Interprofessional working (IPW) is an essential part of the health service delivery system. Effective delivery of health services relies on the contribution of healthcare professionals (HCPs) from all groups. The aim of the study is to examine how HCPs collaborate and to assess their perceptions of IPW on healthcare delivery. This study follows a qualitative research approach. It was conducted in three hospitals in Nepal using semi-structured interview schedule. Purposive sampling method was used to select the hospitals and the participants. All together thirty-eight HCPs participated in the research. This study suggests that IPW is an integral part of HCPs’ life and they viewed it as a booster to support them to deliver the optimal and desired health outcomes. HCPs perceived that organisational support and involvement of service users are important for the successful delivery IPW. Verbal means of communication are mostly used during IPW. Nursing and allied health professionals (AHPs) are more critical to the medical professionals because they feel domination and professional isolation from the medical professionals. This study recognises factors that support IPW and also identifies various barriers to IPW in Nepalese hospitals.

The purpose of this article is to expose the reasons for the underdevelopment of the human resources in El Salvador. The problem of underdevelopment started with the employment of the manpower in coffee plantations, a situation that did not necessitate the development of the workforce. Adverse economic conditions, poverty, bad working conditions, unemployment, underemployment, and no access to basic education added to the underdevelopment of the human element. Currently, the government is providing incentives for the education of manpower, especially in the area of small and medium-sized business organizations that make up the majority of private enterprises in the country.

The Cloud computing systemspreferred over the traditional forms of computing such as grid computing, utility computing, autonomic computing is attributed forits ease of access to computing, for its QoS preferences, SLA’s conformity, security and performance offered with minimal supervision. A cloud workflow schedule when designed efficiently achieves optimalre source sage, balance of workloads, deadline specific execution, cost control according to budget specifications, efficient consumption of energy etc. to meet the performance requirements of today’ svast scientific and business requirements. The businesses requirements under recent technologies like pervasive computing are motivating the technology of cloud computing for further advancements. In this paper we discuss some of the important literature published on cloud workflow scheduling.

This paper evaluated the influence of capital base of banks on the level of operational efficiency of banks in Nigeria for the period 2004- 2013, with a view to providing information on financial ratio analysis as a measure of banks’ operational efficiency and how adequate is the capital adequacy of banks’ policy to significantly spur the level of their operational efficiency. Secondary data extracted from annual report and accounts of the fifteen purposively selected quoted banks were employed. Data were analysed using measures of central tendency and twoway fixed effect regression technique. Findings from the analysis showed that debt to total equity (t = -3.17, p< 0.05), core capital ratio (t = 4.65, p< 0.05), bank risk (t = -3.89, p< 0.05) were significant in evaluating the influence of capital adequacy on operational efficiency of the Nigerian money deposit banks.

The motive of this paper was to examine the impact of pre-task planning on Saudi EFL learners and to find out how planning could influence their accuracy and fluency. The study also intended to investigate the different outcomes from guided and unguided planning. For this purpose, thirty-six Saudi EFL learners took part in this study. They have participated in Picture-Cued Storytelling Task PCST. The findings of the study revealed that guided planning made a minor influence on Saudi EFL learners’ accuracy. Fluency, on the other hand, was not affected positively by neither guided nor unguided planning.

An FPGA based NQR spectrometer has been designed for detection of 14N nuclei. The digital circuits required for NQR spectrometer i.e Pulse Programmer, DDS, digital receiver have been built inside FPGA. Combining FPGA chip with analog components, NQR spectrometer has been developed. 14N from NaNO2 is observed using same spectrometer. By adding a permanent magnet of uniform field NMR signal of proton as well as deuterium was also observed.

simulation of magnetic particles in blood was developed to show the effect of magnetic field in magnetic drug targeting. Blood flow in the vessel follows Incompressible Navier Stoke’s equations and magnetic field is created using permanent magnet. Finite element method is used to solve fluid flow and magnetic field Capture efficiency of nanoparticles with respect to different shape of magnet is observed.

The particle is represented by the wave packet in nonlinear space-time continuum. Due of dispersion, the packet periodically appears and disappears in movement and the envelope of the process coincides with the wave function. It was considered that the partial differential equation of telegraph-type describes the motion of such wave packet in spherical coordinate space (r,θ ,ϕ ) . Also the analytical solution u(r,θ ,ϕ ) of this equation was constructed and it was supposed that the integral over all space of 2 2 grad u was equal to the mass of the particle identified with the wave packet. As the solution u(r,θ ,ϕ ) depends on two parameters L,m being positive integer, it is possible to calculate our theoretical particle masses Lm M for different L,m. Thus, we have obtained the theoretical mass spectrum of elementary particles. In comparison with known experimental mass spectrum it shows that our calculated theoretical mass spectrum is sufficiently verisimilar. In this article we discuss the problems of standard SMmodel, supersymmetry and string theory, compare the possibility to predict in UQT and SM and show that Standard Model has left unsettled a lot of fundamental problems solved by UQT.

In this article we are concerned with mixed quadrature rule of higher degree of precision for double integrals with double variables. The rule is numerically tested taking some suitable texts and the error bound is determined.

The intertrochanteric fractures cause, over variable degrees, many problems of management problems of taking depending on the physiological condition of the patient as well as diseases that are associated. The literature is rich in studies on per trochanteric fractures. The results of treatment of intertrochanteric fractures were changed by the emergence of resistant osteosynthesis implants, avoiding certain mechanical failures, also by raising awareness of pre and post operative care and reducing very significantly the level of postoperative mortality at the origin of the bad reputation of these fractures in the elderly. The occurrence of contralateral trochanteric fracture is a rare and unusual event reported in the literature. A retrospective study is reported in 24 patients with a mean age of 68 years with bilateral trochanteric fracture. An analysis of the epidemiological distribution of morbidity and mortality has been made with a description of the postoperative evolution and functional outcome in these patients.