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dc.contributor.advisorOULD EL HADJ KHELIL, Amina-
dc.contributor.advisorKHALDI, Z-
dc.contributor.authorBAAMEUR, ANFEL-
dc.contributor.authorZIDI, FATIHA-
dc.date.accessioned2019-11-19T10:33:18Z-
dc.date.available2019-11-19T10:33:18Z-
dc.date.issued2019-
dc.identifier.urihttp://dspace.univ-ouargla.dz/jspui/handle/123456789/22062-
dc.descriptionMicrobiologie appliquéeen_US
dc.description.abstractDiabetic foot infections are a major and growing problem in the world with medical, social and economic. Our goal is to evaluate the prevalence of bacteria involved in its infections and to verify the presence of a relationship between its three bacterial flora and also to test the effectiveness of certain antibiotics on its strains. All the results show thatthe CGP are found in the majority of cases including staphylococci.which is the most common among the three places studied diabetic foot (28.98%), nasal cavity (35.6%), hospital environment (34.79%). For fermentative BGNs, Proteus is the most dominant bacterium in the diabetic foot and nasal cavity (40%), whereas E. coli is the most common in the hospital environment (33%), but non-fermentative BGNs have sparse results in the various locations studied, or that the pseudomonas species accounts for the majority of cases 14.5% in the environment and the similarity of this germ between the nasal cavity and the infected diabetic foot (1.32% and 6.2%). Our S. aureus strain acquires the MRSA resistance pattern, but Streptococci and enterococci isolated from pus are resistant to vancomycin The strain of Pseudomonas aerogenosae isolated from the IPD showed a resistance rate only vis-à-vis the carboxypenicillin family-
dc.description.abstractParmi les complications du diabète les infections du pied diabétique, constituent un problème majeur et croissant dans le monde entrainant des conséquences médicales, sociales et économiques Notre objectif est d’évaluer la prévalence des bactéries impliquées dans ses infections et vérifiée la présence de relation entre ses trois flores bactériennes et aussi de tester l’efficacité de certains antibiotiques sur ses souches. L’ensemble de résultat montrent que les CGP sont retrouvées en majorités des cas notamment les staphylocoques qui est le plus fréquente dans les trois endroits étudiés le pied diabétique (28,98%), la cavité nasale (35,6%) et l’environnement hospitalier (34,79%). Pour les BGN fermentaires, on retrouve Proteus est la bactérie la plus dominante dans le pied diabétique et la cavité nasale (40%), par contre dans l’environnement hospitalier en retrouve E. coli avec (33%), mais les BGN non fermentaire présentent des résultats clairsemés dans les différents endroits étudiés, ou cela l’espèce pseudomonas représente la majorité de cas 14,5% dans l’environnement et la similarité de ce germe entre la cavité nasale et le pied diabétique infectée (1,32% et 6,2%).Notre souche S. aureus acquière le profil de résistance SARM, et les entérocoques isolés du pus résistent à la vancomycine mais les Streptocoques isolés du pus résistent à la plupart des antibiotiques testé La souche de Pseudomonas aerogenosae affichent un taux de résistance seulement vis-à-vis la famille de Carboxypénicillines-
dc.description.abstractDiabetic foot infections are a major and growing problem in the world with medical, social and economic. Our goal is to evaluate the prevalence of bacteria involved in its infections and to verify the presence of a relationship between its three bacterial flora and also to test the effectiveness of certain antibiotics on its strains. All the results show that the CGP are found in the majority of cases including staphylococci. which is the most common among the three places studied diabetic foot (28.98%), nasal cavity (35.6%), hospital environment (34.79%). For fermentative BGNs, Proteus is the most dominant bacterium in the diabetic foot and nasal cavity (40%), whereas E. coli is the most common in the hospital environment (33%), but non- fermentative BGNs have sparse results in the various locations studied, or that the pseudomonas species accounts for the majority of cases 14.5% in the environment and the similarity of this germ between the nasal cavity and the infected diabetic foot (1.32% and 6.2%). Our S. aureus strain acquires the MRSA resistance pattern, but Streptococci and enterococci isolated from pus are resistant to vancomycin The strain of Pseudomonas aerogenosae isolated from the IPD showed a resistance rate only vis-à-vis the carboxypenicillin family-
dc.description.abstractمنبينمضاعفاتمرضيالسكر،تعدالتهاباتالقدمالسكريةمشكلةرئيسيةومتناميةفيالعالملهاعواقبصحيةواجتماعيةواقتصادية. هدفناهوتقييممدىانتشارالبكتيرياالمتسببةفيالالتهابوالتحققمنوجودعلاقةبينالأماكنالبكتيريةالثلاثوكذلكاختبارفعالية بعضالمضاداتالحيويةعلىسلالاتها. تبينمجموعةالنتائجأنهاوجدتفيغالبيةالحالاتبمافيذلكاتالمكورامموجبة الجرCGP،وهيالأكثرشيوعًافيالأماكنالثلاثة التيتمتاستهادرالقدمالمصابةيبالسكر(28.98٪)،تجويفالأنف(35.6٪)،وبيئةالمستشفى(34.79٪.)بالنسبةBGNةالمخمر، نجدأنProteusهيالبكتيرياالأكثرًاانتشارفيالقدمالسكريةوتجويفالأنف(40٪)،وفيبيئةالمستشفى(33٪)،لكنبالنسبةBGN غيرالمخمرلهنتائجمتفرقةفيالمواقعالمختلفةالتيتمتاستهادر،والنوعpseudomonasيمثلغالبيةالحالاتبنسبة14.5٪فيبيئة المستشفىوتتشابهنسبةهذهالجرثومةبينتجويفالأنفوالقدمالمصابةيبالسكر.تكتسبسلالةاتالمكورالعنقوديةالذهبيةالمقاومةللمرض MRSA،ولكناتالمكورالمعويةالمعزولةمنالقيحتقاومالسلالةالمعزولةمنالفانكومايسينمنالـIPDتُظهرمقاومةفقطلعائلة Carboxypenicillin-
dc.language.isofren_US
dc.publisherUNIVERSITE KASDI MERBAH – OUARGLA-
dc.subjectInfectionen_US
dc.subjectPied diabétiqueen_US
dc.subjectCGPen_US
dc.subjectBGNen_US
dc.subjectcavité nasaleen_US
dc.subjectEnvironnement hospitalieren_US
dc.subjectInfectionen_US
dc.subjectantibiorésistanceen_US
dc.subjectHospital environmenten_US
dc.subjectasal cavityen_US
dc.subjectDiabetic foot infectionen_US
dc.subjectbacteriaen_US
dc.subjectالتهابen_US
dc.subjectمقاومةمضاداتالميكروباتen_US
dc.subjectتجويفالأنفen_US
dc.subjectCGPen_US
dc.subjectبكتيرياen_US
dc.titleRelation entre la flore bactérienne des cavités nasales et l’environnement avec l’infection du pied diabétiqueen_US
dc.typeThesisen_US
Appears in Collections:Departement de Biologie - Master

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