Analyzing the External and Internal Efficiency Considerations in Public Subsidization of Education in Egypt

The goal of public investment in education is to create the skills and attitudes needed for higher levels of productivity and growth. Whether or not such goals would be achieved will depend not only on the amount of resources invested, but also on the efficiency with which the inputs are managed. Hence, the issue is whether the Egyptian education system is efficient, in terms of achieving an optimal allocation of spending, and meeting the ultimate objectives of the educational process, or the government just throws money in an idle way. Accordingly, this paper spots the light on the efficiency of subsidizing the Egyptian education system through differentiating between the concepts of internal and external efficiency. The available data revealed the existence of both internal and external inefficiency of the Egyptian education sector, despite the investments devoting to it, reducing the dropout rate, achieving a considerable progress in getting kids into schools, and closing the gender gap over the past thirty five years. More efforts should be exerted; with greater investment in education, Egypt could take advantage of many more growth opportunities in high-skilled economic sectors, and develop the current generation’s entrepreneurial capacities and skills and capitalize on the existing potential. Key words: External efficiency, Internal efficiency, Subsidizing the Egyptian education system

Long read: sowing seeds of ethnic division? Afghanistan’s constitution and electoral system

Meetra Qutb (Independent Researcher and Consultant, UK) explains how Afghanistan’s constitution promotes ethnic divisions in the country through the establishment of a highly centralised form of government, as well as adopting electoral systems that do not enable a true political reflection of the diversity of Afghan society

Smart Product Design Methodology

The noticeable emergence of new technological advances, such as Artificial Intelligence (AI) and Internet of Things (IoT), and their continuous developments in today’s market, have paved the way for an apparent transformation from conventional products to smart connected products. Smart products are Cyber-Physical Systems (CPS) that provide services to users through Internet and Communication capabilities. The use of smart products offers exceptional potential for the users to meet their expectations and needs intelligently and effectively. Hence, designers and manufacturers are encouraged to cope with constantly changing consumers’ requirements and help in satisfying their needs. It is necessary to achieve a high level of awareness when interacting with smart products, where in some cases, ambiguity and uncertainty may lead to an undesired outcome. Thus, the objective of this research thesis is to introduce a novel smart product design methodology that reveals a new design dimension that was found by conducting an extensive literature review. Smart product design methodology uses integration between existing Design Theory and Methodologies (DTM), both Systematic Design Approach (SDA) and Axiomatic Design Theory (ADT) which are integrated through the features and functions of smart products. The proposed design methodology concentrates on reducing the complexity of the product and raising its affordances for the users to perceive. This research includes a case study on smart speakers and voice-initiated virtual assistants specifically on Amazon’s Alexa, where the methodology proposed was applied. As a result, the complexity was reduced by achieving an uncoupled design, and affordances’ measures were discussed using the guidelines and recommendations concerning both visual and voice design perspectives for designers and developers of virtual assistants in order to maximize the affordances for the user to perceive with the least amount of ambiguity and doubtfulness

The Egyptian wheat cultivar Gemmeiza-12 is a source of resistance against the fungus <i>Zymoseptoria tritici</i>

Background: Wheat is one of the world’s most important cereal crops. However, the fungal pathogen Zymoseptoria tritici can cause disease epidemics, leading to reduced yields. With climate change and development of new agricultural areas with suitable environments, Z. tritici may advance into geographical areas previously unaffected by this pathogen. It is currently unknown how Egyptian wheat will perform in the face of this incoming threat. This project aimed to assess the resistance of Egyptian wheat germplasm to Z. tritici, to identify cultivars with high levels of resistance and characterise the mechanism(s) of resistance present in these cultivars. Results: Eighteen Egyptian wheat cultivars were screened against two Z. tritici model isolates and exhibited a wide spectrum of responses. This ranged from resistance to complete susceptibility to one or both isolates tested. The most highly resistant cultivars from the initial screen were then tested under two environmental conditions against modern UK field isolates. Disease levels under UK-like conditions were higher, however, symptom development on the cultivar Gemmeiza-12 was noticeably slower than on other Egyptian wheats. The robustness of the resistance shown by Gemmeiza-12 was confirmed in experiments mimicking Egyptian environmental conditions, where degree of Z. tritici infection was lower. The Kompetitive allele-specific PCR (KASP) diagnostic assay suggested the presence of an Stb6 resistant allele in several Egyptian wheats including Gemmeiza-12. Infection assays using the IPO323 WT and IPO323ΔAvrStb6 mutant confirmed the presence of Stb6 in several Egyptian cultivars including Gemmeiza-12. Confocal fluorescence microscopy demonstrated that growth of the IPO323 strain is blocked at the point of stomatal penetration on Gemmeiza-12, consistent with previous reports of Stb gene mediated resistance. In addition to this R-gene mediated resistance, IPO323 spores showed lower adherence to leaves of Gemmeiza-12 compared to UK wheat varieties, suggesting other aspects of leaf physiology may also contribute to the resistance phenotype of this cultivar. Conclusion: These results indicate that Gemmeiza-12 will be useful in future breeding programs where improved resistance to Z. tritici is a priority

