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Web Article
Ahmed, N. H. S., G. R. Saad, and M. M. Naoum, "Effect of lateral bromo substituent on the phase behavior of four-ring azo/ester/azo liquid crystalline materials", https://www.tandfonline.com/loi/tlct20, 2019.
Rashwan, S. S., A. H. Irahim, T. W. Abou-Arab, M. A. Nemitallah, and M. A. Habib, Experimental study of atmospheric partially premixed oxy-combustion flames anchored over a perforated plate burner, , 2017.
N.A.El-Dib, "House Dust Mite, What might a mite do", www.eolss.net/EOLSS.TOC.pdf.ENCYCLOPEDIA OF LIFE SUPPORT SYSTEMS. UNISCO, 2007.
Nabil, R., "Khayri Shalabi’s Rehālāt al-Torshagi al-Halwagi fi al-Zamān: A Decolonial Reading", Academia Letters, 2021. Abstract

A decolonial reading presupposes provincializing the Eurocentric modernity/coloniality, which evaluates non-European cultural traditions exclusively in light of the European model, and from within the European tradition, instead of perceiving these traditions from the outside, and from an external position. As a result, non-European cultures are recognized and framed as subordinate not for being unfamiliarly different to their Western counterpart, but for being a deformed aberration to the universalized monolithic norm. Under such coloniality of imagination, the particular complexities of the non-European imaginaire are devalued by the rhetoric of modernity. A decolonial reading of Khayri Shalabi’s imaginary travelogue Rehālāt al- Torshagi al-Halwagi fi al-Zamān (1983) embarks from exploring the poetics of deconstruct- ing “the colonization of the imagination” (Quijano 23). The paper examines the revalidation of the local cultural heritage, and the restitution of narrative traditions as manifestations of alterity to modernity.

Full paper: https://doi.org/10.20935/AL4510

Abdelsalam, A., Z. Abou-Moussa, N.Rashed, B. M. Badawy, H. A. Amer, W. Osman, M. M. El-Ashmawy, and N. Abdallah, Pion emission in α-particle interactions with various targets of nuclear emulsion detector , , 2015.
Taha, A. A., A. E. Noman, T. A. Mahboub, and A. A. Zaki, "Pre-operative predictive estimation of abdominal flap volume for breast reconstruction using ultrasound and an anthropometric method", European Journal of Plastic Surgery, 2018.
Abdel Mawella, S. M., H. A. Hussein, F. Zyada, A. Abdelaal, D. R. Ayoub, and A. Naguy, "Psychoendocrinology: arginine vasopressin and resilience in patients with major depressive disorder.", CNS spectrums, 2021. Abstract

BACKGROUND: There is a burgeoning body of evidence suggesting that arginine vasopressin (AVP) acts as a neuromodulator of the stress response. AVP stimulates the release of adrenocorticotropic hormone, synergistic to corticotropin-releasing hormone, which might explain AVP's role in resilience. Personal hardiness is the bedrock of resilience. Numerous studies have demonstrated elevated plasma levels of AVP in patients with major depressive disorder (MDD), suggesting an etiopathogenetic role as well as a novel therapeutic target.

OBJECTIVE: The aim of this study was to examine the relationship between AVP and resilience in patients with MDD and to determine AVP levels in serum of patients with MDD.

METHODS: Forty patients with MDD and 40 healthy control subjects were studied using the Dispositional Resilience (Hardiness) Scale by Barton, the Quality of Life Scale, the Social Readjustment Rating Scale, and the Beck Depression Inventory. Biochemical analysis of plasma levels of AVP, using the enzyme-linked immunosorbent assay (ELISA), was performed for all participants.

RESULTS: Levels of AVP were statistically significantly elevated in patients with MDD compared with healthy controls. Psychological hardiness was decreased in patients with MDD compared with healthy controls, a finding also statistically significant. There was a negative correlation between plasma AVP level and psychological hardiness.

CONCLUSION: AVP and psychological hardiness are negatively correlated, reflecting lower stress resilience. AVP levels are indeed higher in patients struggling with MDD.

