Miracle-dz/UniFAR-FTUs huggingface dataset:
Bridging Biomedical and Person-centered Care Approaches via Namaste Care with Family Participation: An Asian Experience in Advanced Dementia Treatment

A locally-adapted, multisensory, psychosocial intervention called Namaste Care program was developed to improve the daily life of persons with advanced dementia (PwAD) through arranging meaningful activities and physical interactions by healthcare staff (Namaste Carers). Congruent with Asian values, the families of PwAD were invited to participate in Namaste Care sessions. The study aimed to explore the influence of Namaste Care on cognitive status and quality of life (QOL) of PwAD, and perceptions and attitudes of caregivers and Namaste Carers toward dementia care were determined. A total of 10 individuals, including patient-caregiver dyads (n = 4) and Namaste Carers (n = 6) participated in a program in a tertiary hospital in Singapore. Quality of Life in Late-Stage Dementia (QUALID) scale and Severe Impairment Rating Scale (SIRS) were employed to evaluate QOL and cognition, respectively, in the pre- and post-survey program in patient-caregiver dyads. Namaste Carers’ knowledge and attitudes toward PwAD were assessed using the Questionnaire on Palliative Care for Advanced Dementia (qPAD). Caregivers and Namaste carers were interviewed post-program separately. A concurrent explanatory mixed-method analysis was done. The mean age of PwAD was 84 years, with 75% (n = 3) patients on enteral tube feeding. Namaste carers were nurses with an average experience of 4.1 years in dementia care. On comparison of pre- and post-program scores of PwAD, QUALID scores showed a decrease (indicating an improvement in the QOL), while the SIRS scores were increased (indicating an improved cognitive response). Namaste Carers scored high on qPAD, reflecting the good understanding and a positive attitude toward PwAD. Thematic analysis of 10 interview transcripts from caregivers and Namaste Carers revealed three themes: the polarizing paradigm of care in advanced dementia; pre-eminence of the Asian family values, and theme of “small actions make a big difference”. Namaste Care served as a bridge between the person-centered care approach and the biomedical model of dementia care. Namaste Care with family participation may be the cornerstone of PwAD to receive culturally-appropriate personalized care and serve as a premise for the operationalization of person-centered care in Asian societies, and undeniably across the world.
Perception Practice and Existing Knowledge Level of Farmers towards Agrochemical Use in Sitakunda Upazilla of Bangladesh

Aims: This study aimed to know the knowledge level and perception of the farmers regarding the use and impact of agrochemical and to find out the correlation of knowledge level and pesticide use with their age, education, farm size, number of pesticide use. Place and Duration of Study: The study was carried out in the Chittagong District of Bangladesh in four different unions of Sitakunda Upazilla between May 2018 and June 2018. Original Research Article Ratna et al.; AJAHR, 7(2): 35-47, 2020; Article no.AJAHR. 63301 36 Methodology: We surveyed 142 farmer households from nine villages of three unions, selected through multistage purposive random sampling. They were interviewed through a semi-structured questionnaire. A key informant survey was done by interviewing Upazila agriculture officers and agrochemical retailers. Results: No overuse of fertilizer and pesticide were found. Findings showed that 66.2% of farmers were medium knowledgeable, with 14.79% low and 19.01% high knowledgeable. Applications of obsolete pesticides were found to be used. Farmers’ knowledge level is significantly correlated with the education level and the number of pesticide uses. Conclusion: There was a gap between amounts of fertilizer applied than the recommended level except for gypsum. Most of them did not know the standard application rate of fertilizer and pesticide. Farmers’ knowledge level should be improved and the adoption of rational use of agrochemicals is needed through extension activity to get proper yield and to inform them of precautionary measures.
Review on Health Benefits of Camel Urine: Therapeutics Effects and Potential Impact on Public Health Around East Hararghe District

