English  |
Botanical name: Cordyceps militaris
Grade:Food Grade
Certificates: Kosher/ HALAL
Supply Ability:5 Tons/month
Sample: Free Sample 5-20g
Shelf Life:2 years
Storage:Store in cool and dry place
Package:1kg/bag, 25kg/paper drum
Delivery Method: DHL/ FedEx/ By air/ By sea
Payment Method：T/T, L/C, PayPal
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Cordyceps sinensis extract is extracted from the complex of the larvae of the ergotaceae fungus Cordyceps sinensis (Berk.) Sacc. parasitic on
the larvae of the bat larvae and the corpse of the larvae. The main active ingredients are cordycepin and adenosine. It has the functions of enhancing immunity, anti-tumor, protecting kidney, anti-oxidation, anti-aging, protecting cardiovascular system, lowering blood sugar and so on.RealclearBio also accept customization for Extract Ingredient, Content, Color, Solubility, Moisture, Ash, Heavy Metal, Pesticide Residue, Microorganism etc.
Product Description | |
Product Name: | Cordyceps Extract |
Botanical name: | Cordyceps militaris |
Appearance: | Yellow Brown Powder |
Part Used: | Fruiting body |
Ingredient&Content: | Cordyceps Polysaccharides 7%, 10%, 20%, 30%, 40%. Manitol 7%, Adenosine 0.2% |
Test Method: | UV/HPLC/TLC |
Extraction Type: | Solvent Extraction |
Customization: | Acceptable |
Function: | ※Good for the cardiovascular system ※Immune enhancement ※Endocrine ※Kidney function ※Anti-inflammatory ※Antitumor ※Anti-Aging ※Respiratory system |
Application: | ※Dietary Supplements ※Health Care Products ※Food and Beverage Ingredients. ※Cosmetics： A. Cordyceps moisturizer: Mix cordyceps powder, polyvinyl alcohol, ethanol, glycerin, spices and water (according to 0.5:10:10:3:0.05:73.75) to obtain a transparent finished product. B. Cordyceps Hair Nourishing Essence: Add cordyceps powder, lanolin acetate, vitamin B6, lecithin, and flavor to ethanol, stir and mix evenly, stand for more than one week, and filter to obtain the finished product. |
Molecular Formula: C10H13N5O3
Molecular Mass: 251.24
CAS No.: 4373-41-5
Constitutional Formula:
1. Sugar alcohols and sterols can be separated from Cordyceps sinensis to obtain cholesterol, D-mannitol, muscarin, carotin, D-glucopyranoside and sitosterol, 2,2-dihydroxyergosterol, ergosterol peroxidation
Substances, ergosterol, cholesterol, campesterol, palmitonic acid ester, etc.
Since the content of ergosterol in Cordyceps sinensis is relatively constant, it is usually used as an important indicator for quality control of Cordyceps sinensis.
2. Polysaccharides Cordyceps will produce a large amount of extracellular polysaccharides during the formation and growth process, which are mainly composed of xylose, galactose, glucose and mannose.
3. Nucleosides detected in Cordyceps mainly include uracil, uridine, hypoadenine, xanthine, adenosine, guanosine, inosine cordycepin (3-deoxyadenosine), etc.
The main active ingredients in the body are cordycepin and adenosine.
4. The protein content of amino acids and peptides Cordyceps is about 20.06% to 26.40%.
The amino acid analysis of the hydrolyzed Cordyceps sinensis has determined that the Cordyceps sinensis contains 18 kinds of amino acids such as threonine and aspartic acid, of which 8 kinds of amino acids are necessary for the human body.
Natural Cordyceps mainly contains glutamic acid, tryptophan and tyrosine.
5. The trace elements contained in the inorganic elements Cordyceps are very rich, there are about 30 kinds including P, Mg, Al, Nb, Ca, Ga, Zn, K, Si, Mn, Cu, Ba, Sr, Zr, Ni, Fe, Ce, Cs, As, Be, Na, B, Pb, Li, Hg, Ti and other elements, of which the content of P and Mg is the highest.
Some people speculate that the anti-cancer effect of Cordyceps may be related to the chemicalbook trace elements Fe, Cu, Co, P and other elements contained in the body.
6. Organic acid Cordyceps mainly contains organic acids-linoleic acid, oleic acid, palmitic acid, stearic acid, 11-eicosenoic acid, 9-octadecenoic acid (Z), 3-octadecanoic acid. Alkanoic acid, 14-methylhexadecanoic acid, 9-hexadecenoic acid (Z), hexadecanoic acid, pentadecanoic acid, 14-methyl-pentadecanoic acid.
