Search

The aims of the research Preparing the Zone defense exercises to develop fitness and balance and their impact on the offensive skills of basketball players on wheelchairs, and to learn about the impact of the Zone defense exercises to develop agility and balance and their impact on the offensive skills of basketball players on the wheelchairs, and the experimental curriculum adopted the design of the experimental and control groups, on a sample of players Maysan Governorate Committee on the (12) moving chairs, who are continuing their training for the season (2021-2022), were chosen intentionally from their asset in the comprehensive method by (100%), and then divided into the two groups with an equal number, and after specifying the appropriate tests for the privacy of this The sample, the region's defense exercises were tried for a period from 18/4/2022 to 15/6/2022, and then treatment by (SPSS), The Extracts and applications were that the Zone defense exercises are important and effective to develop agility, balance and offensive skills for basketball players on wheelchairs, and that agility and balance is a major requirement for the success of the attacking skill performance in basketball because they contain movements that require attention and rapid action.

This analytical study aimed at analyzing the democratic values existing in sixth-grade English textbooks in Jordan. The population of the study consisted of all content of sixth-grade EFL textbooks during the scholastic year 2021\2022. The researchers developed a content analysis card consisting of 37 democratic values distributed according to (4) fields: Political Principles, Cultural Rights, Human and Social relations, and Religious Values. The findings revealed that there are 1846 democratic values in the sixth-grade textbooks. The findings also indicated that the political principles are the most frequent value in the content of sixth-grade English textbooks while religious values are the least promoted within the textbooks.

This research aims to clarify the importance of dialogue in calling the people to God Almighty and to elucidate on the correct belief of the interlocutor by using examples from the sunnah and biography of Prophet Muhammad (PBUH), the predecessor of this nation. It also aims to demonstrate the importance of dialogue in the life of the individual, society, and nation in building positive relationships among members of the Muslim community, with other communities, and even with non-Muslims. The research also aims to collect the authentic hadiths related to dialogue in the books on the Prophet’s (PBUH) sunnah regarding the topic of faith, which is the basis of the call to God Almighty and upon which the worship of Muslims is based. This study explains the most important matters that can benefit the discerning preacher regarding the phases after the Prophet’s mission in Makkah and after the Prophet’s migration. The researcher found that the straight prophetic method is what Mulims desperately need today to clarify the word of God to the people. This article also explains the importance of dialogue in the life of a Muslim preacher and society. The dialogue conducted should follow the method of the Prophet (PBUH) by displaying gentleness and kindness besides adopting the easiest ways and means to deliver the call to the faith.

A tobacco chloroplast hypothetical open reading frame 4 (YCF4) has been reported as a non-essential assembly factor for photosynthesis based on an incomplete knockout of YCF4, just 93 of 184 amino acids from the N-terminus were knocked out. On the other hand, we removed the complete sequence of YCF4 from tobacco chloroplasts and observed that ΔYCF4 plants were unable to survive photoautotrophically as their growth was hampered in the absence of an external carbon supply, clearly showing that the YCF4 is essential for photosynthesis. Initially, the aadA gene was introduced into the tobacco plastome replacing the complete YCF4 gene through homologous recombination events. The replacement of YCF4 with aadA was confirmed by PCR and Southern blot analysis in ΔYCF4 plants. Homoplasmic ΔYCF4 plants had a light green phenotype, and the leaves became pale yellow as the plants grew older. The structure of chloroplasts of ΔYCF4 mutants of light green phenotype was studied using a transmission electron microscope (TEM), and the micrographs demonstrated structural anomalies in the chloroplasts; including shape, size, and grana stacking compared to the wild-type plants. Further, transcriptome analysis revealed that the expression of PSI, PSII, and ribosomal genes remained unchanged in ∆YCF4 plants. On the other hand, transcriptome levels of rbcL (Ribulose 1,5-bisphosphate carboxylase/oxygenase large subunit), LHC (Light-Harvesting Complex), and ATP Synthase (atpB and atpL) decreased, indicating that the YCF4 has the function(s) in addition to assembling the photosynthetic complex. This was confirmed by in-silico protein-protein interactions of full-length YCF4 as well as 93 and 91 of 184 amino acids from N- and C-termini of the full-length protein, which revealed that the C-terminus (91 aa) of YCF4 is important in interacting with other chloroplast proteins. These findings provide genetic support for the plastid YCF4 gene’s critical role in regulating the plastid gene expression and assembling the photosynthetic complex.