Camel is one of the important livestock species which plays a major role in the pastoral mode of life by fulfilling basic demands of livelihood. Traditionally, camel urine has been used in the treatment of human diseases. With regard to the health benefits of drinking the urine of camels, it has been proven by modern scientific researches. Camel urine has an unusual and unique biochemical composition that contributes to medicinal values. The chemical composition of camel urine showed the presence of purine bases, hypoxanthine, sodium, potassium, creatinine, urea, uric acid, and phosphates. The nano-particles in the camel’s urine can be used to fight cancer. Camel urine has antimicrobial activity against pathogenic bacteria. Its chemical and organic constituents have also inhibitory properties against fungal growth, human platelets, and parasitic diseases mainly fasciollosis in calves. The healthy status of the liver can be restored through ingestion of diet and minerals in camel urine. Camel urine is used by the camel owners and Bedouins as medicine in different ways. The Bedouin in the Arab desert used to mix camel urine with milk. Recently; the WHO has warned against drinking camel urine due to the modern attempt to limit Outbreaks of Respiratory Syndrome (MRS) in the Middle East. There is no scientific dosage for camel urine to be applied as medicine for different diseases and the ways of camel urine formulation and utilization for the care of patients varies from country to country. Therefore, the purposes of the present review describe the biochemical composition of camel urine will be scientifically extracted and formulated as a therapy rather than drinking raw urine and people’s health impact.
Association Between Maternal Exposure to Indoor Air Pollution and Offspring Congenital Heart Disease: A Multi-Hospital Case-Control Study in East China

Background Previous research has suggested an association between maternal exposure to ambient air pollutants and the risk of congenital heart defects (CHDs). However, the effect of individual prenatal exposure to indoor air pollutants on CHD occurrence has not been reported. Methods We carried out a hospital-based case-control study to investigate the association between personal air pollution exposure during pregnancy and the risk of CHDs in offspring. A total of 34 cases and 72 controls were included in this study from two hospitals in East China. We investigated maternal and residential environmental characteristics using a questionnaire and obtained personal indoor air samples to assess particulate matter (PM) and volatile organic compounds (VOCs) from 22–30 gestational weeks; formaldehyde, benzene, toluene, xylene, total VOCs (TVOCs), PM10, and PM2.5 were assessed. Logistic regression was performed to assess associations and interactions among individual indoor air pollutants and CHDs after adjusting for confounders. The potential residential environmental factors affecting the risks of indoor air pollutants on CHDs were also assessed. Results Median TVOC (0.430 vs. 0.005 mg/m3, P < 0.001), PM2.5 (12.00 vs. 8.00 µg/m3, P = 0.037) and PM10 (13.50 vs. 8.00 µg/m3, P = 0.028) exposure levels in cases were significantly higher than those in controls. In a regression model adjusted for confounders, exposure to high levels of indoor TVOCs, PM2.5 and PM10 during pregnancy was associated with risks for CHDs and the occurrence of some major CHD subtypes in offspring. These risk effects were enhanced among pregnant woman living in a newly renovated house or near heavy-traffic roads but were mitigated by household usage of smoke ventilators when cooking. We observed a positive interaction of maternal exposure to TVOCs and PM2.5 in regard to the risk for CHDs. Conclusions Maternal exposure to indoor VOCs and PMs may increase the risk of giving birth to foetuses with CHDs.
The Calculation of the Electron Affinity of Atoms and Molecules

Abstract Non-local density functional theory, as implemented in the code DMol, has been used to calculate the electron affinity of a set of 44 small atoms and molecules. A judicious choice of basis sets produces a root mean square deviation from recommended values of 0.1 eV and 0.3 eV for atoms and small molecules (with positive electron affinities) respectively. Applying DMol to calculations of temporary anion states or resonances of linear alkanes to n = 36 (where n is the number of carbon atoms) a gradual increase in electron affinity is predicted which appears to have converged by n = 36 to -0.75 eV (in agreement with experimental data for C36 and polyethylene).
Individual consumer movement mediates food web coupling across a coastal ecosystem

