Standard gene for identifying pterocarpus santalinus molecules and molecular identification method

Abstract

Pterocarpus santalinus is also known as a red sandalwood and is an apapilionaceae pterocarpus plant. Because that material quality is good, the distribution area is small, a material forming cycle is long, and the market prices are soaring, pterocarpus santalinus counterfeits spread unchecked under the huge benefit drive, and how to accurately identify the pterocarpus santalinus becomes the biggest problem in the pterocarpus santalinus trading market. The invention provides a standard gene for identifying pterocarpus santalinus molecules and a molecular identification method. The method is applied to pterocarpus santalinus identification and has the advantages of being quick and accurate, bringing small sample damages and the like.

Description

technical field [0001] The invention belongs to the field of molecular biology, and in particular relates to a standard gene for plant molecular identification and a molecular identification method. Background technique [0002] Small-leaved red sandalwood (Pterocarpus santalinus), also known as sandalwood red sandalwood, is a plant of the genus Pterocarpus in the family Papilionaceae. Small-leaf red sandalwood is solid and thick, with fine wood, high density, small brown eyes, excellent stability, beautiful texture, good toughness, and resistance to carving. It is produced in narrow areas in and around southern India. Small-leaf red sandalwood is deep purple in color. It has always been a special wood for royal and noble furniture. It is expensive and ranks first among all woods. It is called "the king's wood". The furniture used by the French Royal Louis XVIII in the 18th century was also made of high-quality small-leaf red sandalwood. Among the mahogany species identifie...

AI Technical Summary

Problems solved by technology

Nowadays, microscopic anatomy and fluorescence observation methods are mostly used to identify Pterocarpus lobularis, the operation process is complicated, and the sample is seriously damaged. Moreover, with the advancement of counterfeiting technology, the identification accuracy of these methods cannot be guaranteed.