Antiretroviral therapy, CD4, viral load, and disease stage in HIV patients in Saudi Arabia: a 2001–2013 cross-sectional study

Introduction: The incidence of HIV/AIDS is increasing worldwide and in the Middle East. In this study, we analyzed the use of antiretroviral therapy (ART), the patterns of CD4 and viral load (VL), and stage of presentation. Methodology: Laboratory variables, ART use, and CD4 count were obtained and analyzed retrospectively. Results: A total of 997 cases from eight HIV/AIDS care providers were included. Of the total cases, 274 (28.3%) had a CD4 count of 5 log10. Of the total cases, 50% were on highly active antiretroviral therapy (HAART), and the majority of cases were asymptomatic (70%). Of those patients on ART, 247 (39.5%) took tenofovir/emtricitabine combined with either efavirenz (147; 14.7%) or lopinavir/ritonavir (100; 10%), and 158 (15.8%) were on lamivudine and zidovudine with either efavirenz (32; 3.2%) or lopinavir/ritonavir (126; 12.6%). Other combinations were used in 70 (7%) patients. The mean (± standard deviation) of baseline CD4 and viral load were 401 cells/mm3 (322 cells/mm3) and 4.6 log1010 (1.3 log10), respectively. At diagnosis, 72% of patients were asymptomatic; 50% had AIDS and 20% had CD4 count < 350. Conclusions: ART use was in line with international guidelines, but the number of patients receiving ART was lower than expected. Large proportions of cases presented late with AIDS at diagnosis or had CD4 < 350. Further data is needed to evaluate the medical care of patients with HIV/AIDS in the Kingdom of Saudi Arabia

Design and Validation of New Data Acquisition System for Isolated Muscle Experiments: Application to Pharmacology Teaching and Research: Submitted: Jan 18, 2018 Accepted: Jan 30, 2018 Published online: Feb 7, 2018

In this paper we describe a new data acquisition (DAQ) system for pharmacology experiments involving isolated muscle contraction. The system is composed of hardware acquisition unit and computer software for analysis of signals representing muscle contractions. As compared to mechanoelectrical DAQ systems of other constructions, the advantages of the new system include a high sensitivity (in the order of 1 µN), a wide range of forces recorded (1 µN to 100 mN), linearity throughout the whole range, easy assembly, low costs, long-term calibration stability, good dynamic characteristics and full control graphical interface. The device can be readily adjusted to actual experimental conditions and a variety of muscle preparations. Experimental validation of our DAQ inside the Clinical Pharmacology Department at Mansoura University Faculty of Medicine showed that it can record contractions of isolated muscle preparations with good precision and accuracy. Accordingly, the DAQ system design presented herein with its dedicated software is largely suitable for isolated muscle experiments in both teaching and research in biomedical fields

Gazaleṉ

翻

Understanding Islam: Development, Economics and Finance

In this paper, the foundational rules governing human, economic and financial development in Islam, as understood from the Quran and from the life and traditions of the Prophet Muhammad (pbuh), are summarized. These rules pave the path to development as the basis of institutional structure, which in turn, underpin the path of economic and social progress. The essential elements in the life of a Muslim—the unity of creation, freedom and freedom of choice, economic and human development, economic system and financial practice—are developed