[Products Name] Bee pollen

[Specification]

Tea bee pollen

Mixed bee pollen

Pure Rape bee pollen

Bee pollen Extrac

[Gerneral feature]

1. Low antibiotics;

2.Organic certified by ECOCERT, according to EOS & NOP organic standard;

3.100% pure natural bee pollen, no additives;

[Introduction]

Bee pollen is the pollen agglomerate which was collected from plant and processed by bees, and was called almighty nutrition food, concentrated natural drug storeroom, to be taken orally cosmetic, concentrated amino acid etc, bee pollen is the gem of human natural food.

Pollen can be harvested by the beekeeper from the bees as they enter their hive. It is then cleaned and either dried or frozen before being included in natural remedies and food supplements.

[Functions]

Bee pollen can enhance body colligate immunity function, prevent from caducity, hairdressing, prevent from cardiovascular virus, prevention and cure prostate virus, adjust intestines and stomach function, adjust nerve system, accelerate sleep, cure other viruses assistant such as anemia, diabetes, improve memory and the balk of menopause.

Pollen can be used as Honey Bee Pollen .Honey Bee Pollen is a mixture of bee pollen (milled), royal jelly. It is a liquid product and the recommended dose is 2 teaspoonful per day preferably with breakfast.

Pollen contains no additives or preservatives. It is suitable for all ages, but particularly those who have a hectic lifestyle, or older people who are in their advanced years and would benefit from a pleasant tasting, easy to take liquid product with added important vitamins which they might not be getting in their normal diet.

Most people take this on a regular basis as a breakfast supplement. It can provide a boost to a general feeling of well being for those feeling below par. Not only does it impart the effect of royal jelly but the pollen is extremely nutritious containing many amino acids and proteins.

[Application] It was widely used in health tonic, health pharmacy, hairdressing and cosmetic area.

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All of these frequencies, and the effects they have on the brain have been studied by scientists over the past 40 years, mainly accredited to Robert Monroe of The Monroe Institute. From the extensive research done and on the strength of Monroes’ findings, he concluded that inducing brainwave frequencies through the use of binaural beats causes a wide range of effects. But Monroe is definitely not alone in his findings. There are lots of other scientists that have also noted that these lower brainwave frequencies are accompanied by deep tranquility, flashes of creative insight, euphoria, intensely focused attention, enhanced learning abilities, spiritual awareness, and so much more.

How to use binaural beats:
Find a comfortable place free of distractions. It’s important not to listen to binaural beats when you need to do something that requires your full attention like driving. Avoid any tasks that are mentally demanding because the meditative state is not conducive to quick, action-oriented critical thinking.

Listen to binaural beats when you want to relax, clear your mind, get your creative juices flowing, engage your intuition to help solve problems and for personal development work such as repeating affirmations and doing visualization.
Be sure to give yourself enough listening time! The brain requires about 7 minutes to entrain, or fall in sync, with the audio stimulus. Give yourself at least 15-30 minutes of listening time to experience the benefits.

You must use stereo headphones for binaural beats to work. Why? Because the ‘beats’ themselves are created in your brain The word binaural means “having or relating to two ears.” It works like this: each ear receives a slightly different frequency at the same time, and the brain perceives the tone that is the difference of the two. If 210 Hz pulses into one ear and 200 into the other, the brain will process the two sounds into a 10 Hz frequency, which happens to be the same frequency produced by the brain during meditation.