The movement and foraging patterns of consumers are a major driver of nutrient and energy distribution in ecosystems. However, relatively little is known about how intraspeci ﬁ c variation in consumer movement behavior might affect food web coupling and ecosystem processes across landscapes and seascapes. Here we use long-term acoustic telemetry and stable isotope niche metrics to understand how differences in predatory ﬁ sh movement patterns control food web coupling and resource subsidies across the Florida Coastal Everglades (USA). We found common snook ( Centropomus undecimalis ) that spent most of their time in freshwater riverine areas of the Shark River Estuary primarily foraged on prey subsidies originating from adjacent marsh habitats, serving as an important vector of nutrient subsidies to downstream habitats. Snook that spent the majority of their time in downstream estuarine habitats dis-played a diversity of resource usage across wide spatial scales, occupied a much larger trophic niche, and serve as a multidirectional vector of trophic coupling among marine, estuarine, and freshwater riverine habitats. These results demonstrate how individual variations in predator movement behavior can mediate the direction and scale of food web across coastal seascapes.
A study of Mn-Ti oxide powders and their behaviour in propane oxidation catalysis

Mn-Ti mixed oxides with composition Ti 1–x Mn x O y (x=0, 0.1, 0.2, 0.5, 0.8, 0.9 and 1) have been prepared. A Mn-TiO 2 monolayer type sample has also been prepared by impregnation, for comparison. Manganese is found to speed up the anatase-to-rutile phase transition, more clearly in the impregnated sample, while titanium tends to slightly hinder the thermodynamically reversible hausmannite-to-bixbyite phase transition upon cooling. The catalytic activity of all samples in propene oxidation decreases by increasing the Ti content. Conversely, the catalytic activity in propane oxidation shows a maximum at intermediate composition.
Interaction between rhodanine and silver species on a nanocolloidal surface and in the solid state

This paper discusses and compares molecular interactions of rhodanine (Rd), the heterocyclic compound containing N, S, and O atoms, with two forms of silver species, i.e. Ag(I) ions and silver nanocolloidal particles. Vibrational spectroscopic and powder crystallography studies on coordination of Ag(I) ions in the solid state, supported by density functional theory, clearly indicate complexation through the nitrogen (the deprotonated imino group) and exocyclic sulfur atoms. Molecules of the complex are arranged in a one-dimensional infinite polymeric chain structure that intertwines to give a helix motif. On the other hand, adsorption geometry of Rd on the silver surface was determined by using surface-enhancement Raman scattering (SERS) spectroscopy. Observed differences between the SERS and the normal Raman spectra of Rd suggest that Rd adsorbs on the silver species after the rearrangement of the keto-thione form into the enol-thiol tautomer in acidic and neutral solutions. This leads to adsorption on this silver species through the thiolate ion. On the other hand, the alkaline pH forces first N-deprotonation of Rd, and, in consequence, the obtained anion of the keto-thione form interacts with the silver surface as a result of the presence of lone pairs of nitrogen and sulfur atoms, similar to the case discussed for the solid state. Copyright © 2009 John Wiley & Sons, Ltd.
Do risk and competition trigger conditional cooperative behavior? Evidence from Public good experiment

We investigate the effect of intragroup competition and risky marginal per capita returns on subjects' cooperative behavior in a one-shot public good game – following the wellknown approach proposed by Fischbacher, Gachter, and Fehr (2001) and extending the Colasante et al. (2019) and Colasante et al. (2018) parametrization. We are aiming to study the interaction between environment and social preferences and test the existence of a causal relationship of risk and competition over cooperative behavior when an individual’s benefit of the public good is heterogeneous and uncertain. Our results report experimental evidence about competition fostering cooperative behavior leading a raise contribution for all the subjects regardless of their social preferences. On the contrary, risky has a detrimental effect on cooperative behavior due to encouraging free riding.
Catholic and Non-Catholic college students of a Catholic university and their perceptions on religion