7. Vitamins and polyamines The vitamins and polyamines contained in Cordyceps mainly include vitamin C, vitamin B, and vitamins.
8. Alkanes The alkanes in Cordyceps mainly include eicosan, eicosan, octadecane, and hexadecane.
Cordycepin: Synonym for Cordycepin.
Molecular formula C10H13N5O3, molecular weight 251.24.
Needle-shaped crystals (ethanol, n-butanol, n-propanol or water), mp.225℃～226℃, [α]D25-35°(water).
Mannitol: molecular formula C6H14O6, molecular weight 182.17.
Oblique star-shaped crystals (ethanol), mp.166℃～168℃, bp.290℃～295℃/3.5mm, [α]D25-0.49°(water), 1g is approximately soluble in 5.5ml water, 83ml ethanol, insoluble
In ether, it is soluble in pyridine and alkaline aqueous solution, and 1g is soluble in 18ml glycerin.
Adenine: Synonymous 6-aminopurine.
Molecular formula C5H5N5, molecular weight 135.14.
The trihydrate is a white oblique square crystal.
110℃ water loss, mp. 360℃～365℃, 220℃ sublimation.
Hardly soluble in water, soluble in boiling water, slightly soluble in ethanol, insoluble in ether and chloroform.
Particle Size: | NLT 100% 80mesh |
Odor: | Characteristic |
Taste: | Characteristic |
Moisture: | 5%max |
Ash: | 5%max |
Heavy metal: | 10ppm max |
Pesticides: | Negative |
Total Plate Count: | 1000cfu/g max |
Yeast / Mold: | 100cfu/g max |
E. Coli: | Negative |
Salmonella: | Negative |
By Express | By Air | By Sea |
Suitable for under 50kg | Suitable for more than 50kg | Suitable for more than 500kg |
Fast: 3-7 days | Fast: 3-7 days | Slow: 7-45 days |
Hight Cost | Hight Cost | Low Cost |
Door to door service | Port to port | Port to port |
Easy to pick up the goods | Professional broker needed | Professional broker needed |
I. Raw material control for Cordyceps:
1) Select high quality raw materials.
2) Strictly control the quality of raw materials: inspection of bulk samples before entering the factory -- random inspection of batches at the time of entering the factory.Ensure no mildew, reasonable control of impurities, absolute content in a controlled range.
Material Identification：
Character identification: This product is composed of a worm body and a sub-seat that grows from its head.
The worms resemble silkworms with a length of 3 to 5 cm and a diameter of 0.3 to 0.5 cm.
The surface is earthy yellow, dark yellow or yellow-brown, with obvious ring patterns, 20 to 30, reddish brown on the head, and fine ring patterns near the head.
There are 8 pairs in full, 3 pairs near the head, 4 pairs in the middle and 1 pair near the tail.
The texture is brittle, easy to break, the section is slightly flat, pale yellowish white.
The pedestal is slender and cylindrical, with a length of 4 to 7 cm and a diameter of about 0.3 cm. The surface is dark brown to brown with fine longitudinal wrinkles, and the upper part is slightly enlarged.
The quality is flexible and the cross-section is almost white.
Slightly fishy smell and slightly bitter taste.
The ones that are complete, yellowish, plump, and stubby are better.
Microscopic identification of the cross section The cross section of the insect body is irregular, surrounded by the body of the insect body, with sharp bristles and long hairs, varying in length, and some seem to be branched.
There are a large number of hyphae in the body, with fissures in between.
The periphery of the cross-section of the sub-seat is composed of oval to elliptical ascus shells, the lower half of which is buried in the recessed sub-seat.
There are many linear ascos in the ascus shell, and there are several linear ascospores in each ascus.
The center is full of hyphae, with fissures in between.
The infertile part has no ascus shell.
Powder tan.
① There are many hyphae, white, slender, branched or unbranched, densely crossed into clusters or broken into nodes.
②The body tissue fragments are irregular polygonal, light yellow or yellow-brown, sometimes dark brown epidermal markings are faintly visible, and there are many hyphae on them.
③The outer wall of the stalk tissue of the pedestal is irregularly square and rectangular, composed of many densely arranged slender hyphae.
④Sporangium shell Chemicalbook fragments and whole or decapitated ascomy shell are yellow, translucent, and slender ascus.
⑤ Oil droplets are mostly scattered in the mycelium.
