Cordyceps Raw Materials powder Cordyceps

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Specification​: 99% min Cordyceps powder

Sample:Cordyceps powder

Packaging:1kg/bag, 25kg/drum

Brand: Raw Materials

Appearance: White powder

Storage: Cool Dry Place

Shelf Life: 2 Years

Test Method: HPLC

Cordyceps powder Usage and Synthesis.

Effects and Indications: Cordyceps mainly has the functions of tonifying the kidney and lung, stopping bleeding and removing blood stasis. It can be used to treat a variety of conditions such as musculoskeletal pain and chronic atrophic gastritis.

Widely used: Cordyceps is widely used in Chinese medicine for its remarkable tonic effect, and is regarded as one of the three major tonic products in China together with ginseng and deer antler.

Therapeutic formulas: For different diseases, Cordyceps can be used in combination with other herbs to enhance the therapeutic effect. For example, in the treatment of musculoskeletal pain, Cordyceps sinensis can be combined with herbs such as eucommia and wugapi. In the treatment of chronic atrophic gastritis, Cordyceps can be combined with herbs such as Codonopsis and Poria.

Unique properties: Cordyceps sinensis is parasitized by a fungus in the larvae of a specific insect and develops in the summer, and this special way of growth gives it unique biological properties and medicinal value.

Uses and functions of Cordyceps powder.

Cordyceps is a valuable natural tonic, on a par with ginseng and antler. It grows in alpine areas and contains a large amount of Cordyceps sinensis, a substance that can be converted into nucleic acid when it enters the human body and is considered a natural antibiotic. Cordyceps can inhibit the regeneration of viral cells and has a strong tonic effect

Pharmacological effect of Cordyceps powder.

I. Immunomodulation and anti-fatigue
Enhancement of immunity
Cordyceps polysaccharides and Cordyceps acid significantly enhance the body's non-specific immune ability by activating macrophages and promoting the proliferation of T-lymphocytes.

Anti-fatigue
By increasing the efficiency of ATP synthesis in mitochondria and reducing the level of lactic acid in blood, it prolongs the exercise endurance (animal experiments show that the swimming time of mice is prolonged by 40%).

II. Organ protective effects
Kidney protection
Inhibit the process of renal tubular fibrosis, reduce the amount of urinary protein excretion, and improve the renal function of rats with chronic kidney disease model by 60%.

Respiratory system regulation
Relieve bronchoconstriction and inflammatory infiltration, clinically shown to improve the rate of FEV₁ (forced expiratory volume in one second) in asthma patients by about 15%-20%.

Cardiovascular protection
Cordycepin assists in regulating blood pressure and myocardial oxygenation by diastolizing vascular smooth muscle and reducing blood viscosity.

III. Metabolism and cell regulation
Antioxidant and Aging Delay
Cordyceps superoxide dismutase (SOD) scavenging free radicals ability of ordinary vitamin C 3 times, delaying the aging of skin fibroblasts.

Anti-tumor effects
Cordycepin blocks DNA replication of tumor cells by inhibiting topoisomerase activity (in vitro experiments have shown an inhibition rate of over 50% on lung cancer A549 cells).

Blood Sugar Regulation
Promote the regeneration of pancreatic β-cells, reduce the fasting blood glucose value of high glucose model mice by about 30%.

IV. Nervous system and endocrine regulation
Sedation and tranquilization
Cordyceps adenosine shortens the sleep latency of insomnia model mice (by about 35%) by activating GABA receptors.

tonifying the kidneys and benefiting the lungs
Regulate the function of hypothalamus-pituitary-gonadal axis, improve sperm vitality and lung tissue oxygenation capacity of kidney yang deficiency animal model.

V. Auxiliary restorative functions
Stopping bleeding and resolving phlegm
Promoting platelet aggregation and bronchial cilia movement, accelerating the repair of damaged mucosa (clinical trials show that the relief rate of coughing up blood is about 70%)

Product Method of Bulk Cordyceps powder.

I. Limitations of natural cordyceps production
Ecological Dependence
Cordyceps requires specific bat moth larvae hosts and alpine meadow environment (3000-5000 meters above sea level), which cannot artificially simulate a complete host-bacteria symbiosis system.

Harvesting status
Relying on wild resources collection, the yield is significantly affected by climate and ecological damage, and there is a risk of resource depletion.

Mainstream technology of artificial cultivation of Cordyceps sinensis
At present, industrialized production is dominated by chrysalis cordyceps (Cordyceps sinensis flower), and the core technologies include:

(i) Solid-state fermentation method (substrate culture)
Preparation of culture medium
Adopt wheat, rice and other grains mixed with organic matter (such as soybean meal, corn cob meal), add insect residue powder (5%) to simulate the natural host environment, and adjust the pH to 5.5-6.5 after autoclaving.

Strain treatment
Genetically improved strains (e.g., overexpression of adenosine synthase to enhance cordycepin production) were selected and inoculated into the solid substrate after propagation through liquid amplification.

Cultivation conditions
Mycelium stage: 15-18°C, 85%-90% humidity, dark environment, CO₂ concentration 2000-5000 ppm;
Substrate induction: temperature stimulation (20°C day/12°C night), blue LED (450 nm wavelength, 2000 lux intensity) irradiation for 12 h/day.

Harvesting
Maturity period about 30-50 days, harvest when the substrate is orange-yellow to avoid excessive aging