View source for Salvia miltiorrhiza (root)

{{DISPLAYTITLE:''Salvia miltiorrhiza'' (root) }} {{askbox|herb=''Salvia miltiorrhiza''}}
=Nomenclature=

{{nomenclature | binomial=Salvia miltiorrhiza
|authority=Bunge
|family=Lamiaceae
|scn=Chinese salvia
|syn=
|ayurvedic=
|pinyin=dan shen (root & rhizome)
|aka=Chinese sage; red-root sage
|notes= }}

=Botanical Voucher Specimen=
=Organoleptic Characteristics=

=Macroscopic Characteristics=
=Microscopic Characteristics=

=High Performance Thin Layer Chromatographic Identification=

{{HPTLC | source=HPTLC Association
             | companyimage=HPTLC-assoc-Logo-farbig-Text-schwarz-300x47.png
             | companyURL=http://www.hptlc-association.org/
             | mainimage=Salvia miltiorrhiza-UV 254 nm-hptlc-association.png
             | caption1=Chinese Sage root, dan shen (root) HPTLC ID - UV 254 nm
             | description=Chinese Sage root, dan shen (root) (''Salvia miltiorrhiza'')
             | image2=Salvia miltiorrhiza-Sulfuric acid reagent, white RT-hptlc-association.png
             | caption2=Chinese Sage root, dan shen (root) HPTLC ID - Sulfuric acid reagent, white RT
             |
             | stationaryphase=Stationary phase, i.e. Silica gel 60, F254
             | mobilephase=Toluene, dichloromethane, ethyl acetate, methanol, formic acid 4:6:8:1:4 (v/v/v/v/v) 
             | prep=Sample: Mix 1 g of powdered sample with 10 mL of methanol and sonicate for 10 min, then centrifuge or filter the solutions and use the supernatants/filtrates as test solutions.

Derivatization reagent: Sulfuric acid reagent; Preparation: 20 mL sulfuric acid in 180 mL methanol; Use: The plate is immersed in sulfuric acid reagent for 1 s, then heated for 5 min at 100°C
             | detection=Saturated chamber; developing distance 70 mm from lower edge; relative humidity 33% for optimum separation (the Rf-value of salvianolic acid B is influenced by the relative humidity)
             | referencesamples=Reference: Dissolve 1 mg of salvianolic acid B and 1 mg of tanshinone IIA in 1 mL of methanol. Optional: Dissolve 1 mg each of rutin and hyperoside in 1.5 mL of methanol. 
             |
             | lanes=Lanes, from left to right (Track, Volume, Sample):
# '''Chinese Sage root 1'''
# '''Chinese Sage root 2'''
# '''Chinese Sage root 3'''
# Dihydrotanshinone, tanshinone IIA (with increasing Rf)
# Rutin, hyperoside, salvianolic acid B (with increasing Rf)
# Chinese Sage root 4
# Chinese Sage root 5
# Chinese Sage root 6
# Chinese Sage root 7
# Chinese Sage root 8
# Chinese Sage root 9
# Chinese Sage root granules 1
# Chinese Sage root granules 2
# Chinese Sage root extract 1
# Chinese Sage root extract 2 

             | notes=''Images presented in this entry are examples and are not intended to be used as basis for setting specifications for quality control purposes.''

System suitability test (UV 254 nm): Salvianolic acid: a quenching zone at Rf ~ 0.30; Tanshinone IIA: a quenching zone at Rf ~ 0.78

Identification: Compare with reference images. The fingerprint of the test solution is similar to that of the corresponding botanical reference sample. Additional weak zones may be present. Under UV 254 nm a prominent quenching zone corresponding to salvianolic acid B is detected at Rf ~ 0.30 in all samples. After derivatization this zone appears reddish under white light (red arrows). Above the zone due to salvianolic acid there is a quenching zone at Rf ~0.51 (grey under white light) and possibly a weak quenching zone at Rf ~ 0.40. At the position of reference tanshinone IIA there is a prominent quenching zone which appears reddish under white light. Just below it there is another quenching zone which appears yellow under white light. For detailed analysis of tanshinones and other apolar compounds method Chinese Sage root (tanshinones) can be used.

