of glucose in microbial hydrolysis was studied. Aquaphotomic analysis of the hydrolysis of LMPC was performed using the spectral range of 1300–1600 nm (near-infrared spectra). Changes in antioxidant capacity, anti-angiotensin-converting enzyme activity, and antibacterial activity against Bacillus cereus, Staphylococcus aureus and Listeria monocytogenes were noted after the sequential tryptic and microbial hydrolysis of LMPC. Allergenicity in LMPC was reduced, due to sequential hydrolysis with 0.016 g·L−1 of trypsin and lacteal acid bacteria. According to the aquaphotomic analysis result, there was a dissociation of hydrogen bonds in compounds during the initial period of fermentation and, subsequently, the formation of compounds with hydrogen bonds. The formation of compounds with a hydrogen bond was more noticeable when microbial hydrolysis was performed with glucose. This may support the belief that the results of the present investigation will be useful to scale up the process in the food and biopharmaceutical industries.
The Enemy of My Enemy Is Not My Friend: Arabic Twitter Sentiment toward ISIS and the United States

A counter-intuitive finding emerges from an analysis of Arabic Twitter posts from 2014 to 2015: Twitter participants who are negative toward the Islamic State of Iraq and the Levant (ISIS) are also more likely to hold negative views of the United States. This surprising correlation is due to the interpretations of two sets of users. One set of users views the United States and ISIS negatively as independent interventionist powers in the region. The other set of users negatively links the United States with ISIS, often asserting a secretive conspiracy between the two. The intense negativity toward the United States in the Middle East seems conducive to views that, in one way or another, cause citizens to link the United States and ISIS in a conspiratorial manner.
Effects of lexical cues on phrase structure encoding: evidence from the production of genitives in Dutch

ABSTRACT This paper examined the role of lexical processing in phrase structure building in sentence production. We asked whether speakers exploit a lexical cue as a lexical guide (i.e. the cued word occurs earlier in the sentence) and as a retrieval cue (i.e. a cue facilitates the retrieval of a memorised structure). In two experiments, participants recalled Dutch genitive sentences. In some recall trials, they received a lexical cue that repeated one argument of the to-be-recalled sentence. In two further experiments, participants read a genitive sentence and then generated a new one from a visually-presented triplet of arguments. The visual salience of the arguments and lexical overlap were manipulated. In all four experiments, speakers consistently started the phrase with the cued word. There was no evidence of a lexical cueing effect on structure retrieval. The findings suggest that speakers mainly exploit lexical information as a lexical guide when formulating phrase structures.
Efficacy of brodifacoum 50ppm-based rodenticidal baits on the control of the mice Mus musculus in Cotonou

In Benin, cities with a high population rate such as Cotonou are colonized by several species of rats such as Rattus rattus, Mastomys sp, Mus musculus and Crocidura olivieri which are agents of destruction of stored products especially in the area of the big Dantokpa market. Indeed, anticoagulants are the most frequently used rodenticides worldwide in the fight against these rodents. However, very few studies have evaluated the biological efficacy of high dose rodenticides on the resistant strain of the mouse population (Mus musculus) in Cotonou. The present work compared the efficacy of three original brodifacoum-based baits: vertox pellets, vertox block and vertox past on the wild domestic mouse strain (Mus musculus) in Cotonou. The results showed that in the no-choice feeding tests in the laboratory, 100% of the animals died in all experimental groups and zero in the control groups. Time to death did not differ significantly between vertox pellet and vertox block bait in either test/feeding regime. However, with vertox past, a relatively longer time to death was observed. The three baits were therefore tested under field conditions on mouse populations and showed the following efficacy in terms of mouse mortality after three weeks: 83.33% with vertox pellets; 72% with vertox block and 95.33% with vertox past. The results obtained highlighted the good efficacy of the three brodifacoum-based baits in heterogeneous (resistant or not) mouse populations. However, an additional study is needed with the same anticoagulants only on resistant rodent populations.