• Evaluation of the effects of one versus four weeks reactivation of elastomeric chain on tooth movement and supporting structures : An experimental study 

  Darwish, Mahmoud Mohsen Fahmi; Mostafa, Yehya A. ; supervisor; El-Sharaby, Fouad A. ; supervisor (future university, 2019)

  This experimental study was performed to compare between the effect of one week versus four weeks reactivation intervals of the elastomeric chain on the rate of tooth movement and the supporting structures. It was a ...
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  EVALUATION OF MANDIBULAR MINI IMPLANTS IN CONJUNCTION WITH CLASS II ELASTICS TO PREVENT THE PROCLINATION OF LOWER INCISORS A RANDOMIZED CONTROL TRIAL 

  Mabrouk, Mohamed Ali ; author; El-Mangoury, Nagwa Helmy ; supervisor; El Dakroury, Amr Emad ; supervisor; El Dawlatly, Mostafa M. ; supervisor (future university, 2020)

  • Introduction: Flaring of lower incisors and other undesirable consequences results from the use of class II elastics during orthodontic treatment. The purpose of this study was to attempt to limit the adverse effects of ...
• Prevalence of Obstructive Sleep Apnea in orthodontic adult patients with different skeletal classes using STOP-BANG Questionnaire Questionnaire study 

  Zekry, Hany Mohamed Alaa Eldin ; author; Selim, Essam Mohamed Nassef ; supervisor; EL-Sharaby, Fouad Aly ; supervisor (future university, 2020)

  Obstructive sleep apnea is the most common type of sleep apnea. In most cases of obstructive sleep apnea, air stops flowing to the lungs because of a blockage in the upper airway. Symptoms of OSA may include daytime fatigue, ...
• smart home: Energy management system 

  Mostafa, Karim Khaled; Adel, Mohamed; Sayed, Abdelrahman; El Sayed, Mohamed Abdo; Barakat, Hossam (Future University in Egypt Faculty of Computer and Information Technology, 2020)
• Multi-Objective Particle Swarm for Optimal Load Shedding Remedy Strategies of Power System 

  Hafez, Ahmed A.; Hatata, Ahmed Y.; Abdelaziz, Almoataz Y. (Taylor & Francis & Information UK Limited, trading as Taylor & Francis Group, 2019-10-13)

  Load shedding is an emergency strategy that mitigates substantial mismatch between the generation and the loads. It generally sustains system stability during/after severe disturbances. This article proposes robust, ...

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