Publications

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Book
M.Omara, A.Badr, and E.Nabil, Immunoinformatics: A New Technique for MHC Class-II Epitope Prediction, , Cairo, LAP LAMBERT Academic Publishing, 2015. Abstract

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Mansour, W. Y., Impact of single strand annealing on DNA repair in mammalian cells, , Hamburg, Suedwestdeutscher Verlag fuer Hochschulschriften, 2010.
Moussa, S. A., and G. M. Fahmy, Impacts of the gall-forming insect Oecocecis guyonella on a halophyte, , Saarbrücken, Germany ., Noor-publishing , 2017.
Hussein, A., N. S. Ali, and W. Y. Mohamed, implantable cardiac devices: critical care nurses' knowledge and practices, , Saarbrucken, Deutschland/Germany, LAP LAMBERT Academic Publishing, 2014. ali_book.pdf
M.H.Sayyouh, Improved Oil Recovery Methods, , Cairo, Energy Research Center, Faculty of Engineering, Cairo University, 1986.
Mohamed, N. E., Influence of foot progression angle on pressure distribution, , Germany, LAP Lambert Academic Publishing, 2015. 978-3-659-78683-9.pdf
nag, D. E. E., D. F. A. Azeem, D. G. E. Menyawy, and D. F. M. A. Aty, Introduction to Physical Therapy in Paediatrics” (Book), , Submitted.
Mehanna, G., La Poésie de la Résistance, , Saarbrucken)Allemagne, Editions Universitaires Européennes, 2016.
Mahmoud, M. S., M. F. Hassan, M. F. Hassan, and M. G. Darwish, Large-scale control systems: theories and techniques, : M. Dekker, 1985. Abstract
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Mehanna, G., Le Conte et l'enfant, , Le Caire, Dar al -Taqafa al -Gadida, 1989.
Machhour, H., Le Coran et la vie des signes, , 2018.
M, E. A. M., and A. G. C., Lead-Zinc Deposits Along the Red Sea Coast of Egypt. New Observations and Genetic Models on the Occurrences of Um Gheig,Wizr, Essel and Zug El Bohar., , Berlin-Stuttgart,No. 21,, Monograph Series on Mineral Deposits, Gabruder Borntrager, , 1983.
Stott, D., Legal {Research}, , London, Cavendish Publishing Limited, 1993. Abstract

-importamce of legal research skills, esp using computers is rising
- points to generic categories of LEGAL ISSUES

par Machhour, T. H., Les Arabes face à l'agression. Texte de Tarek El Bechri, , Le Liban, Albouraq, 2009.
Mehanna, G., Les Nouvelles Tendances de l'écriture, : Actes du colloque de l'AEPF, 2019.
Metwalli, S. M., Machine Design with CAD and Optimization, : John Wiley & Sons, 2021.
Essa, K. S., K. H. Mahmoud, and Y. - H. Chemin, Magnetosphere and Solar Winds, Humans and Communication, , London, InTechOpen, 2022.
Mogoda, A. S., main component of solar cells, , Germany, Lap-publishing.com, 2021.
Hayward, R., and S. McGlynn, Making {Better} {Places} - {Urban} {Design} {Now}, , Oxford, Butterworth Architecture, 1993. Abstract
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Awad, G. A. S. a, N. D. a Mortada, A. O. a Kamel, and A. H. b Elshafeey, "Marine derived polysaccharides as drug delivery systems", Polysaccharides: Development, Properties and Applications, pp. 17-62, 2010. AbstractWebsite

In this chapter three marine polysaccharides have been reviewed: chitosan, alginate and carrageenan. Their origins, structures, blending with each other and with other polymers and structure modifications were discussed, with special emphasis on their applications in various pharmaceutical fields, biotechnology, tissue engineering and gene delivery if ever used. © 2010 by Nova Science Publishers, Inc. All rights reserved.

Holding, H., and C. Martin, Mastering {Microsoft} {Office} - {Updated} for {Office} 2000, , 2nd, Basingstoke, Palgrave, 2001. Abstract
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Moussa, T. A. A., G. M. Ahmed, and S. M. S. Abdel-Hamid, "Mathematical model for biomass yield and biosurfactant production by Nocardia amarae", New Aspects of Fluid Mechanics, Heat Transfer and Environment, pp. 27-33, 2010. AbstractWebsite

The value of maximum specific growth rate (mu(max) = 0.0177 h(-1)), the maximum growth value (X(max)= 1.82 g l(-1)) The initial biomass concentration was calculated (X(o) = 0.0285 g l(-1)), the maintenance coefficient (K(c) = 0.245 g g(-1)h(-1)), the biomass yield (Y(X/S) = 0.039 g g(-1)) and the product yield (Y(P/S) = 0.0828 g g(-1)) were calculated from the model. The presented model provided a satisfactory representation of the biomass growth; biosurfactant production. The average error of biomass growth and biosurfactant production were 10.2 and 5.7%; respectively. The present model gave a satisfactory representation of the biomass growth; whereas the average percentage error in biosurfactant production through the fermentation process was 5.74% and in microorganism concentration was 10.172%.