. The development of a cosmid map of chromosome 12p13. Sweet Briar College; Chromosomes. <i J D12S352(AFM303xd9) -. D12S122(c1C6/T7) u .. D12S341{AFM294yd9) â . r D12S91 (AFM182xf10) 4.'-D12S94(AFM206ze5) WI-1025 RAD52 AFM142xc7 D12S380E AFMa197wa9 922C8-L 012S141 {C1H8/T3) AFMb012yb5 D12S100(AFM2202C7) D12S1117 . D12S1094 ⢠D12S1113 D12S132(c1D8/r7) D12S134(c1E8A/r7) D12S1108 D12S1116 D12S381fc D12S1096 D12S1092 AFMa2l6xf1 â â¢rD12S144(c2C4/T3) D12S138(C1G11A/T7, A^CACNLIAI . AFM234v»b8 S . (⢠AFMa247zd1 . .I-D12S1062(C-GATA5E11) iS At* t is *â ⢠AFM182xh8 Figure 3. Second generation Y
. The development of a cosmid map of chromosome 12p13. Sweet Briar College; Chromosomes. <i J D12S352(AFM303xd9) -. D12S122(c1C6/T7) u .. D12S341{AFM294yd9) â . r D12S91 (AFM182xf10) 4.'-D12S94(AFM206ze5) WI-1025 RAD52 AFM142xc7 D12S380E AFMa197wa9 922C8-L 012S141 {C1H8/T3) AFMb012yb5 D12S100(AFM2202C7) D12S1117 . D12S1094 ⢠D12S1113 D12S132(c1D8/r7) D12S134(c1E8A/r7) D12S1108 D12S1116 D12S381fc D12S1096 D12S1092 AFMa2l6xf1 â â¢rD12S144(c2C4/T3) D12S138(C1G11A/T7, A^CACNLIAI . AFM234v»b8 S . (⢠AFMa247zd1 . .I-D12S1062(C-GATA5E11) iS At* t is *â ⢠AFM182xh8 Figure 3. Second generation Yeast Artificial Chromosome Map for the pi3 region of Chromosome 12.^ This is an example of a physical map using Sequence-Tagged Sites and YACs. The STSs are positioned along the right side of the vertical cosmid line. The YACs are found on the left portion of the figure and are shown overlapping each other and the STS markers that they contain. LB. Recombinant DNA as an Exploration Vector. Recombinant DNA. Recombinant DNA is formed when fragments of target DNA, broken apart by restriction enzymes or other methods, are inserted into a recombinant DNA is then replicated along with the vector inside a host cell. Common vectors include plasmids, bacteriophages, cosmids, and Yeast Artificial Chromosomes. Plasmids are one of the more commonly used vectors for recombinant DNA studies and can hold the smallest amount of recombinant material. Plasmids are circular, double-stranded, extrachromosomal DNA. They range from a few thousand base pairs to an excess of 100 11. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Belk, Stephanie Heather.
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Photo credit: © Paul Fearn / Alamy / Afripics
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Keywords: ., bookcentury1900, booksubjectchromo, booksubjectsweetbriarcollege