Bailey (2002) stated that Catholic Schools prefer to teach a Religious Education that is Catholic in deepening the faith of their Catholic students. However, they have Religious Education subjects and programs that are not sensitive and considerate to the beliefs and practices of non-Catholic students. To come up with Religious Education programs and subjects that are sensitive to the religious and spiritual development of both Catholic and non-Catholic students, it is appropriate to understand first their perspective toward religion. The objectives of the study are to investigate how Catholic and non-Catholic college students in a certain Catholic University perceive Religion, and to determine if there are significant differences in these perspectives. The researcher used a descriptive research design and a quantitative descriptive method in describing the current context and perceptions of Catholic and non-Catholic students toward religion. A survey questionnaire developed by Baring et al. (2018) was utilized in gathering data, and purposive sampling was used in selecting 200 college students as respondents. An independent-sample t-test was the statistical method used in determining the significant difference of the two independent variables. The findings showed that there are specific significant differences toward the perception of Catholic and non-Catholic students on spirituality and religiosity, especially in terms of the identity dimension of Religion. However, there are more similarities than differences in their perceptions of religion.
Effect of drying temperature on key odourants in kaffir lime (Citrus hystrix D.C., Rutaceae) leaves

Summary Volatile compounds of fresh and dried kaffir lime leaves were analysed by gas chromatography–mass spectrometry (GC–MS). Fifty-four volatile compounds were identified in fresh kaffir lime leaf with citronellal being the most abundant, followed by l-linalool, hexanal, sabinene and β-citronellol. Aroma active compounds were determined by gas chromatography–olfactory (GC–O). Thirty-seven aroma active compounds were reported along with their odour descriptions and Log3 FD. On the basis of high values of their Log3 FD and odour characteristics together with odour activity value (OAV), the concentrations of selected eleven key odourants were compared between fresh and dried samples. Three drying temperatures at 50, 60 and 70 °C for 6 h were applied for hot air-drying. The concentrations of most compounds in 50 °C dried samples were not much different from those in fresh samples. Drying at 60 and 70 °C brought substantial losses of some key odourants. However, concentrations of citronellal and l-linalool, as key aroma compounds of kaffir lime leaves, in 60 and 70 °C dried kaffir lime leaves were not significantly different.
Behavioural intention to adopt blockchain for a transparent and effective taxing system

Purpose The purpose of this research is to assess the tax stakeholders’ intention towards the adoption of blockchain technology (BT) for a transparent and effective taxing system in Bangladesh. It examines the factors influencing the behavioural intention of the users to adopt BT with a blended model built on the technology acceptance model (TAM) and self-determination theory (SDT). This research develops a prescriptive model to demonstrate how the stakeholders are interested in adopting BT for the taxing system. Design/methodology/approach Data were obtained through a structured questionnaire from the stakeholders of the taxing system, including tax policymakers, tax commissioners, tax officers, lawyers, tax consultants and the taxpayers. Statistical analyses were performed using partial least square-structural equation modelling. Findings Results reveal that out of the two primary TAM antecedents known as usefulness (PU) and ease of use (PEU), PU has a significant influence on the BT adoption intention. The only cognitive variable called autonomous motivation picked from SDT has a positive and significant impact on BT adoption for tax purpose as well. Finally, trust is found to be another important determinant for explaining stakeholders’ intention to adopt BT for an efficient taxing system where transparency can be ensured. Research limitations/implications The proposed model does not include any moderator though there might be a moderating effect in this regard. The variation described in the behavioural intention to adopt BT by the predictors is half of the total possible variations. Hence, the inclusion of variables such as social influence and controlled motivation could be interesting. Practical implications This study is expected to provide valuable insights into policymaking for tax administrations to enhance the tax collection net and maintain transparency and efficiency in the taxing system. Social implications This research has social consequences for a recently graduated developing economy such as Bangladesh, where transparency and efficiency are a matter of question. Because BT adoption can assure a convenient and favourable environment for the taxpayers upholding the principles of taxation, it can play a significant role by ensuring social justice and equity through a transparent and effective taxing system. Originality/value This research is among the first few studies to address the issue of implementing a modern technology such as BT for an efficient taxing system from a developing country perspective. Furthermore, it combined TAM and SDT to propose a hybrid model for explaining behavioural intention to adopt an emerging technology such as blockchain, which is a new phenomenon.
An Efficient Disease Detection Technique of Rice Leaf Using AlexNet

