Abdel Raouf, W., Merghany, S. (2017). Treatment of Gauze Fabrics with Chitosan Nano Particles for Use in Medical Fields. International Design Journal, 7(3), 57-63. doi: 10.12816/0044123
Wesam Osama Abdel Raouf; Samir Ahmed Merghany. "Treatment of Gauze Fabrics with Chitosan Nano Particles for Use in Medical Fields". International Design Journal, 7, 3, 2017, 57-63. doi: 10.12816/0044123
Abdel Raouf, W., Merghany, S. (2017). 'Treatment of Gauze Fabrics with Chitosan Nano Particles for Use in Medical Fields', International Design Journal, 7(3), pp. 57-63. doi: 10.12816/0044123
Abdel Raouf, W., Merghany, S. Treatment of Gauze Fabrics with Chitosan Nano Particles for Use in Medical Fields. International Design Journal, 2017; 7(3): 57-63. doi: 10.12816/0044123
Treatment of Gauze Fabrics with Chitosan Nano Particles for Use in Medical Fields
The main objective was studying the effect of chitosan nano particles on some performance properties for the medical gauze and specify the best types of nano chitosan material which can be used to improve performance properties and improve inhibition zone bacteria for the medical gauze thick for gram positive bacteria, which included Staphylo coccus aureus – Bacillus aureus – Listeria monocytogenes and gram negative bacteria, which included Escherichia Coli – Acenitobacter SPP – Klebsiella SPP. In This study the medical gauze thick were choices as the following: 100% cotton. Parameters such as: weight per square meter - the water absorption time . Three different concentration of nano chitosan : (2.5- 5-10 ml/ Litre), were used to study the effect of it on the performance properties and improve inhibition zone bacteria for the medical gauze thick under investigation. Research Significance: - Study the possibility of the application of nano chitosan on the medical gauze thick. - the use of Three different concentration of nano chitosan : (2.5- 5-10 ml/ Litre), maintain the properties of the performance of the medical gauze thick and improve inhibition zone bacteria for the medical gauze thick for gram positive bacteria, which included Staphylo coccus aureus – Bacillus aureus – Listeria monocytogenes and gram negative bacteria, which included Escherichia Coli – Acenitobacter SPP – Klebsiella SPP . Research problem: Study the effect of the use of nano chitosan particles on the performance properties for the medical gauze thick to maintain these properties and maintain improve inhibition zone bacteria for the medical gauze thick for gram positive bacteria and gram negative bacteria. Research hypotheses: there are significant differences between the medical gauze thick and the type of concentration used for nano chitosan on inhibition zone bacteria - there are significant differences between the concentrate of nano chitosan used for the medical gauze thick and performance properties for carpet and rugs. Statistical analysis: Data were statistically analyzed according to testing L.S.D
Results and discussion: - Results showed an improve of inhibition zone bacteria for the medical gauze thick for gram postive bacteria, which included Staphylo coccus aureus – Bacillus aureus – Listeria monocytogenes and gram negtive bacteria, which included Escherichia Coli – Acenitobacter SPP – Klebsiella SPP . The best results for the use of 10 ml/ Litre improve the properties of the performance of the medical gauze thick and improve inhibition zone bacteria for the medical gauze thick for gram positive bacteria, which included Staphylo coccus aureus – Bacillus aureus – Listeria monocytogenes and gram negative bacteria, which included Escherichia Coli – Acenitobacter SPP – Klebsiella SPP.
2.الرحمة, عبد الله ناصر" أسیاسات علم الفطریات جامعة الملک سعود – الریاض – 2005م.
3.إیمان رافت سعد السید (2012 ) " معاییر تولیف أنواع مختلفة من الجلود الطبیعیة والصناعیة للوصول إلی قیم وظیفیة جدیدة فی تصمیم الملابس"- رسالة دکتوراه – کلیة الفنون التطبیقیة – جامعة حلوان.
4.جلال مصطفی الصیاد, محمد الدسوقی حبیب (1998) "مقدمة فی للطرق الإحصائیة "– دار حافظ للنشر والتوزیع.
