Bacterial Artificial Chromosomes

<p>From Selective Full-Length Genes Isolation By TAR Cloning In Yeast To Their Expression From HAC Vectors In Human Cells.- Recombineering Linear BACs.- BAC Sequencing Using Pooled Methods.- Making BAC Transgene Constructs With Lambda-Red Recombineering System For Transgenic Animals Or Cell Lines.- Directing Enhancer-Traps And Itol2 End Sequences To Deleted BAC Ends With Loxp- and Lox511-Tn10 Transposons.- Recombining Overlapping Bacs Into Single Large Bacs.- Generation Of Knockout Alleles By RFLP Based BAC Targeting Of Polymorphic Embryonic Stem Cells.- Herpesvirus Mutagenesis Facilitated By Infectious Bacterial Artificial Chromosomes (Ibacs).- Conversion Of BAC Clones Into Binary BAC (BIBAC) Vectors and Their Delivery Into Basidiomycete Fungal Cells Using Agrobacterium tumefaciens.- Infectious Delivery of Alphaherpesvirus Bacterial Artificial Chromosomes.- A Recombineering-Based Gene Tagging System For Arabidopsis.- BAC Transgenic Zebrafish for Transcriptional Promoter and Enhancer Studies.- Bacs-On-Beads^TM(Bobs^TM) Assay for the Genetic Evaluation of Prenatal Samples And Products of Conception.- New BAC Probe Set To Narrow Down Chromosomal Breakpoints In Small and Large Derivative Chromosomes, Especially Suited for Mosaic Conditions.- BAC-Probes Applied For Characterization Of Fragile Sites (FS).- Application Of BAC-Probes To Visualize Copy Number Variants (CNVs).- Site-Specific Integration Of Bacterial Artificial Chromosomes Into Human Cells.- Generation Of BAC Reporter Cell Lines For Drug Discovery.</p>