[Latin Name] Linum Usitatissimum L.

[Plant Source] from China

[Specifications]SDG20% 40% 60%

[Appearance] yellow brown powder

Plant Part Used:Seed

[Particle size] 80 Mesh

[Loss on drying] ≤5.0%

[Heavy Metal] ≤10PPM

[Storage] Store in cool & dry area, keep away from the direct light and heat.

[Shelf life] 24 Months

[Package] Packed in paper-drums and two plastic-bags inside.

[Net weight] 25kgs/drum

Product description:

Flaxseed extract is a kind of plant ligan most notably found in flaxseed. Secoisolariciresinol diglycoside, or SDG is existed as its main bioactive components. SDG is classified as a phytoestrogen since it is a plant-derived, nonsteroid compound that possesses estrogen-like activity. Flaxseed extract  SDG has weak estrogenic activity, when intake as food it will be trasfer to flax ligan which have same structure with estrogens.The level of SDG in flaxseed typically varies between 0.6% and 1.8%. Flaxseed extract powder SDG can reduce the blood lipid, cholesterin and triglyceride, it can also prevent for apoplexy, hyperension, blood clots, arteriosclerosis and arrhythmia. In addition, flax seed extract powder SDG is benificial for diabetes and CHD.

Main Function:

1.Flaxseed extract used to lose weight. Can burn surplus fat of Body;

2.Flaxseed extract will reduce allergic reaction, reduce asthma, improve arthritis;

3.Flaxseed extract with the function of improving female menstrual period syndrome;

4.Flaxseed extract can reduce the bad influence of hazardous chemicals produced when under pressure, control Stress, reduce depression and insomnia;

5.Flaxseed extract will improve skin fat content, moisten the skin smooth, soft and flexible, make the skin breath and sweat to normal, to mitigate various skin problems.

Medicinal coleus (Coleus forskohlii Briq)
Liliaceae

Soil and Climate
Well drained red loamy soils are suited for cultivation. Water stagnation should be avoided. Crop thrives best in areas receiving 70 cm annual rainfall.
Seed and seed rate
The crop is propagated through terminal cuttings (10 cm)
Season
Planting is done during June — July.
Planting
Planting is done at 60 x 45 cm spacing (37,030 plants/ha). In low fertile soils, planting is done at 60 x 30 cm which requires 55, 500 plants/ha.

Irrigation
Irrigation is given immediately after planting and subsequently at weekly intervals of time.
Manuring
Incorporate 15 t/ha of FYM during last ploughing. NPK at 30:60:50 kg/ha is applied in two split doses at 30 and 45 days after planting. Apply 10 kg ZnSo4/ha to avoid micronutrient deficiency.
Plant protection
Nematode
1. Crop rotation with Sorghum and Maize can be maintained
2. Planting of marigold along the sides of channels control nematode population
3. Apply 200 kg/ha of neem cake before planting
4. Apply 15 — 20 kg/ha of Carbofuran to control the infestation
Root rot
Trichoderma viridi @ 5 kg/ha is mixed with well rottened FYM and applied twice at 20 days interval.
Bacterial wilt
Drench 300 ppm of Streptocycline to control the wilt. Also apply Pseudomonas fluorescence 5 kg/ha by mixing it with well rottened FYM.
Harvest
Harvest can be done at 5 — 6 months after planting. Harvesting must be done without any damage to the tubers.
Yield
Fresh tubers : 15 — 20 t/ha
Dry tubers : 2000 — 2200 kg/ha

Post harvest handling
Harvested tubers are cut into small pieces and dried under shade until it reaches 8 % moisture level.

MEDICINAL PROPERTIES AND USES • Dried tuberous roots are the economic part. • Its tuberous roots are found to be rich source of an alkaloid called Forskolin • Forskolin is the important base for many drugs developed for hypertension, glaucoma, asthma, congestive heart failures, weight management and certain types of cancers.
• In addition, forskolin is reported to have been used in the preparation of medicines preventing hair greying and restoring grey hairs to its normal colour. • Leaves are employed in treating intestinal disorders and used as a condiment.