Habib, M. A., S. S. Rashwan, M. A. Nemitallah, and A. Abdelhafez, Stability maps of non-premixed methane flames in different oxidizing environments of a gas turbine model combustor, , 2017.
Gamal, A. M., A. M. H. Ibrahim, E. S. Mahdi, F. E. Mahallawy, A. Abdelhafez, M. A. Nemitallah, S. S. Rashwan, and M. A. Habib, "Structure and Lean Extinction of Premixed Flames Stabilized on Conductive Perforated Plates", Structure and Lean Extinction of Premixed Flames Stabilized on Conductive Perforated Plates, 2017.
Wageih, H., A. M.Maged, M. N.Mohsen, A. Elhalwagy, Hoda Abdelaal, M. Almohamady, and A. A. Abdellatif, Subcuticular interrupted versus continuous skin suturing in electiv ceseran section in obese wmen : a randomized controlled trail, , 2018.
Unpublished
Thesis
Nesma, Ramadan, A., A. E. R. Ramadan, A. R. Zahran, and M. M. Gadallah, Determinants of Family Budget Allocation: A Fractional Multinomial Logit Model, , Giza, Cairo University, 2016.
Mamoud, A. M., S. S. Mona, M. G. Khaled, and M. H. Nermine, Evaluation and follow up of the level of true and Pseudo Choline Esterase in workers exposed to pesticides., , Cairo, Cairo, 1997.
doss, L., N. Gouda, H. Nassar, and M. elayashy, Surgical transversus abdominis plane (TAP) block for pain relief in children undergoing splenectomy , , Cairo, Cairo University, 2014.
Nassar, A., K. Karam, A. El-Sayed, R. Ibrahim, G. Zayed, and S. Eltamimi, 2G & 3G Consistency Check Tool (SPOT), , Giza, Cairo University, 2013. Abstract

SPOT is a network optimization tool that performs Consistency Checks for both 2G and 3G Communication systems in mobile operators providing the ability to expand and work on new technologies such as the LTE based 4G system. The network optimization tool SPOT is done in cooperation with Vodafone Egypt, it aims at providing an automated tool that keeps hundreds of thousands of parameters under control all the time saving tons of precious working hours, saving manpower, and helping engineers to automatically keep track of the network at any time. It can also operate offline which makes it easy to be used anywhere. Having this tool in hands, engineers will no longer have to go through the long process of checks to conclude the network status in any area to get the defects, "SPOT" does this whole job in a few seconds and provides a simple way to store the results on the personal computer or even share them via e-mail. The tool doesn't just spot the defect and show it to the optimizer, but rather a future update of the tool will send a detailed report to the specialized team after generating the correct script needed to fix the errors in the network providing the ability to send the script through email easily. Apart from keeping track of such a massive amount of parameters, SPOT also performs many of the network optimizers' everyday jobs by providing 4 different relations checks for the 2G system with just a single click, and other 8 different relations mismatches for the 3G system and other fixed and customizable rules to prevent the errors caused by missing cell definitions and eventually improve the handover success rate and reduce the call drop rate, thus improving the GSM and CDMA network quality and the user experience. The tool is to be used by network optimizers in mobile operators on a daily basis, as it helps minimize the everyday repetitive work and keeps the system under control 24/7 spotting the errors anywhere on the system before experiencing a network failure, without the need for the dive testing process that takes time and consumes money. All results can be exported as Excel files to be sent to the proper sub-technology department responsible for taking action. The user-friendly frontend has been coded in java which makes it accessible for all kinds of computers. The tool is totally customizable giving the optimizer the space to check whichever rule he believes could better serve the network besides the built-in default settings. To conclude, simplicity and speed are what define "SPOT".

Nassar, A., K. Karam, A. El-Sayed, R. Ibrahim, G. Zayed, and S. Eltamimi, 2G & 3G Consistency Check Tool (SPOT), , Giza, Cairo University, 2013. Abstract