Physical and chemical identification 1. Take 1g of powder, dissolve impurities with ether, extract with chloroform, filter, evaporate chloroform from the filtrate, add 2 drops of glacial acetic acid, then add 2 drops of acetic anhydride, and finally add 1 to 2 drops of concentrated sulfuric acid.
Brown-yellow→red-purple→dirty green.
2. The chloroform-extracted powder is extracted with 20% ethanol under reflux and concentrated to an appropriate amount.
(1) Take 1ml each of the concentrated solution, divide them into 2 test tubes, add a few drops of dilute hydrochloric acid to one tube, and then add a few drops of the bismuth potassium iodide test solution. After standing for 10 minutes, a yellow flocculent precipitate is produced.
The iodine-potassium iodide test solution was dripped into another test tube, resulting in turbidity.
(2) Thin layer chromatography: Take the sample prepared above, the adsorbent is silica gel G, and the plate is made with 0.3mol/L boric acid.
The developing agent is n-butanol-acetic acid-water (2:1:1).
The span is 17cm.
Color developer: a is 0.1% potassium periodate, b is 0.5% benzidine alcohol solution.
Disperse liquid a for 5 times, spray it on the plate, dry it, and spray liquid b to show white spots on a blue background.
Ultraviolet spectroscopy to identify Cordyceps and its resources
The UV spectrum was measured on Shimadzu UV-210A UV spectrophotometer.
Results Both Cordyceps sinensis and Cordyceps saccharum had absorption peaks at 270nm wavelength.
1. Cordyceps sinensis 2. Cordyceps cane moth
II. Production Control Cordyceps Extract:
1) Whole pollution-free pipeline input to ensure that the production process is rigorous, clean and qualified for microorganisms.
2) To ensure complete, accurate and traceable sampling detection for each process in the production process.
3) Ensure that the whole process of powder collecting and packaging is completed in an orderly manner in the Cleaning Area without foreign body invasion.
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|
III. Quality Control for Cordyceps Extract:
1) Ensure the cleanness of the mixing program.
2) Ensure the accuracy of finished product testing.
3) If the finished products are not qualified, the previous process shall be traced immediately.
4) Guarantee that the unqualified products will not be put into storage or leave the factory.
Iv. Service Control
1) Guarantee 20-50 grams of free pre-shipment sample testing to customers.
2) Follow up the customer's detection of samples and problems found until the problems are solved.
3) Complete all customer requirements and related documents for products.
4) Customize product color, content, packaging, labeling and transportation according to customer requirements.
5) Customers' feedback on product problems shall be guaranteed to give positive and effective response within 24 hours.
Cordyceps sinensis extract is extracted from the complex of the larvae of the ergotaceae fungus Cordyceps sinensis (Berk.) Sacc. parasitic on
the larvae of the bat larvae and the corpse of the larvae. The main active ingredients are cordycepin and adenosine. It has the functions of enhancing immunity, anti-tumor, protecting kidney, anti-oxidation, anti-aging, protecting cardiovascular system, lowering blood sugar and so on.RealclearBio also accept customization for Extract Ingredient, Content, Color, Solubility, Moisture, Ash, Heavy Metal, Pesticide Residue, Microorganism etc.
Product Description | |
Product Name: | Cordyceps Extract |
Botanical name: | Cordyceps militaris |
Appearance: | Yellow Brown Powder |
Part Used: | Fruiting body |
Ingredient&Content: | Cordyceps Polysaccharides 7%, 10%, 20%, 30%, 40%. Manitol 7%, Adenosine 0.2% |
Test Method: | UV/HPLC/TLC |
Extraction Type: | Solvent Extraction |
Customization: | Acceptable |
Function: | ※Good for the cardiovascular system ※Immune enhancement ※Endocrine ※Kidney function ※Anti-inflammatory ※Antitumor ※Anti-Aging ※Respiratory system |
Application: | ※Dietary Supplements ※Health Care Products ※Food and Beverage Ingredients. ※Cosmetics： A. Cordyceps moisturizer: Mix cordyceps powder, polyvinyl alcohol, ethanol, glycerin, spices and water (according to 0.5:10:10:3:0.05:73.75) to obtain a transparent finished product. B. Cordyceps Hair Nourishing Essence: Add cordyceps powder, lanolin acetate, vitamin B6, lecithin, and flavor to ethanol, stir and mix evenly, stand for more than one week, and filter to obtain the finished product. |
Molecular Formula: C10H13N5O3
Molecular Mass: 251.24
CAS No.: 4373-41-5
Constitutional Formula:
1. Sugar alcohols and sterols can be separated from Cordyceps sinensis to obtain cholesterol, D-mannitol, muscarin, carotin, D-glucopyranoside and sitosterol, 2,2-dihydroxyergosterol, ergosterol peroxidation
Substances, ergosterol, cholesterol, campesterol, palmitonic acid ester, etc.
