世界科学技术-中医药现代化
世界科學技術-中醫藥現代化
세계과학기술-중의약현대화
WORLD SCIENCE AND TECHNOLOGY-MODERNIZATION OF TRADITIONAL CHINESE MEDICINE
2014年
12期
2681-2685
,共5页
邹慧琴%李硕%林相龙%苏玉贞%吴浩忠%闫永红
鄒慧琴%李碩%林相龍%囌玉貞%吳浩忠%閆永紅
추혜금%리석%림상룡%소옥정%오호충%염영홍
甘草%颜色%数字化%色度学
甘草%顏色%數字化%色度學
감초%안색%수자화%색도학
Glycyrrhizae Radix et Rhizoma%color%digitalization%colorimetry theory
目的:基于色度学理论,引入分光测色计,建立甘草断面及表皮颜色指标数字化的方法。为传统中药性状鉴别中感官颜色的客观化、数字化提供新方法、新思路。方法:基于CIE1976L*a*b*均匀色空间系统,以甘草为研究对象,针对样品断面及表皮的具体情况,选用2种分光测色计分别制订了甘草断面和表皮颜色的测量方法。结果:确定了去皮打粉的断面颜色量化方法和以直接测量为主、湿法施压剥皮测量为辅的表皮颜色量化方法,摸索并确定了RSD和dE*ab双指标评价方法。结果表明此方法有效、可行。结论:本颜色测量方法简便、可靠,测量结果可以如实的反映药材颜色情况,并将主观的颜色描述用客观的数据表示,为揭示中药传统性状鉴别深层内涵提供了实验依据。
目的:基于色度學理論,引入分光測色計,建立甘草斷麵及錶皮顏色指標數字化的方法。為傳統中藥性狀鑒彆中感官顏色的客觀化、數字化提供新方法、新思路。方法:基于CIE1976L*a*b*均勻色空間繫統,以甘草為研究對象,針對樣品斷麵及錶皮的具體情況,選用2種分光測色計分彆製訂瞭甘草斷麵和錶皮顏色的測量方法。結果:確定瞭去皮打粉的斷麵顏色量化方法和以直接測量為主、濕法施壓剝皮測量為輔的錶皮顏色量化方法,摸索併確定瞭RSD和dE*ab雙指標評價方法。結果錶明此方法有效、可行。結論:本顏色測量方法簡便、可靠,測量結果可以如實的反映藥材顏色情況,併將主觀的顏色描述用客觀的數據錶示,為揭示中藥傳統性狀鑒彆深層內涵提供瞭實驗依據。
목적:기우색도학이론,인입분광측색계,건립감초단면급표피안색지표수자화적방법。위전통중약성상감별중감관안색적객관화、수자화제공신방법、신사로。방법:기우CIE1976L*a*b*균균색공간계통,이감초위연구대상,침대양품단면급표피적구체정황,선용2충분광측색계분별제정료감초단면화표피안색적측량방법。결과:학정료거피타분적단면안색양화방법화이직접측량위주、습법시압박피측량위보적표피안색양화방법,모색병학정료RSD화dE*ab쌍지표평개방법。결과표명차방법유효、가행。결론:본안색측량방법간편、가고,측량결과가이여실적반영약재안색정황,병장주관적안색묘술용객관적수거표시,위게시중약전통성상감별심층내함제공료실험의거。
This study was aimed to establish a method for sensorial color digitalization of Chinese herbal medicines (CHMs) with the application of spectrocolorimeter. The discussion was focused on difficulties of distinguishing surface and section color of CHMs. Based on uniform color space system of CIE1976L*a*b*, two methods for determination of section and surface color were constructed with two different kinds of spectrocolorimeters taking Glycyrrhizae Radix et Rhizoma as the experimental objective. In this paper, different kinds of sample preparation methods were used. Based on results, the method of scraping and grinding was proposed to prepare samples for section color determination. The method of wet pressing and peeling was proposed to prepare samples for surface color determination. Besides, RSD and dE*ab were served as evaluation indexes. This paper provided a simple, rapid and reliable analysis method for the color determination of CHMs. It also gave insight to future research on digitalization and modernization of CHMs' organoleptic characteristics based on traditional macroscopic identification.