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您的检索式：作者名="WESAMELDIN SABER"
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| 1 | Secondary antiviral metabolites from fungi with special reference to coronaviruses显示文摘Profound inspection of the life forms on the earth teaches how to be the complexity of interrelationships among the various systems.Because of the emergence of novel viruses all the time and the inadequate of vaccines and antivirals,viral contagions are amongst the most causative diseases affecting people worldwide.Fungi exemplify a massive source of bioactive molecules as,many fungal secondary metabolities like Oxoglyantrypine,Carneic acid F,Scedapin C,Asteltoxin E,Phomanolide,Norquinadoline A and Quinadoline B have antiviral activity.This review deals with how secondary metabolites of fungi can help in the war against viruses in general and especially Coronaviruses moreover several pieces of literature pointed out that many clusters of fungi in different biotopes are waiting to be exploited. | MOHAMED SALEM MOHAMMAD EL-METWALLY WESAMELDIN SABER SALLY NEGM ATTALLA EL-KOTT YASSER MAZROUA ABEER MAKHLOUF MAHMOUD MOUSTAFA | 2022 | BIOCELL2022，46，8： | 0 |
| 2 | Fungal assembly of L-asparaginase using solid-state fermentation:a review显示文摘Because of its antitumor therapeutic-activity,as well as its application in food industries to improve the quality,L-asparaginase has attracted considerable attention from several investigators.In recent years,fungi have occupied advanced rank among microorganisms in the production process of the enzyme.This review is spotting the light on the advantages of fungal enzyme and its applications in the food industry and medications.The solid-state fermentation was discussed as the wide alternative and most accepted biosynthesis technique.However,some lights were also spotted to the statistical experimental design of the fermentation process,mainly on the methodology of the response surface for L-asparaginase biosynthesis by fungi.Finally,the immobilization of the enzyme and the features of the widely used solid substrates for the maximization of the production process were explored. | SALLY NASER WESAMELDIN SABER MOHAMMAD EL-METWALLY MAHMOUD MOUSTAFA ATTALLA EL-KOTT | 2020 | BIOCELL2020，44，2： | 0 |
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