Method for manifesting latent fingerprints on basis of electrochemical luminescence marker
A luminescent marker, electrochemical technology, applied in chemiluminescence/bioluminescence, analysis through chemical reaction of materials, medical science, etc., to achieve the effect of low self-quenching effect, high sensitivity and high luminous intensity
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Embodiment 1
[0039] (1) Press a oil submarine to seal on ITO;
[0040] (2) Incubate 4h with the activated triomin pyride complex, rinse with deodorized water to remove the unresponsive complex;
[0041] (3) Install the sample in the electrochemical reaction pool, add a 50mm di -borne ethanol phosphate buffer solution, apply a 1.3V potential through the triple electrode system, use a high -sensitive CCD camera to capture the image to obtain it to get the obtained image 3 The electrochemical emitting image shown.
Embodiment 2
[0043] (1) Press a oil submarine to seal on ITO;
[0044] (2) Incubate 6h with the activated triomin pyride complex, rinse with deodorized water to remove the unresponsive complex;
[0045] (3) Install the sample in the electrochemical reaction pool, add a 50mm di -borne ethanol phosphate buffer solution, apply a 1.3V potential through the triple electrode system, use a high -sensitive CCD camera to capture the image to obtain it to get the obtained Figure 4 The electrochemical emitting image shown.
Embodiment 3
[0047] (1) Press a oil submarine to seal on ITO;
[0048] (2) Then use the diluted triple pyridine pyride complex to incubate 3.5h, rinse with deodorized water to remove the unresponsive complex;
[0049] (3) Install the sample in the electrochemical reaction pool, add a 50mm di -borne ethanol phosphate buffer solution, apply a 1.3V potential through the triple electrode system, use a high -sensitive CCD camera to capture the image to obtain it to get the obtained Figure 5 The electrochemical emitting image shown.
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