Since the content of ergosterol in Cordyceps sinensis is relatively constant, it is usually used as an important indicator for quality control of Cordyceps sinensis.
2. Polysaccharides Cordyceps will produce a large amount of extracellular polysaccharides during the formation and growth process, which are mainly composed of xylose, galactose, glucose and mannose.
3. Nucleosides detected in Cordyceps mainly include uracil, uridine, hypoadenine, xanthine, adenosine, guanosine, inosine cordycepin (3-deoxyadenosine), etc.
The main active ingredients in the body are cordycepin and adenosine.
4. The protein content of amino acids and peptides Cordyceps is about 20.06% to 26.40%.
The amino acid analysis of the hydrolyzed Cordyceps sinensis has determined that the Cordyceps sinensis contains 18 kinds of amino acids such as threonine and aspartic acid, of which 8 kinds of amino acids are necessary for the human body.
Natural Cordyceps mainly contains glutamic acid, tryptophan and tyrosine.
5. The trace elements contained in the inorganic elements Cordyceps are very rich, there are about 30 kinds including P, Mg, Al, Nb, Ca, Ga, Zn, K, Si, Mn, Cu, Ba, Sr, Zr, Ni, Fe, Ce, Cs, As, Be, Na, B, Pb, Li, Hg, Ti and other elements, of which the content of P and Mg is the highest.
Some people speculate that the anti-cancer effect of Cordyceps may be related to the chemicalbook trace elements Fe, Cu, Co, P and other elements contained in the body.
6. Organic acid Cordyceps mainly contains organic acids-linoleic acid, oleic acid, palmitic acid, stearic acid, 11-eicosenoic acid, 9-octadecenoic acid (Z), 3-octadecanoic acid. Alkanoic acid, 14-methylhexadecanoic acid, 9-hexadecenoic acid (Z), hexadecanoic acid, pentadecanoic acid, 14-methyl-pentadecanoic acid.
7. Vitamins and polyamines The vitamins and polyamines contained in Cordyceps mainly include vitamin C, vitamin B, and vitamins.
8. Alkanes The alkanes in Cordyceps mainly include eicosan, eicosan, octadecane, and hexadecane.
Cordycepin: Synonym for Cordycepin.
Molecular formula C10H13N5O3, molecular weight 251.24.
Needle-shaped crystals (ethanol, n-butanol, n-propanol or water), mp.225℃～226℃, [α]D25-35°(water).
Mannitol: molecular formula C6H14O6, molecular weight 182.17.
Oblique star-shaped crystals (ethanol), mp.166℃～168℃, bp.290℃～295℃/3.5mm, [α]D25-0.49°(water), 1g is approximately soluble in 5.5ml water, 83ml ethanol, insoluble
In ether, it is soluble in pyridine and alkaline aqueous solution, and 1g is soluble in 18ml glycerin.
Adenine: Synonymous 6-aminopurine.
Molecular formula C5H5N5, molecular weight 135.14.
The trihydrate is a white oblique square crystal.
110℃ water loss, mp. 360℃～365℃, 220℃ sublimation.
Hardly soluble in water, soluble in boiling water, slightly soluble in ethanol, insoluble in ether and chloroform.
Particle Size: | NLT 100% 80mesh |
Odor: | Characteristic |
Taste: | Characteristic |
Moisture: | 5%max |
Ash: | 5%max |
Heavy metal: | 10ppm max |
Pesticides: | Negative |
Total Plate Count: | 1000cfu/g max |
Yeast / Mold: | 100cfu/g max |
E. Coli: | Negative |
Salmonella: | Negative |
By Express | By Air | By Sea |
Suitable for under 50kg | Suitable for more than 50kg | Suitable for more than 500kg |
Fast: 3-7 days | Fast: 3-7 days | Slow: 7-45 days |
Hight Cost | Hight Cost | Low Cost |
Door to door service | Port to port | Port to port |
Easy to pick up the goods | Professional broker needed | Professional broker needed |
I. Raw material control for Cordyceps:
1) Select high quality raw materials.
2) Strictly control the quality of raw materials: inspection of bulk samples before entering the factory -- random inspection of batches at the time of entering the factory.Ensure no mildew, reasonable control of impurities, absolute content in a controlled range.
Material Identification：
Character identification: This product is composed of a worm body and a sub-seat that grows from its head.