5.رحاب محمد على – عواطف بهیج محمد – محمد عبدالمنعم رمضان (2015) معالجه أقمشة الشاش بالکیتوزان المحمل بجسیمات الفضة النانومیتریه للاستخدام فى المجال الطبى . مجلة التصمیم الدولیة – مجلد (2) عدد (5) الصفحات 351-360
6.العشماوى سالى أحمد أحمد (2016) تکنولوجیا النانو فى تحسین الأداء الوظیفى للملابس الداخلیة للریاضیین . مجلة التصمیم الدولیة – مجلد (2) العدد (6) –الصفحات 163- 172.
7.عبدالله – مروه عاطف على (2005) تحقیق أفضل المعاییر القیاسیة لانتاج الحفاضات بما یلائم أدائها الوظیفى . رسالة ماجیستیر – کلیة الفنون التطبیقیة – جامعة حلوان.
8.علی, إیمان محمد "تحسین خواص الضمادات الجراحیة لتفی بغرض الأداء الوظیفی للإستخدام النهائی" رسالة ماجستیر کلیة الفنون التطبیقیة – جامعة حلوان, 2003م
9.مبارک محمد الصاوی محمد وأخرون "عالم البکتیریا – دار الکتب" القاهرة, 2005م.
14.Chen C.Y. Li Chiang C., (2008) preparation of cotton fibers with anti bacterial Silver nono particles materials Letters, 62, 3607- 3609.
15.Felcher, E.M. (2008). The consumer product safety commission and nano technology.
16.Thilagavathi,G. S. Viju(2016) Antimicrobials for protective clothingAntimicrobial Textiles A volume in Woodhead Publishing Series in Textiles 2016, Pages 305–317
18.I.R. Hardin, Y. Kim(2016) Nanotechnology for antimicrobial textiles Antimicrobial Textiles A volume in Woodhead Publishing Series in Textiles, Pages 87–97.
20.Jia,J. Duan, Y.Y., Wang, S.H., Zhang, S.F.and Wang, Z.Y. (2007), Preparation. And characterization of Anti bacterial Silver Containing Nano fibers for wound Dressing Applications. J. US- China Med. Sci – 4, 52- 54.
21.LairdK. , K. Riley (2016) Antimicrobial textiles for medicalenvironments. A volume in Woodhead Publishing Series in Textiles, Pages 249–262.
22.Patra Maha S.S., and N. Karak, (2008). Silver nano Particle in hyper branched poly amine, Synthesis, characterization and anti bacterial activity, Mater. Chem , phys . 112, 1114- 1119.
23.Mohamed E.I. Badawy, Entsar I. Rabea, (2012). “characterization and anti microbial activity of weter – Soluble . N- (4- carboxy /butyroyl) chitosans against Some plant pathogenic bacteria and fungi’ car bohyd rate polymer s, volmme 87, Issue 1,4 250 – 256. January.
24.Orthue, P.O., Momoh A.R.M, (2012); The anti biogram Types of staphylo Coccus aureus Isolated from nasal Carriers from irrua Specialist Teaching hospital, Edostate.
25.Park C.g.,S.G.Clark and C.A.Liichten steiger,(2009) Accelerated wound closure of pressure ulcers in aged mice by chitosan Scaffolds with or without bf GF, Acta Bio materialia,5,1926-1936.
28.Sundarrajan S. S. Ramakrishna (2013) The use of nanomaterials in smart protective clothing . Smart Textiles for ProtectionA volume in Woodhead Publishing Series in Textiles, Pages 127–147
30.Sanyakamdhorn, S. (2013). Encapsulation of Antitumor Drug Doxorubic in and its Ana Logue by chitosan nano particles. Bio macro molecules 14 (2) 557 – 563.
31.Hui X. , H. Zhu, G. Sun (2016) Antimicrobial textiles for treating skin infections and atopic dermatitisAntimicrobial TextilesA volume in Woodhead Publishing Series in Textiles, Pages 287–303
32.Xux. L. X.P. Zhuang and B.W. Cheng, et al, (2010). Manufature and properties of cellulose/O-hydroxy ethyle chitosan blend fibers, carbohydr, polym. 81,541 – 544.
33.Youbo Dil, Qing Shan LiL, Xupin Zhuang, P.H.D., (2012). Antibacterial finishing of Tencel / Cotton nano woven Fabric using Ay nano Particels – chitosan Composite Journal of Engineered fibers and fabrics, volume 7, Issue 2.
View on SCiNiTO
Top