Claim 1: nucleic acid molecule, wherein the nucleic acid sequence includes at least 11 consecutive nucleic acid sequences or their auxiliary sequences in SEQ No. 3, and / or at least 11 consecutive nucleic acid sequences or their auxiliary sequences in SEQ No. 4: Exactly Requirement 5: a method for detecting the presence of DNA in dn9858 transgenic maize in one sample, including: connecting the sample with at least two originators to amplify a relevant amplification product in nucleic acid amplification reaction；Carry out nucleic acid amplification reaction and detect the presence of relevant amplification products； in these products, the relevant amplification products include at least 11 nucleotides in SEQ ID 3, or its auxiliary sequence, And / or at least 11 consecutive nucleotides in SEQ ID 4 or its auxiliary sequence. Claim 15: the DNA detection package comprises at least one DNA molecule, wherein the DNA molecule comprises at least 11 consecutive nucleosides in the sequence corresponding to SEQ ID 3 or its auxiliary sequence,And (or) at least 11 consecutive nucleotides in the corresponding sequence of SEQ ID 4 or its auxiliary sequence are useful as detectors for DNA originators or specific dn9858 gene gene gene gene events or their offspring. Requirement 19: a method for corn production that is resistant to the herbicide glyphosate and / or glutamic acid herbicide, including: encoding glyphosate resistant EPSPs protein and / or nucleic acid sequence into glucose resistant pat protein using a series of nucleic acids； and A series of nucleic acids are located in a specific region of the maize plant genome,The nucleic acid sequence of specific region shall be at least the nucleic acid sequence selected from the sequence listed in SEQ ID No.1, SEQ ID No.2, SEQ ID No.3, SEQ ID No.4, SEQ ID No.6 and SEQ ID No.7； The method of inputting nucleic acid sequence in SEQ ID 5 into maize plant genome, requirement 23: a method of controlling glycerine tolerant weeds in glyc
