Arrangement of nucleon sequences for the detection and recognition of protein coding genes that are involved in Biotechnology Activities in microbial samples and in methods using this arrangement

摘要

It refers to the discovery of DNA fragments of genes in microbial samples, which encode proteins in biotechnology related activities, such as: (a) the formation of biological films, the DNA fragments of which are determined by sequences 1 to 86; (b) CO2 fixation process defined by DNA fragments from sequences 87 to 101; (c) energy metabolism defined by DNA fragments from sequences 102 to 156; (d) chemotherapy and mobility defined by DNA fragments from sequences 157 to 192; (E) iron oxide, the DNA fragment of which is determined by sequences No. 193 to No. 197;(f) metabolism of nitrates as defined by DNA fragments from sequences 198 to 203; (g) assimilation of sulfur, defined by DNA fragments from sequences 204 to 210; (H) oxidation of sulfur, defined by DNA fragments from sequences 211 to 232. It also relates to a method for determining these genes, which includes: (a) embedding a labeled nucleic acid sample on the arrangement of the nucleon sequence or DNA fragment group; (b) washing the sequence arrangement to remove the labeled DNA fragment without soaking; (c) displaying the marked point;(d) determine the presence of genes in the sample