Travel Intentions among Foreign Tourists for Medical Treatment in Malaysia: An Empirical Study

AbstractThis study essentially attempts to discover the underlying factors that might affect the foreign tourists’ intention to obtain medical treatment in Malaysia. The applicability of Theory of Planned Behaviour model provides the possibility to investigate the foreign tourists’ intention and to measure tourists’ general antecedent attitudes and feelings towards travelling abroad to seek medical treatment. The quantitative research approach has been used to conduct this study. A survey was carried out at four locations nationwide (Northern Region, Central Region, Southern Region and Eastern Region). The first generation technique was used to test and estimate the complex relationship among the variables. The proposed research model is expected to contribute to an understanding for scholars, marketers, policy makers, and practitioners on how these medical tourists formulate their intention to travel to Malaysia as a medical travel destination in order to increase the inbound market in medical tourism. This adds another contribution to the literature in the medical tourism field, reshaping the definition of medical tourism and having a more inclusive view in medical treatment highlighting the conceptual value of this study. Based on the analysis result, it can be confirmed that only attitude and subjective norm significantly influence the intention to visit for medical treatment in Malaysia, but is not significant for perceived control behaviour. The study concluded with several recommendations and insights that are useful to relevant parties such as Ministry of Tourism and Culture, Ministry of Health, Policy Maker, Public and Private Hospital Management teams as well as Travel Agencies or Companies

Shear Resistance of Cold-Formed Steel Framing Wall with X-Strap Bracing

This research is concentrated on the study of structural strength and behavior of cold-formed steel frame with strap bracing subjected to horizontal loads. The wall specimens with and without calcium silicate board sheathing were tested to compare the differences of shear resistance. Based on the test data, the ultimate strength, stiffness, ductility ratio, and failure behavior were studied for each specimen, and the wall’s movements were also discussed in this paper. The cold-formed steel framing wall without bracing from previous study was introduced for the comparison purpose. As expected, the ultimate strength was increased for the cold-formed steel wall sheathed with calcium silicate board after installing strap bracing. However, the initial stiffness and ductility ratio of cladded wall specimens with bracing did not show much difference as compared to cladded wall specimens without bracing. It was found that the ultimate strength of cold-formed steel wall frame installed with both sheathing and strap bracing is not the sum of ultimate strengths of cold-formed steel wall frame with sheathing and cold-formed steel wall frame with strap bracing only. A better performance of energy absorption beyond the portion of ultimate strength was found for the wall specimen with both sheathing and bracing. It was also observed that the failure type and location are different for the cladded wall specimens with and without bracing

Topological Edge Plasmon Modes between Diatomic Chains of Nanoparticles

We study the topological edge plasmon modes between two "diatomic" chains of identical plasmonic nanoparticles. Zak phase for longitudinal plasmon modes in each chain is calculated analytically by solutions of macroscopic Maxwell's equations for particles in quasi-static dipole approximation. This approximation provides a direct analogy with the Su-Schrieffer-Heeger model such that the eigenvalue is mapped to the frequency dependent inverse-polarizability of the nanoparticles. The edge state frequency is found to be the same as the single-particle resonance frequency, which is insensitive to the separation distances within a unit cell. Finally, full electrodynamic simulations with realistic parameters suggest that the edge plasmon mode can be realized through near-field optical spectroscopy.Comment: 7 pages, 6 figure

Ethical decision making in academic dishonesty with application of modified Theory of Planned Behavior: a review

This conceptual paper studies the application of the Theory of Planned Behavior (TBP) in academic dishonesty with the mediating variable of ethical ideologies. The study reviews literature on the Theory of Planned Behavior and past studies pertaining to academic dishonesty. The paper analyses the relationship of the variables of TPB on academic dishonesty with ethical ideologies. A conceptual research framework is presented; it provides insight into predicting and understanding how academic dishonesty can occur. The framework suggests that ethical ideology is significantly strengthened by the application of TPB in understanding and predicting how academic dishonesty occurs. Given that ethical ideology provides guidance in judging right and wrong, duty, obligation and moral responsibility, it is an appropriate tool for the researcher, who needs better understanding to diagnose the influences of ethical ideology on unethical behaviour

