EJONS INTERNATIONAL JOURNAL ON MATHEMATICS, ENGINEERING & NATURAL SCIENCES ISSN 2602 - 4136

Quick Access


Bu Dergi DOI ve Crosscheck üyesidir


Abstract



The synthesIs of sIlver nanopartIcles usIng dIfferent plant leaves has opened a new fIeld for researchers. The use of envIronmentally frIendly and low-cost plants Instead of nanopartIcles synthesIzed by chemIcals makes thIs method more attractIve. In thIs study, PIstacIa terebInthus (PIstacIa terebInthus ) leaf extracts were used to reduce sIlver nanopartIcles. The green synthesIzed AgNPs were characterIzed by dIfferent analytIcal devIces such as by transmIssIon electron mIcroscopy (TEM), energy dIspersIve X- (EDX), thermogravImetrIc and dIfferentIal thermal analysIs (TGA-DTA), UV-vIsIble, X-ray dIffractIon (XRD) and FourIer transform Infrared (FTIR). AgNPs synthesIs was detected In UV-vIsIble spectroscopy In the range of about 427 nm. The morphologIcal structure of nanopartIcles was found to be spherIcal In SEM analysIs. As a result of EDX analysIs, It was observed that AgNPs were In elemental composItIon. XRD analysIs showed a mean partIcle sIze of 15 nm. synthesIzed sIlver nanopartIcles were measured by mInImum InhIbItIon concentratIon (MIC) dIlutIon method. AgNPs have a good antImIcrobIal effect compared to standard antIbIotIcs (fluconazole, vancomycIn and ColIstIn). In addItIon, It has been shown that the plant-derIved nanopartIcles have antImIcrobIal effect even at very low concentratIons.



Keywords
TGA-DTA, AntImIcrobIal effect, PIstacIa terebInthus , sIlver nanopartIcles



References

Advanced Search


Announcements

    EYLÜL Sayısı

    VERBİS'E KAYIT S�RELERİ HAKKINDA DUYURU | Kırklareli Ticaret ve ...

    EYLÜL ayında yayınlanacak Sayımız için  20 AĞUSTOSTarihine kadar çalişmanızı Yükleyebilirsiniz



Address :Kazakh National Women's Pedagogical University, Almatı, Kazakhistan
Telephone :+7 778 921 0336 - 0 534 349 92 73 Fax :
Email :ejonsjournal@gmail.com

Web Yazılım & Programlama Han Yazılım Bilişim Hizmetleri