يمثل الحذف صورة من صور التنوع في بناء الجملة العربية للإرتقاء بها إلى مقامات البلاغة والفصاحة ، ويخضع لشروط ومبادئ يؤدي من خلالها تاركاً آثاراً عميقة في نفس السامع إذ يثبت من خلال توظيفه في النص أنه يعمل على تنشيط ذهن السامع للوقوف على المحذوف ومعرفته ويشد انتباهه على الحدث المراد دون ما سواه فضلاً عما يتركه من أثر كبير في توسيع الدلالة الايحائية للنص ، وتظهر أهمية البحث في اتصاله ببلاغة البيان النبوي الشريف وإبراز خصيصة حذف الاسم فيه وكيف وظف النبي rهذه الخصيصة للوصول إلى أهداف ومعانٍ لا يمكن للذكر أن يصل إليها ؟ فكانت هناك مقدمة موجزة لكل صورة من صور حذف الاسم تبين الخطوط العريضة لهذا الحذف ووظائفه ثم تطبيق ذلك على نماذج من البيان النبوي مبيناً ما فيها من أسرار بلاغية للتأكيد على أن البيان النبوي يتربع على قمة البيان البشري وفق ما وضعه علماء البلاغة من شروط وضوابط لكل خصيصة من هذه الخصائص.

The loss of limb motion arising from damage to the spinal cord is a disability that could effect people while performing their day-to-day activities. The restoration of limb movement would enable people with spinal cord injury to interact with their environment more naturally and this is where a brain-computer interface (BCI) system could be beneficial. The detection of limb movement imagination (MI) could be significant for such a BCI, where the detected MI can guide the computer system. Using MI detection through electroencephalography (EEG), we can recognize the imagination of movement in a user and translate this into a physical movement. In this paper, we utilize pre-trained deep learning (DL) algorithms for the classification of imagined upper limb movements. We use a publicly available EEG dataset with data representing seven classes of limb movements. We compute the spectrograms of the time series EEG signal and use them as an input to the DL model for MI classification. Our novel approach for the classification of upper limb movements using pre-trained DL algorithms and spectrograms has achieved significantly improved results for seven movement classes. When compared with the recently proposed state-of-the-art methods, our algorithm achieved a significant average accuracy of 84.9% for classifying seven movements., Comment: Submitted to ISBI 2023

Additional file 1: Fig. S1. Flow cytometry estimation of the genome size for A. rhodopa female and male. Fig. S2. TE subclass landscapes of two species. Fig. S3. Repeat profiles of the remaining 31 shared TEs between two species. Fig. S4. Low-level piRNA silencing in A.rhodopa ovary. Fig. S5. Correlation analysis of K2P distance of TE with TE abundance and piRNA abundance.

This study was conducted to analyze the efficacy of Polyalthia longifolia branches as an effective biosorbent for elimination of textile dye stuff brilliant yellow. Different operating conditions were tested (adsorbent dose, dye concentration, contact time, pH and temperature) to investigate their relationship with adsorption strength of Polyalthia longifolia and subsequently to eliminate toxic color. The absorbent was also characterized by Fourier Transform Infrared (FTIR). Optimum adsorption was observed at pH 6. Model of kinetic explored the adsorption data showing pseudo 2nd order with high correlation coefficient R2 of 0.996. Langmuir model followed well to equilibrium data relative to Freundlich and Temkin models. Thermodynamic property was also observed, where Gibbs free energy, entropy and enthalpy were analyzed. Through Gibbs free energy it was found that absorbent has endothermic nature. Thermodynamic properties have depicted that adsorption process was natural, endothermic and suitable for treatment of toxic dye.

