Binding nucleic acid chip for detecting phosphate starvation in the framework of monitoring bioprocess

摘要

The present application relates to a nucleic acid binding chip for monitoring a bioprocess for the detection of phosphate starvation in particular. The chip, 47 genes of the following: to the protein of assumptions on which the gene for the protein gene yhcR, tatCD, ctaC, against the estimated acetoin reductase, spollGA, nasE, pstA, spollAA, hypothetical, yhbD, cotE, stored gene gene for protein gene gene gene, yurl, spoVID, against the estimated aromatic compound-specific dioxygenase, yhbE, against the estimated benzoate transport protein, pstBB, spolllAH, hypothetical, spollQ, spolllAG, yvmA, against the estimated ribonuclease, dhaS, homolog yrbE, the gene for the estimated decarboxylase / dehydratase, htpG, yfkH, spollAB, spolllAF, alsD, gdh, yfkN, pstC, yfmQ, pstBA, of dhaS, the gene for the estimated phosphatase, phy, cypX, alsS, phoD, pstS, phoB , and holds at least three probes yvnA, the yvmC,, the total number of different probes specific for the phosphate metabolism of all of the nucleic acid-binding chip does not exceed 100. The present invention relates to the use and potential gene probe method further corresponding use on a chip such particular, and the corresponding.