摘要:
The invention relates to nucleic acid-binding chips for monitoring bioprocesses, specifically for detecting nitrogen deficiencies. Said chips carry probes that are sensitive to at least three of the following 50 genes: kdgR, citA, htrA, ycn1, yppF, trpB, ggt, alsR, glnA, nrgA, yciC, yvtA, nrgB, ycnJ, glnR, yvlA, yncE, yvlB, trpF, ydfS, trpD, ycnK, trpB, trpC, nasD, ycdH, nasC, nasB, trpE, pckA, nasF, yrkC, and tnrA or the homolgs to SEQ ID NO: 91, 41, 53, 19, 55, 47, 21, 17, 9, 85, 45, 49, 95, 63, 15, 93, or 81 at a maximum of 80 different probes that are specific of nitrogen metabolism. The invention also relates to the use of corresponding gene probes, especially on the aforementioned chips, to corresponding methods and possible uses.
摘要翻译:本发明涉及用于监测生物过程的核酸结合芯片,专门用于检测氮缺乏。 所述芯片携带对以下50个基因中的至少三个基因敏感的探针:kdgR,citA,htrA,ycn1,yppF,trpB,ggt,alsR,glnA,nrgA,yciC,yvtA,nrgB,ycnJ,glnR,yv1A,yncE ,yvlB,trpF,ydfS,trpD,ycnK,trpB,trpC,nasD,ycdH,nasC,nasB,trpE,pckA,nasF,yrkC和tnrA或与SEQ ID NO:91,41,53,19,55 ,47,21,17,9,55,45,49,95,63,15,133或81,最多80个不同的氮代谢特异性探针。 本发明还涉及相应的基因探针,特别是在上述芯片上的应用与相应的方法和可能的用途。
摘要:
The present invention provides methods for determining the physiological state of cells isolated from an organism of interest utilizing chips to which nucleic acid probes are attached. In preferred embodiments of the invention, the cells undergo a biological process and the physiological state of the cells is determined at various points in time throughout the biological process.