Influence of neutralization attitude in academic dishonesty among undergraduates

Previous literature had proposed that individuals tend to use neutralization to motivate their decisions to engage in deviant behaviors. This indicated that even though students have strong motivations not to cheat may do so anyway after employing neutralizing strategies. Hence, this study attempted to examine the role of neutralization in influencing students’ attitude towards academic dishonesty. Students tend to use neutralization technique in order to free themselves from feeling guilty in engaging academic dishonesty. Besides that, it also attempted to study the reasons behind college student academic cheating behaviors. This study employed 620 randomly selected students from six different academic institutions. Results supported that students who engaged in academic dishonesty differ significantly from those who did not engage in this deviant behaviour with respect to their tendency to neutralize cheating. Results showed that cheating and neutralization were positively correlated among students. Through the findings, it showed that the use of neutralization techniques explained why students acknowledged that cheating is wrong but still chose to do it anyway

The Determinants of Intention to use E-voting System: The Case of Generation X in Malaysia

The internet has opened doors for electronic voting (E-voting). A review of the loopholes of the 14th General Election in Malaysia including the delay of votes from overseas voters, the declaration of a public holiday on voting day and the extraordinary heavy traffic, implies that E-voting could be a better alternative to the paper-based ballot voting. Therefore, the objective of this study is to examine the determinants of the intention to use the E-voting system among Generation X in Malaysia. This study focused only on Generation X because most internet users are from this age group (22 to 37-year olds) compared to other age groups. Hence, Generation X may be the focus of E-voting. A survey of 351 respondents on their intention to use E-voting system was conducted throughout 13 states and the Federal Territory of Kuala Lumpur (Wilayah Persekutuan). Additionally, an empirical model was drawn from adopted theories and data was analyzed using the Partial Least Squares – Structural Equation Modeling (PLS-SEM) approach. The findings showed that compatibility, relative advantages and perceived ease of use significantly contributed to the intention to participate in E-voting. However, perceptions of image, complexity of use, perceived usefulness, trust in the internet and in the government are not significantly related to the intention to use E-voting

Discovery and characterization of medaka miRNA genes by next generation sequencing platform

Background MicroRNAs (miRNAs) are endogenous non-protein-coding RNA genes which exist in a wide variety of organisms, including animals, plants, virus and even unicellular organisms. Medaka (Oryzias latipes) is a useful model organism among vertebrate animals. However, no medaka miRNAs have been investigated systematically. It is beneficial to conduct a genome-wide miRNA discovery study using the next generation sequencing (NGS) technology, which has emerged as a powerful sequencing tool for high-throughput analysis. Results In this study, we adopted ABI SOLiD platform to generate small RNA sequence reads from medaka tissues, followed by mapping these sequence reads back to medaka genome. The mapped genomic loci were considered as candidate miRNAs and further processed by a support vector machine (SVM) classifier. As result, we identified 599 novel medaka pre-miRNAs, many of which were found to encode more than one isomiRs. Besides, additional minor miRNAs (also called miRNA star) can be also detected with the improvement of sequencing depth. These quantifiable isomiRs and minor miRNAs enable us to further characterize medaka miRNA genes in many aspects. First of all, many medaka candidate pre-miRNAs position close to each other, forming many miRNA clusters, some of which are also conserved across other vertebrate animals. Secondly, during miRNA maturation, there is an arm selection preference of mature miRNAs within precursors. We observed the differences on arm selection preference between our candidate pre-miRNAs and their orthologous ones. We classified these differences into three categories based on the distribution of NGS reads. Finally, we also investigated the relationship between conservation status and expression level of miRNA genes. We concluded that the evolutionally conserved miRNAs were usually the most abundant ones. Conclusions Medaka is a widely used model animal and usually involved in many biomedical studies, including the ones on development biology. Identifying and characterizing medaka miRNA genes would benefit the studies using medaka as a model organism

U-shape panda polarization-maintaining microfiber sensor coated with graphene oxide for relative humidity measurement

A new U-shape panda polarization-maintaining fiber (PPMF) based microfiber interferometer coated with graphene oxide (GO) film was proposed and experimentally demonstrated for relative humidity (RH) sensing. Experimental results show that the U-shape sensor has refractive index (RI) sensitivity of 1692.5nm/RIU in the RI range of 1.33 when the diameter of the taper waist is 10.08 µm. The surface of the U-shape sensor was then modified chemically and coated with a thin layer of GO film (59.64nm) for RH detection and the sensitivity is proportional to RH: as RH increases from 30% to 98%, the sensitivity increases from 0.111 to 0.361 nm/%RH and the response time is 0.28 s. In addition, the cross sensitivity to temperature, stability, reproducibility, and response/recovery time of the RH sensor were studied in detail. The proposed U-shape fiber RH sensor has advantage of high sensitivity, good reproducibility and fast response (0.28 s), which has potential application in areas requiring dynamic measurement of RH variations such as industrial product fabrication process control and breath state monitoring