Scoala de vara francofona Jean Montreuil- Pathologies et Pharmacologie Moleculaires. Biotechnologies- are o istorie de traditie in Romania, ea fiind creata in 1995 la Iasi, din initiativa Prof. univ. dr. Gheorghe POPA, Rector al Universitatii Al. I. Cuza in acea perioada, impreuna cu Acad. Profesor Emerit Jean Montreuil, Membru de Onoare al Academiei Romane, Doctor Honoris Cauza al Universitatii Al. I. Cuza din Iasi si al Universitatii de Vest V.

The use of nanoparticles for biological and medical applications has rapidly increased and the potential for human and ecological toxicity is a growing area of investigation. For assessing cytotoxicity of nanoparticles we developed a new experimental cell system based on the use of nucleatederythrocytes (RBCs) from fish and batrachians, which are directly exposed to pollutants or nanoparticles absorbed by different ways and we have evaluated the

Conferintele se adreseaza studentilor, masteranzilor, doctoranzilor, medicilor rezidenti, cercetatorilor sau profesorilor din domeniile: medicina, biologie, biochimie, farmacie. Dupa 16 editii organizate de Profesor Jean Montreuil, Membru de Onoare al Academiei Romane, urmare a decesului survenit in timpul scolii de anul trecut, Universitatea V. Goldis din Arad a decis de a da numele sau acestei scoli, in semn de omagiu pentru personalitatea sa stiintifica

Organizatori : Université des Sciences et Technologies de Lille1, France si Universitatea de Vest "V. Goldis" din Arad, sub egida Academiei de Stiinte din Paris si a Academiei Romane. Co-organizatori: Societatea Romana de Biologie Celulara, Colegiul Medicilor din Romania, Colegiul Farmacistilor din Romania, Ordinul Biochimiştilor, Biologilor şi Chimiştilor în Sistemul Sanitar din România. (CMR, CFR si OBBCSSR crediteaza aceasta manifestare

Human red blood cells (RBCs) have a normal life span of 120 days in vivo and might be primed in vitro to die in response to apoptotic stimuli through a caspase-independent pathway. It is well known that, in vivo, aging RBCs externalize phosphatidylserine residues but is unknown whether these cells express active caspases at this stage. We isolated RBCs expressing phosphatidylserine on their surface from human blood by applying an original method