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Articles by Cristian COROIAN
Total Records ( 2 ) for Cristian COROIAN
  Liviu Al. MARGHITAS , Cristian COROIAN , Daniel DEZMIREAN , Laura STAN and Emilia FURDUI
  Honeybees from 21 locations from Moldova (Romania) were analyzed in order to study phylo-geographic distribution of Apis melllifera subspecies. The fragment of interest was tRNAleu-cox2 intergenic region. More than a half of the samples belongs to C12 haplotype, identical with C2d from Apis mellifera macedonica and Apis melllifera carnica. The second group has the same similarity on 94% of the fragment with Apis mellifera carnica C2c haplotype. There are two haplotypes, which can be associated with different subspecies of Apis melllifera included in C lineage. We discovered also two new haplotypes, C25 and C26 (GenBank acccession numbers: HQ215207, respectivelly HQ215208). One more conclusion has that Carpathian Mountains has not a natural obstacle in honeybees spreading during its natural adaptation process.
  Daniel S. DEZMIREAN , Liviu Al. MARGHITAS , Otilia BOBIS , Helge SCHLUNS , Cristian AURORI , Cristian COROIAN , Ellen SCHLUNS , Emilia FURDUI , Bogdan GHERMAN , Lavinia BARNUTIU , Cristina MIHAI , Ovidiu MAGHEAR , Laura STAN and Robin MORITZ
  The main objective of the project RoBeeTech is to create a high competence level scientific center of bee biotechnology in Romania. The research directions of RoBeeTech are similar to actual research interests of international teams in the field of bee pathology, bee products quality or the genetic variability analysis of bees through modern biotechnologies. The three main research directions involve the two research labs from USAMV Cluj-Napoca -APHIS (Laboratory for Quality Control of Bee Products) and DIA (Laboratory for Bee Disease Diagnosis). The objectives of RoBeeTech are focused on identification of genetic variability of bee colonies from Romania, the study of bee-parasite-pesticide interaction and new control and treatment techniques based on biologically active effect of bee products and secondary metabolites from plants. Until now bee samples from over 80% of the country were collected, two progress reports and two repayment documents were already delivered and 4 articles were published at international and national conferences.
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