SPOT is a network optimization tool that performs Consistency Checks for both 2G and 3G Communication systems in mobile operators providing the ability to expand and work on new technologies such as the LTE based 4G system. The network optimization tool SPOT is done in cooperation with Vodafone Egypt, it aims at providing an automated tool that keeps hundreds of thousands of parameters under control all the time saving tons of precious working hours, saving manpower, and helping engineers to automatically keep track of the network at any time. It can also operate offline which makes it easy to be used anywhere. Having this tool in hands, engineers will no longer have to go through the long process of checks to conclude the network status in any area to get the defects, "SPOT" does this whole job in a few seconds and provides a simple way to store the results on the personal computer or even share them via e-mail. The tool doesn't just spot the defect and show it to the optimizer, but rather a future update of the tool will send a detailed report to the specialized team after generating the correct script needed to fix the errors in the network providing the ability to send the script through email easily. Apart from keeping track of such a massive amount of parameters, SPOT also performs many of the network optimizers' everyday jobs by providing 4 different relations checks for the 2G system with just a single click, and other 8 different relations mismatches for the 3G system and other fixed and customizable rules to prevent the errors caused by missing cell definitions and eventually improve the handover success rate and reduce the call drop rate, thus improving the GSM and CDMA network quality and the user experience. The tool is to be used by network optimizers in mobile operators on a daily basis, as it helps minimize the everyday repetitive work and keeps the system under control 24/7 spotting the errors anywhere on the system before experiencing a network failure, without the need for the dive testing process that takes time and consumes money. All results can be exported as Excel files to be sent to the proper sub-technology department responsible for taking action. The user-friendly frontend has been coded in java which makes it accessible for all kinds of computers. The tool is totally customizable giving the optimizer the space to check whichever rule he believes could better serve the network besides the built-in default settings. To conclude, simplicity and speed are what define "SPOT".

Nassar, A., K. Karam, A. El-Sayed, R. Ibrahim, G. Zayed, and S. Eltamimi, 2G & 3G Consistency Check Tool (SPOT), , Giza, Cairo University, 2013. Abstract

SPOT is a network optimization tool that performs Consistency Checks for both 2G and 3G Communication systems in mobile operators providing the ability to expand and work on new technologies such as the LTE based 4G system. The network optimization tool SPOT is done in cooperation with Vodafone Egypt, it aims at providing an automated tool that keeps hundreds of thousands of parameters under control all the time saving tons of precious working hours, saving manpower, and helping engineers to automatically keep track of the network at any time. It can also operate offline which makes it easy to be used anywhere. Having this tool in hands, engineers will no longer have to go through the long process of checks to conclude the network status in any area to get the defects, "SPOT" does this whole job in a few seconds and provides a simple way to store the results on the personal computer or even share them via e-mail. The tool doesn't just spot the defect and show it to the optimizer, but rather a future update of the tool will send a detailed report to the specialized team after generating the correct script needed to fix the errors in the network providing the ability to send the script through email easily. Apart from keeping track of such a massive amount of parameters, SPOT also performs many of the network optimizers' everyday jobs by providing 4 different relations checks for the 2G system with just a single click, and other 8 different relations mismatches for the 3G system and other fixed and customizable rules to prevent the errors caused by missing cell definitions and eventually improve the handover success rate and reduce the call drop rate, thus improving the GSM and CDMA network quality and the user experience. The tool is to be used by network optimizers in mobile operators on a daily basis, as it helps minimize the everyday repetitive work and keeps the system under control 24/7 spotting the errors anywhere on the system before experiencing a network failure, without the need for the dive testing process that takes time and consumes money. All results can be exported as Excel files to be sent to the proper sub-technology department responsible for taking action. The user-friendly frontend has been coded in java which makes it accessible for all kinds of computers. The tool is totally customizable giving the optimizer the space to check whichever rule he believes could better serve the network besides the built-in default settings. To conclude, simplicity and speed are what define "SPOT".

Barrada, O. A., M. H. Nabih, A. M. Khattab, and A. A. Nosseir, 360 Degree Retinopexy in prevention of retinal redetachment after vitrectomy for primary retinal detachment , , Cairo, Cairo University Medical School, 2015.
Nabawy, M. R. A., D. G. M. S. El-Bayoumi, D. M. M. Abdelrahman, and D. M. M. El-Nomrossy, Aerodynamic Shape Optimization of a Morphing Micro Air Vehicle Wing for Roll Control , , cairo, cairo university, 2012. cu-pdf.pdf
Nazih, R., mohy Manal, F. Amani, and shehab Alaa, age and sex identification using fingerprint ridge density among Egyptians, , Cairo, Cairo university, 2014.
Gamea, O. E., T. H. Kasem, M. Abdeen, and M. Nassar, the analysis of stress intensity factor in a plate with different types of cracks using boundary element method, , Giza, Cairo University, 2013.
foraysa talaat, nervana el faoumy, S. Nassef, and A. Abdelalim, arterial stiffness and carotid artery changes in multiple sclerosis, , 2013.
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