             | }}

{{HPTLC | source=HPTLC Association
             | companyimage=HPTLC-assoc-Logo-farbig-Text-schwarz-300x47.png
             | companyURL=http://www.hptlc-association.org/
             | mainimage=Salvia miltiorrhiza Tanshinones -White RT-hptlc-association.png
             | caption1=Chinese Sage, dan shen Tanshinones (root) HPTLC ID - White RT
             | description=Chinese Sage, dan shen Tanshinones (root) (''Salvia miltiorrhiza'')
             | image2=Salvia miltiorrhiza Tanshinones -Sulfuric acid reagent, white RT-hptlc-association.png
             | caption2=Chinese Sage, dan shen Tanshinones (root) HPTLC ID - Sulfuric acid reagent, white RT
             |
             | stationaryphase=Stationary phase, i.e. Silica gel 60, F254 caffeine impregnated (preparation: immerse plate into a solution of 80 g/L caffeine in dichloromethane for 1 s, dry at room temperature for 5 min, then at 80°C for 5 min).
             | mobilephase=Toluene, ethyl acetate, acetic acid 95:5:1 (v/v/v)
             | prep=Sample: Mix 1 g of powdered sample with 10 mL of ethyl acetate and sonicate for 10 minutes, then centrifuge or filter the solutions and use the supernatants / filtrates as test solutions.

Derivatization reagent: Sulfuric acid reagent; Preparation: 20 mL sulfuric acid in 180 mL methanol; Use: The plate is immersed in sulfuric acid reagent for 1 s, then heated for 5 min at 100°C
             | detection=Saturated chamber; developing distance 70 mm from lower edge; relative humidity 33%
             | referencesamples=Reference: Dissolve 0.6 mg each of tanshinone I, tanshinone IIA, cryptotanshinone, and dihydrotanshinone in 1.5 mL of ethyl acetate.
             |
             | lanes=Lanes, from left to right (Track, Volume, Sample):
# '''Chinese Sage root 1'''
# '''Chinese Sage root 2'''
# '''Chinese Sage root 3'''
# Dihydrotanshinone, cryptotanshinone (with increasing Rf)
# Tanshinone I, tanshinone IIA (with increasing Rf)
# Chinese Sage root 4
# Chinese Sage root 5
# Chinese Sage root 6
# Chinese Sage root 7
# Chinese Sage root 8
# Chinese Sage root 9
# Chinese Sage root granules 1
# Chinese Sage root granules 2
# Chinese Sage root extract 1
# Chinese Sage root extract 2

             | notes=''Images presented in this entry are examples and are not intended to be used as basis for setting specifications for quality control purposes.''

System suitability test: Tanshinone I: brownish zone at Rf ~ 0.27 (derivatized, white RT); Tanshinone IIA: violet zone at Rf ~ 0.39 (derivatized, white RT); Dihydrotanshinone: yellow zone at Rf ~ 0.13 (derivatized, white RT); Cryptotanshinone: reddish zone at Rf ~ 0.18 (derivatized, white RT).

Identification: Compare results with reference images. The fingerprint of the test solution is similar to that of the corresponding botanical reference sample. Additional weak zones may be present. Under white light the chromatogram of the test solution shows distinct yellow to orange zones corresponding to reference substances dihydrotanshinone, cryptotanshinone, tanshinone I, and tanshinone IIA. Just below the position of cryptotanshinone there is another distinct yellow zone. Just below the position of tanshinone IIA a purple zone is seen. Additional yellow zones are detected between reference dihydrotanshinone and the start position. After derivatization under white light the chromatogram of the test solution shows a yellow zone corresponding to reference dihydrotanshinone, an orange zone corresponding to reference cryptotanshinone, a greenish zone corresponding to reference tanshinone I and a purple zone corresponding to reference tanshinone IIA. Just below the position of cryptotanshinone there is a distinct violet zone. Just below the position of tanshinone IIA a bluish violet zone is seen. Weak grey zones are detected between reference dihydrotanshinone and the start position.

             | }}


=Supplementary Information=
=Sources=
<references />