Varieties ‘Selection-K’ a non flowering type, has been found good under Nature Herbs, Kanpur. All the growing areas are using this type only.

Web: https://www.natureherbs.org | www.natureherbs.co
Email : natureherbs@ymail.com
Watsapp: +91 841 888 5555
Skype: nature.herbs

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Bacterial CultureMediabasics Dr.T.V.Rao MD
,Major Contribution to Culture Media ,Agar – Agar Frau Hesse’scontribution ,Agar – Agar Solid medium is made by adding Agar
Agar is obtained from Sea weeds New Zealand agar is more Agar contain long chain poly saccharides.Inoranic salts and protein like substance Melts at 980c and sets at 420c ,Agar – Agar Complex polysaccharide
Used as solidifying agent for culture media in Petri plates, slants, and deeps Generally not metabolized by microbes Liquefies at 98°C Solidifies ~42°C Dr.T.V.Rao MD’s ‘e’ learning series ,Media and Culture Media: Nutrients (agar, pH indicators, proteins and carbohydrates) used to grow organisms outside of their natural habitats
Culture: The propagation of microorganisms using various media ,Culture media Used to grow bacteria
Can be used to: Enrich the numbers of bacteria
Select for certain bacteria and suppress others Differentiate among different kinds of bacteria ,Culture and Medium Culture is the term given to microorganisms that are cultivated in the lab for the purpose of identifying and studying them.
Medium is the term given to the combination of ingredients that will support the growth and cultivation of microorganisms by providing all the essential nutrients required for the growth (that is, multiplication) in order to cultivate these microorganisms in large numbers to study them. ,Specific Media Defined media are media composed of pure ingredients in carefully measured concentrations dissolved in double distilled water i.e., the exact chemical composition of the medium is known. Typically, they contain a simple sugar as the carbon and energy source, an inorganic nitrogen source, various mineral salts and if necessary growth factors (purified amino acids, vitamins, purines and pyrimidines
,Need for Culture Media It is usually essential to obtain a culture by grwoing the organism in an artificial medium.
If more than one species or type of organism are present each requires to be carefully separated or isolated in pure culture. Several organism need the determination of Antibiotic sensitivity pattern for optimal antibiotic selection ,Basic requirements of culture media Nutrients – Energy source – Carbon source – Nitrogen source Mineral salts – Sulphate, phosphates, chlorides & carbonates of K, Mg & Ca. A suitable pH – 7.2 – 7.4 Accessory growth factors – Tryptophan for Salmonella typhi – X & V factors for H. influenzae
,Pouring the Culture Plates ,Petri dish with Media Plate: provide large surface for isolation and observation of colonies
Using a sterile loop or a sterile swab streak your sample on the petri plate Important let your sterilized loop cool before you pick up your sample ,Classification of Culture media Based on the consistency:Liquid — Peptone water, Nutrient broth Semisolid — Nutrient agar stabsSolid — Blood agar, Serum agar Based on Oxygen requirement: — Aerobic medium — Anaerobic media
,Aerobic Media Simple media Complex mediaMay be Synthetic or Defined Medium – Enriched media – Differential media – Enrichment media – Selective media Semisyntetic Medium – Sugar media – Transport media
,Aerobic media Liquid media – Peptone water(1% peptone +0.5%Nacl + 100 ml water)- Nutrient broth ( peptone water + 1% meat extract Solid media- Nutrient agar (nutrient broth + 2% Agar) Use: To grow non-fastidious microorganisms Simple media- consists of only basic necessities
,Liquid Medium Difficulat to identify all types of organisms
Suitable for isolation of bacteria from Blood culturing and water analysis ,Peptone Peptone contain partially digested proteins
Proteases Polypeptides Aminoacids Inorganic salts Phosphates Potassium and Magnesium Riboflavin Meat exract called as Lab lemco ,Nutrient Agar Contain 2% ag