Corn are the expression of some anthocyanins produced by the photosynthesis of grains. Different anthocyanins cause different colors.
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The principle of ultraviolet detection is based on the difference between the measured components and the absorbance of the electrolyte. When the detected component passes through the detection window, the change in absorbance obeys the Lambert-Beer law, that is, the absorbance and the concentration of the measured component under certain experimental conditions. In direct proportion.
The nucleic acid protein detector and the ultraviolet detector are all detection devices in liquid chromatography. The instrument is equipped with a chromatography column, a constant current pump, a partial collector, etc., which constitute a complete liquid chromatography separation analysis system. It can be applied to modern biological research, ** determination, agricultural research, chemical, food and medical units for quantitative analysis of samples with UV absorption.
There are some benefits of corn: 1. Corn can lower sugar;2. The high content of unsaturated fatty acids in maize is beneficial in preventing atherosclerosis, coronary heart disease, myocardial infarction and other diseases; 3. Corn whiskers have diuretic and hypotensive effects, lowering sugar.
Principles and Selection Guide for Nucleic Acid Proteins and UV Detectors
  The nucleic acid protein detector is the main device for chromatographic analysis. The nucleic acid protein detector is equipped with a chromatography column, a constant current pump, a partial collector, a chromatographic analysis system (optional as needed) and a computer printing device to form a complete set. The nucleic acid protein detector separates the chromatography system. It is today's modern analytical laboratory instrument for life science research, ** measurement, chemical, food science and medical research. The nucleic acid protein detector analysis system is widely used in scientific research and teaching experiments in industry, agriculture, scientific research and universities. The principle is based on the obvious absorption of ultraviolet light by the substance (sample), and the analysis of the content of the sample component is carried out, so as to carry out the identification detection and content determination of the sample protein and the nucleic acid substance. It provides a unique analytical tool for nucleic acid, protein detection, purification and extraction in biochemical analysis, environmental science, food research, toxicology research, and new drug development.