As nearly half of the people in the world live on rice, so the rice leaf disease detection is very important for our agricultural sector. Many researchers worked on this problem and they achieved different results according to their applied techniques. In this paper, we applied AlexNet technique to detect the three prevalence rice leaf diseases termed as bacterial blight, brown spot as well as leaf smut and got a remarkable outcome rather than the previous works. AlexNet is a special type of classification technique of deep learning. This paper shows more than 99% accuracy due to adjusting an efficient technique and image augmentation.
Analysis of oligomeric transition of silkworm small heat shock protein sHSP20.8 using high hydrostatic pressure native PAGE

The small heat shock proteins (sHSPs) solubilize thermo-denatured proteins without adenosine triphosphate energy consumption to facilitate protein refolding. sHSP20.8 is one of the silkworm (Bombyx mori) sHSPs having only one cystein in the N-terminal domain: Cys43. We report a simple measurement of oligomeric transition of sHSP20.8 using high hydrostatic pressure native polyacrylamide gel electrophoresis (high hydrostatic pressure (HP) native polyacrylamide gel electrophoresis (PAGE)). At ambient pressure under oxydative condition, the native PAGE of thermal transition of sHSP20.8 oligomer displayed a cooperative association. In contrast, HP native PAGE clearly demonstrated that sHSP20.8 dissociated at 80 MPa and 25°C, and the resultant molecular species gradually reassociated with time under that condition. In addition, the reassociation process was suppressed in the presence of the reductant. These results are consistent with the idea that sHSP20.8 oligomer temporally dissociates at the first thermo-sensing step and reassociates with the oxidation of Cys43.
Study of an ECR sputtering plasma source

The characteristics of a sputtering plasma source using electron cyclotron resonance, operating on the ERIC facility dedicated to isotope separation by the plasma process, are described. A simple model based upon the particle conservation equation allows us to derive the ionization probability and the reflux fraction that govern the source operating conditions, both with and without carrier gas. Other data such as sputtering yields of Ar+ and Kr+ ions on Ni, Cu, Pd and Gd targets as well as their self-sputtering yields have been also determined for the first time in the case of gadolinium. The axial deposit profile of metal atoms on the lateral screen of the source is in accordance with the Yamamura semi-empirical differential sputtering yield, and the ionization coefficient of GdI is deduced.
Magnetoelectric Contribution to Magnetoelastic Coupling in Pb(Fe1/2Nb1/2)O3 Multiferroics Ceramics

In this work, electrical permittivity, magnetic and anelastic measurements in lead iron niobate ceramics (PFN) were performed in the frequency and temperature range from 1 kHz to 10 MHz and from 15 K to 400 K, respectively. Anelastic results characterized unambiguously the magnetoelectric effect in the PFN, demonstrating that ME coupling arises indirectly via strain contribution rather than a direct coupling between electrical and magnetic order parameters.
Composition of Oat Bran and Flour Prepared by Three Different Mechanisms of Dry Milling

ABSTRACT Three mechanisms of oat milling were tested for laboratory-scale oat bran production. Oat bran consistent with AACC definition and commercially obtained product was generated with either roller-milling or impact-milling of groats, followed by sieving to retain larger particles. These bran preparations were enriched ≈1.7-fold in β-glucan and ash, 1.4-fold in protein, and 1.1-fold in lipid. Bran finishing made further enrichments in protein, β-glucan, and ash. Tempering oat (to 12% moisture for 20 min) improved bran yield from roller-milling nearly two-fold but had little effect on bran composition. Bran yield from the impact-type mill was significantly affected by grinding screen size. Oat bran obtained from a pearling mill was only slightly enriched in β-glucan and protein, but it was more heavily enriched in ash and oil than brans from roller or impact mills. The pearling mill isolated the outer layers of the groat directly, but because of its low β-glucan composition it did not meet the AACC de.