The genomic in situ hybridization (GISH) has been used to identify euploidy and aneuploidy in segregation generations of various plants. In this study, the GISH with minor modifications including, slide preparation of putative secondary Tritipyrum (F2) root meristemic cells, labeled genomic DNA of Thinopyrum bessarabicum by fluorescein 12-dUTP nucleotide as probe, genomic DNA of Thinopyrum bess...

The genomic in situ hybridization (GISH) has been used to identify euploidy and aneuploidy in segregation generations of various plants. In this study, the GISH with minor modifications including, slide preparation of putative secondary Tritipyrum (F2) root meristemic cells, labeled genomic DNA of Thinopyrum bessarabicum by fluorescein 12-dUTP nucleotide as probe, genomic DNA of Thinopyrum bess...

Twenty to thirty percent of causative agents of the respiratory tract infections are still unknown, that can be related to the lack of suitable laboratory procedures. Some of these organisms may cause progressive infection such as encephalitis and cardiac complications. To recognize the M. pneumoniae , PCR-hybridization technique was used and a specific internal probe was produced for this...

Background and Objective: Epidemiological studies indicate that not only the incidence of fungal infections is dramatically on the rise, especially in the immunocompromised hosts, but also the sensitivity of etiological agents to antifungal drugs shows a remarkable reduction. Therefore, early detection at the species level is critically important for proper clinical management. Because standard...