Aim Medical staffing level may not match the increasing demand to deliver safe and sustainable patient care especially during twilight out-of hours. Our aim is to evaluate Junior Doctors staffing (capacity) against medical admissions (demand) in twilight hours, implement a balance between demand and capacity, and evaluate its impact on the number of medical patients handed over to night on-call team. Method The proposal was presented at Junior Doctor Senate, which was composed of junior doctors and chaired by Director of Medical Education (DME). Baseline data was collected on medical staffing level during twilight hours (5–9 pm) and the number of medical patients still waiting to be seen handed over to night team. The Results were presented at Trust-wide meetings. Invitations were received to present the data to the Trust Directors and Chief Executive. Same set of data was collected after the successful implementation of new twilight shift. Results Data showed almost half (47%) of all medical referrals were received between 4pm and midnight. After the implementation of twilight shift, the average number of medical staffing level increased from 4.3 to 6.6 (p Conclusion Collaborative working between Junior Doctors, DME and Trust executive resulted in identifying gaps in medical staffing during twilight hours. Our work demonstrates that junior doctors are potentially a powerful group of clinical staff, by speaking up and taking active roles they can lead a culture of positive changes in the Trust.

Preserving the cultural identity depends to a large extent on the cultural and creative industries through which it appears thecultures of different societies, the cultural and creative industries embody forms of cultural expressions, regardless of itscommercial value is included in the cultural industries (handicrafts), as it is not a cultural industry in its own right, The preciseconcept has expanded to include industries (creativity), which in turn preserve the cultural identity of societies.

Stress research is a rapidly emerging area in thefield of electroencephalography (EEG) based signal processing.The use of EEG as an objective measure for cost effective andpersonalized stress management becomes important in particularsituations such as the non-availability of mental health facilities.In this study, long-term stress is classified using baseline EEGsignal recordings. The labelling for the stress and control groupsis performed using two methods (i) the perceived stress scalescore and (ii) expert evaluation. The frequency domain featuresare extracted from five-channel EEG recordings in addition tothe frontal and temporal alpha and beta asymmetries. The alphaasymmetry is computed from four channels and used as a feature.Feature selection is also performed using a t-test to identifystatistically significant features for both stress and control groups.We found that support vector machine is best suited to classifylong-term human stress when used with alpha asymmetry asa feature. It is observed that expert evaluation based labellingmethod has improved the classification accuracy up to 85.20%.Based on these results, it is concluded that alpha asymmetry maybe used as a potential bio-marker for stress classification, when labels are assigned using expert evaluation., Comment: Submitted to IEEE JBHI

In a recent study by Cole et al. [A. L. Cole et al., Phys. Rev. C 86 (2012) 015809], it was concluded that quasi-particle random phase approximation (QRPA) calculations show larger deviations and overestimate the total experimental Gamow-Teller (GT) strength. It was also concluded that QRPA calculated electron capture rates exhibit larger deviation than those derived from the measured GT strength distributions. The main purpose of this study is to probe the findings of the Cole et al. paper. This study gives useful information on the performance of QRPA-based nuclear models. As per simulation results, the capturing of electrons that occur on medium heavy isotopes have a significant role in decreasing the ratio of electron-to-baryon content of the stellar interior during the late stages of core evolution. We report the calculation of allowed charge-changing transitions strength for odd-A fp-shell nuclei (Sc-45 and Mn-55) by employing the deformed pn-QRPA approach. The computed GT transition strength is compared with previous theoretical calculations and measured data. For stellar applications, the corresponding electron capture rates are computed and compared with rates using previously calculated and measured GT values. Our finding shows that our calculated results are in decent accordance with measured data. At higher stellar temperature, our calculated electron capture rates are larger than those calculated by independent particle model (IPM) and shell model. It was further concluded that at low temperature and high density regions, the positron emission weak-rates from Sc-45 and Mn-55 may be neglected in simulation codes.

Publication in the conference proceedings of EUSIPCO, Glasgow, Scotland, 2009