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New Forum Archives (2009-): :
361. Whole plasmid amplification by PCR - (reply: 2)
363. For promoter assay, which vector I should use? - (reply: 5)
365. 4 way cloning into TA Vector - (reply: 10)
367. What are the elements of a BAC that differentiate it from a regular plasmid - (reply: 1)
369. Puzzling Cloning Problem With a Specific Vector - (reply: 1)
371. Pseudomonas aeruginosa 14 with pUC19? - (reply: 2)
373. TOPO TA ligation problems - (reply: 6)
375. Double digestion with BamHI and BglII - (reply: 4)
377. Selection of E.coli competent cells - (reply: 2)
379. mutagenic primers with very high GC content. - (reply: 3)
381. Promoter distance from ATG - (reply: 3)
383. Smallest possible insert size for Ligation reaction - (reply: 2)
385. Extraction of DNA from termite gut flagellates - (reply: 7)
387. Digestion of pRSETA vector leads to funny migration profile - (reply: 2)
389. Adaptor ligation - (reply: 9)
363. For promoter assay, which vector I should use? - (reply: 5)
365. 4 way cloning into TA Vector - (reply: 10)
367. What are the elements of a BAC that differentiate it from a regular plasmid - (reply: 1)
369. Puzzling Cloning Problem With a Specific Vector - (reply: 1)
371. Pseudomonas aeruginosa 14 with pUC19? - (reply: 2)
373. TOPO TA ligation problems - (reply: 6)
375. Double digestion with BamHI and BglII - (reply: 4)
377. Selection of E.coli competent cells - (reply: 2)
379. mutagenic primers with very high GC content. - (reply: 3)
381. Promoter distance from ATG - (reply: 3)
383. Smallest possible insert size for Ligation reaction - (reply: 2)
385. Extraction of DNA from termite gut flagellates - (reply: 7)
387. Digestion of pRSETA vector leads to funny migration profile - (reply: 2)
389. Adaptor ligation - (reply: 9)