Study days/ الأيــــــــــــام الدراسية
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Item Peut-on accélérer et optimiser le mouvement dentaire en Orthodontie?(Université Salah BOUBNIDER Constantine 3 Faculté De Médecine, 2020) BAHCHACHI, Mouna; BENOUDINA, Mohamed El Amine; BOULMERKA, Ouissem; DJEZZAR, Fareh; DIF, Ahmed Mounir; FILALI, Nesrine; HOUAMEL Rayene, Rayene; KHEIREDDINE, Oussama; Encadré par : Pr. DJEGHRI, H.Item Enquête épidémiologique sur la prévalence des maladies parodontales chez la population obese saine(UNIVERSITE DE CONSTANTINE 3 SALEH BOUBNIDER FACULTE DE MEDECINE, 2020) Benghersallah, Imen Loubna; Boulafrakh, Mohamed; Choualeb, Youcef Islem; Dakhil, Bouchra; Daoudi, Rahma; Frifet, Mohamed Akram; Gaouas, Halima; Guemini, Manal; Hamdi, Omar; Mazouz, Ahmed Chawki; Zahaf, Mahdi; Encadré par Pr NEZZAL, M.Item Perception de l’hépatite Virale B et de sa prévention par le personnel de santé buccodentaire à Constantine en 2020(Université Constantine 3 Saleh Boubnider Faculté de Médecine, 2020) Kaba, Meriem; Souki, Ines; Boulahia, Ratiba; Belhoula, Karima; Djaberlkhir, Hidaya; Mellah, Aya; Charaoui, Yousra; Belhadj, moustfa Naoufe; Bahr, Sarra; Boustila, Soufia; Bensid, Kenza; Bouhalata, Leila; Souko, Aya; Cheib, Sarra; Zeggari, Djahida; Encadré par : Pr. Lemdaoui, M.C.Item Les immunosuppresseurs chez le transplanté rénal : Effets secondaires sur la cavité orale Etude transversale descriptive réalisée à l’ehs d’Uronéphrologie Daksi Constantine 2019-2020(Université de Constantine Salah Boubnider 3 Faculté de médecine, 2020) Belgherbi, Rekia; Benbila, Faiza; Ben Ralia, Soria.; Besta, Rania; Bilami, Khadidja; Bouab, Abir; Bourouis, Somia; Chaib, Fadwa; Kherbache, Bochra; Kimouche, Samah; Mahrouk, Rokia; Medjdoub, Amel; Zaimeche, Hiba.; Zanouda, Fatima zahra; Présidente :PrAIDOUD, S.Item Productiondebioéthanoletdecompostà partir dematière organique(2025-06) KERMANI, Lina; KHARRAB, Lyna; LARIBI Lina, Lina; Mr.MEROUANISliman, SlimanThis work aims to valorize Algerian red beetroot as a biomass source for the production of bioethanol through alcoholic fermentation using Saccharomyces cerevisiae. The study focused on two key process parameters: the effect of acid hydrolysis of the substrate and the initial concentration of fermentable sugars, with the goal of optimizing ethanol yield. In parallel, the solid residues resulting from the fermentation were recovered and treated through aerobic composting, as part of an integrated valorization approach. The resulting compost was characterized by physico-chemical analyses (pH, moisture, C/N ratio) to assess its stability and maturity. Experimental results showed that acid hydrolysis significantly improves sugar conversion into ethanol, and that the initial sugar concentration strongly influences fermentation efficiency. This approach demonstrates the feasibility of a coupled bioethanol/compost process on a small scale, aligned with sustainable development and rational management of agricultural waste.