The worms resemble silkworms with a length of 3 to 5 cm and a diameter of 0.3 to 0.5 cm.
The surface is earthy yellow, dark yellow or yellow-brown, with obvious ring patterns, 20 to 30, reddish brown on the head, and fine ring patterns near the head.
There are 8 pairs in full, 3 pairs near the head, 4 pairs in the middle and 1 pair near the tail.
The texture is brittle, easy to break, the section is slightly flat, pale yellowish white.
The pedestal is slender and cylindrical, with a length of 4 to 7 cm and a diameter of about 0.3 cm. The surface is dark brown to brown with fine longitudinal wrinkles, and the upper part is slightly enlarged.
The quality is flexible and the cross-section is almost white.
Slightly fishy smell and slightly bitter taste.
The ones that are complete, yellowish, plump, and stubby are better.
Microscopic identification of the cross section The cross section of the insect body is irregular, surrounded by the body of the insect body, with sharp bristles and long hairs, varying in length, and some seem to be branched.
There are a large number of hyphae in the body, with fissures in between.
The periphery of the cross-section of the sub-seat is composed of oval to elliptical ascus shells, the lower half of which is buried in the recessed sub-seat.
There are many linear ascos in the ascus shell, and there are several linear ascospores in each ascus.
The center is full of hyphae, with fissures in between.
The infertile part has no ascus shell.
Powder tan.
① There are many hyphae, white, slender, branched or unbranched, densely crossed into clusters or broken into nodes.
②The body tissue fragments are irregular polygonal, light yellow or yellow-brown, sometimes dark brown epidermal markings are faintly visible, and there are many hyphae on them.
③The outer wall of the stalk tissue of the pedestal is irregularly square and rectangular, composed of many densely arranged slender hyphae.
④Sporangium shell Chemicalbook fragments and whole or decapitated ascomy shell are yellow, translucent, and slender ascus.
⑤ Oil droplets are mostly scattered in the mycelium.
Physical and chemical identification 1. Take 1g of powder, dissolve impurities with ether, extract with chloroform, filter, evaporate chloroform from the filtrate, add 2 drops of glacial acetic acid, then add 2 drops of acetic anhydride, and finally add 1 to 2 drops of concentrated sulfuric acid.
Brown-yellow→red-purple→dirty green.
2. The chloroform-extracted powder is extracted with 20% ethanol under reflux and concentrated to an appropriate amount.
(1) Take 1ml each of the concentrated solution, divide them into 2 test tubes, add a few drops of dilute hydrochloric acid to one tube, and then add a few drops of the bismuth potassium iodide test solution. After standing for 10 minutes, a yellow flocculent precipitate is produced.
The iodine-potassium iodide test solution was dripped into another test tube, resulting in turbidity.
(2) Thin layer chromatography: Take the sample prepared above, the adsorbent is silica gel G, and the plate is made with 0.3mol/L boric acid.
The developing agent is n-butanol-acetic acid-water (2:1:1).
The span is 17cm.
Color developer: a is 0.1% potassium periodate, b is 0.5% benzidine alcohol solution.
Disperse liquid a for 5 times, spray it on the plate, dry it, and spray liquid b to show white spots on a blue background.
Ultraviolet spectroscopy to identify Cordyceps and its resources
The UV spectrum was measured on Shimadzu UV-210A UV spectrophotometer.
Results Both Cordyceps sinensis and Cordyceps saccharum had absorption peaks at 270nm wavelength.
1. Cordyceps sinensis 2. Cordyceps cane moth
II. Production Control Cordyceps Extract:
1) Whole pollution-free pipeline input to ensure that the production process is rigorous, clean and qualified for microorganisms.
2) To ensure complete, accurate and traceable sampling detection for each process in the production process.
3) Ensure that the whole process of powder collecting and packaging is completed in an orderly manner in the Cleaning Area without foreign body invasion.
|
|
III. Quality Control for Cordyceps Extract:
1) Ensure the cleanness of the mixing program.
2) Ensure the accuracy of finished product testing.
3) If the finished products are not qualified, the previous process shall be traced immediately.
4) Guarantee that the unqualified products will not be put into storage or leave the factory.
Iv. Service Control
1) Guarantee 20-50 grams of free pre-shipment sample testing to customers.
2) Follow up the customer's detection of samples and problems found until the problems are solved.
3) Complete all customer requirements and related documents for products.
4) Customize product color, content, packaging, labeling and transportation according to customer requirements.
5) Customers' feedback on product problems shall be guaranteed to give positive and effective response within 24 hours.
