[Latin Name] Vaccinium uliginosum

[Appearance] Dark Purple fine powder
[Particle size] 80 Mesh

[Loss on drying] 5.0%

[Heavy Metal] 10PPM

[Extract solvents] Ethanol

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

[Package] Packed in paper-drums and two plastic-bags inside. Net weight:25kgs/drum

[General feature]

1.The raw material blueberry fruits are from Daxing’an Mountain range;
2.Without any adultery of other relative species of Berries, 100% pure from blueberry.
3.Perfect water solubility,water insolubles<1.0%
4.Good solubility in water, which could be widely used in beverage, wine, cosmetics, cake, and cheese etc.
5. Low ash, impurity, heavy metal, solvent residue and no pesticide residue.

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[Function]

Blueberries are flowering plants of the genus Vaccinium with dark-blue berries. They are picked up from wild bushes which are free of pollution. Blueberry are rich in anthocyanosides,

proanthocyanidins, resveratrol, flavons and tannins inhibit mechanisms of cancer cell development and inflammation.

[Application]
1. Protect eyesight and prevent blindness, glaucoma, improve myopia.
2. Scavenge free radical activity, prevent atherosclerosis.
3. Soften blood vessels, enhance immune function.
4. Prevent brain from aging; anti-cancer

Webinar given January 19, 2016 by J.Y. Zhu from the USDA Forest service, Forest Products Lab.

Biofuel production from woody biomass through the sugar platform requires efficient production of fermentable sugars either chemically and enzymatically by hydrolyzing polysaccharides in wood cell walls. Enzymatic sugar production is a mature technology that can produce high quality sugars but requires a pretreatment step to open wood cell wall structure to improve its accessibility to enzymes, because nature produces wood as a structural material that is not easily accessible to most microbes to deconstruct into basic building blocks such as simple sugars. Unfortunately, pretreatment is the most expensive step in biofuel production through enzymatic saccharification and fermentation. This is especially true for woody biomass due to its high lignin content and strong physical integrity. Pretreatment softwood and harvest softwood forest residue, the feedstock NARA project proposed to use, is even more difficult. Most existing pretreatment processes cannot produce good enzymatic digestibility from softwood. In this webinar, I will outline the basic principles of pretreatment, its limitations, and its effect on downstream co-product development. Especially, I will discuss the SPORL pretreatment NARA adopted for bio-jet fuel production, its versatility, performance, kinetics based process scale-up, and lignin co-product.

I simply love how practical and tasty this Multi Seed Tahini bread is. You only need to combine a few ingredients and magically you end up with a beautiful loaf! Usually, I manage to cut my loaf into 17 slices, leaving each slice with only 1.2 grams of net carbs!

You can also find the full recipe in the blog post below:

https://www.iamkika.com/2017/08/multi-seed-tahini-bread/

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Ingredients
- 1 cup of tahini
- 4 eggs
- 1 teaspoon of baking powder
- 1 teaspoon of salt
- 1/2 cup of mixed seeds (I’m using chia, sunflower, and pumpkin seeds)

Directions
1. In a large bowl whisk tahini, salt, baking powder, and eggs.
2. Next, add your mix of seeds and using a spatula stir until well combined.
3. Grease a loaf pan with coconut oil and cover it with a baking sheet. I’m using a 20 cm one. Then, add in the batter.
4. Preheat oven at 160C (320F) and bake it for 30 minutes or until a toothpick inserted in the middle comes out clean.
5. It’s DONE!