Fayed, A.E.
Detection of Domiati cheese adultration with palm oil.
Identification of palm oil in some fatty products.
Influence of insecticide residues on growth and activity of Streptococcus diacetilactis and Leuconostoc cremoris.
Presistence of Fenvalerate pyrethroid in milk in relation to lactic acid bacteria.
Susceptibility of some lactic acid bacteria to different insecticides.
Ultrafiltration of reconstituted skimmilk powder in relation to the rennet ability and casein fractions.
Application of ultrafiltration technique for production of low calorie recombined butter rich in protein.
Ultrafiltration whey protein concentrate as a substitute for egg white in pie topping meringue.
Production of aromatic recombined butter by using different milk solids not fat ingredients.
Distribution of some insecticides in milk fat globule materials.
Keeping quality of market butter oil in comparison with samna.
Ultrafiltration whey concentrate as protein fortifier in macaroni manufacture from wheat flour.
Fiber fortification of ice milk by means of cooked wheat.
Enhancement of milk fat quality by conversion into recombined butter in relation to some properties of skimmilk powder used.
Incidence of some environmental pollutants in milk and its products at great Cairo markets.
Substitution of non fat milk solids in ice cream with ultrafiltration whey protein concentrate.
Milk preparedness for bacterial growing in relation to environmental contaminants.
Quality evaluation of imported skimmilk prowder.
Effect of milk fat quality on the properties of recombined butter.
Utilization of some food industry wastes prepared as milk fat antioxidants.
Effect of microwave treatment on bacteriological and keeping quality of buffaloes milk.
Monitoring some contaminants during the manufacture of some conventional dairy products.
Ultrafiltration membrance permeability of some milk contaminants.
Physical and organoleptic properties of yoghurt made from standardized buffalo’s milk fortified with total milk proteinate.
Production and characterization of bacterial coagulants as calf rennet replacer for Egyptian cheesemaking.
The profile of market Domiati cheese with emphasis on biogenic amines occurrence.
Production of bacteriocin using ultrafiltrated milk permeate.
The use of ultrafiltration technique for recovery of nisin-like bacteriocin.
Comparative supplementation of ice cream mixes by ultrafiltrated skimmilk retentate or whey proteins concentrate.
Production of low calorie ice cream.
Comparative acylation methods of ultrafiltrated whey proteins concentrate with emphasis on the functional properties.
Effect of using alternative combination of glucono delta lactone with lactic starter culture on the properties of UF-white soft cheese during cold storage.
Brevibacterium linens as an adjunct starter culture in low fat Ras cheese.
Influence of some preservatives on cast UF-white soft cheese properties during cold storage.
Antifungal efficiency of a starter culture containing Lactobacillus reutrei during Ras cheese ripening.
Influence of formaldehyde and hydrogen peroxide as preservatives on the properties of buffalo’s milk proteins.
Comparative evaluation between Selandid and Maltodextrin as fat mimetic in low fat Ras cheesemaking.
Production of probiotic low calorie sour cream.
Production of light calorie whipped cream using mimetic fats and stevioside.
Effect of Transglutaminase on the quality of yoghurt made with different milk protein sources.
Biological evaluation of cow’s milk yoghurt fortified with different source of milk proteins.
Antifungal efficiency of a starter culture containing some Lactobacillus species during Ras cheese ripening.
Utilization of ultrafiltrated whey protein concentrate in the manufacture of reduced fat processed cheese spread.
Biological Attributes of bio-yoghurt versus the conventional one fed in spray dried form.
Effect of cow’s milk treatment with transglutaminase on the composition and quality of yoghurt with particular reference to its biological value.
Performance of transglutaminase as body stabilizer in Tallaga cheese made from ultrafiltrated cow’s milk retentate.
Utilization of mushroom powder for substituting dried skimmilk in the manufacture of processed cheese spread.
Glycoprotein fortification of bioyoghurt.
Improvement of yoghurt efficiency as functional food by glycoprotein fortification.
Application of ultrafiltration technique in the manufacture of reduced-calorie frozen bioyoghurt in synbiotic form.
Healthy multifunctional spectra of milk glycoproteins and their fragments.
Production of carbonated stirred yoghurt fortified with some physiological active ingredients.
Physiologically Active Ingredients as Yoghurt Fortifiers.
Rheological, microstructural and biological characteristics of probiotic ultrafiltrated skimmed milk cheese in comparison with the conventional Kariesh cheese.
Economics scale for processing of white soft cheese in Egypt.