Lactobacillus Plantarum Probiotic Powder

L. Plantarum 500 billion CFUs/gram (Live Probiotic, No Fillers)

Ingredients: Lactobacillus Plantarum (L. Plantarum)

FOR ORAL USE ONLY (taken by mouth).

 

NOTE: Keep refrigerated upon arrival. 

The probiotics are freeze dried so no ice packs, etc are needed during shipment. 

DO NOT purchase no filler probiotic powder if it is NOT refrigerated. Fillers like maltodextrin, etc keep probiotics stable outside of the refrigerator but cause a lot of digestive problems so we don't use them. The CFU count will be much lower than advertised for no filler powders that are not refrigerated.

We keep all our powders in the refrigerator before shipment.

 

FREE US SHIPPING. 

*Free international shipping over $100 USD (use code FREESHIPPING at checkout).

 

How do I measure this? 

Two measuring spoons are included. The small spoon is 50 Billion CFU (0.1g) and the big spoon is 400 Billion CFU (0.8g). 

 

Why powder and not capsules?

Our probiotic powder has no additives. Many people don't realize that a lot of additives worsen their symptoms. Additionally, the microbiome in your mouth, esophagus, and stomach are incredibly important to your health. Taking our flavorless probiotic powder keeps those areas healthy. 

 

Why High Potency? How much should I take? 

Using a dose less than 25 Billion per day will have limited health benefits -- you will need a higher potency to get desirable results. Many people have used other probiotic brands with minimal results because of their low potency. 

It depends on the person and the issue that is being addressed. You’ll start to see results at a minimum of 25 Billion CFUs per day. The average daily dose by our customers is between 200-400 Billion CFUs per day. Some people see significant results with dosages as high as 800 Billion CFUs per day. 

 

15g Size:

150 servings if using 70 Billion CFU serving size  (~1/32 teaspoon or 125mg)

 

50g Size ($2.05 per gram)

4,000 servings if using 5 Billion CFU serving size (~1/256 teaspoon or 15.625mg)

2,000 servings if using 10 Billion CFU serving size (~1/128 teaspoon or 31.25mg)

1,000 servings if using 20 Billion CFU serving size (~1/64 teaspoon or 62.5mg)

400 servings if using 50 Billion CFU serving size (~1/32 teaspoon or 125mg)

200 servings if using 100 Billion CFU serving size (1/16 teaspoon or 0.25g)

100 servings if using 200 Billion CFU serving size (1/8 teaspoon or 0.5g)

50 servings if using 400 Billion CFU serving size (1/4 teaspoon or 1g)

100g Size ($1.69 per gram): 

8,000 servings if using 5 Billion CFU serving size (~1/256 teaspoon or 15.625mg)

4,000 servings if using 10 Billion CFU serving size (~1/128 teaspoon or 31.25mg)

2,000 servings if using 20 Billion CFU serving size (~1/64 teaspoon or 62.5mg)

800 servings if using 50 Billion CFU serving size (~1/32 teaspoon or 125mg)

400 servings if using 100 Billion CFU serving size (1/16 teaspoon or 0.25g)

200 servings if using 200 Billion CFU serving size (1/8 teaspoon or 0.5g)

100 servings if using 400 Billion CFU serving size (1/4 teaspoon or 1g)

Statement on Allergens

Dairy Free

Sugar Free

Gluten Free

Preservative Free

Soy Free

GMO Free

Yeast Free

Casein Free

Free of Artificial Colors or Flavors

Prebiotic Free

How long will a 50 gram or 100 gram powder last? 

50 grams will last about 2 months if you take 200 Billion CFUs per day or 8 months if you take 50 Billion CFUs per day. 100 grams will last about 4 months if you take 200 Billion CFUs per day. 

Can infants and children take probiotics? 

Based on existing research, infants can start taking probiotics at 6 months of age. 

How much probiotics can an infant take? 

Infants can take up to 50 Billion CFU per day. 

What are CFUs?

CFU stands for Colony Forming Unit. This is the bacterial count of probiotics. 

Why aren’t BulkProbiotics enteric coated? 

Enteric coated probiotics are mainly a marketing gimmick. The strains that are used at BulkProbiotics are vetted to have excellent acid and bile tolerance as well as the capacity to survive intestinal transit. 

What happens if I leave the probiotics outside of the refrigerator for a couple of days? 

2 year temperature stability testing has been performed on our probiotics and the loss would be negligible. Our probiotics can remain at room temperature (or travel) for 5 weeks with limited loss, however, it is best to store the probiotics in the refrigerator for optimum potency. 

Why do some individuals get a “die-off” reaction? 

This is due to a ‘war’ that occurs between the probiotics and the bad bacteria in your body. If there is a large imbalance in your gut bacteria, the die-off reaction will be higher. To avoid this we recommend that you gradually increase your dosage starting with about 25 Billion CFU per day and increase every few days over a couple of weeks. 

Do your probiotics contain any dairy or gluten? 

Our probiotics are dairy and gluten free. They do not utilize milk, milk derivatives, GOS, or Inulin as additional ingredients in the fermentation media. 

When should I take probiotics? Is it ok to take probiotics with drugs, vitamins, or antibiotics? 

As a digestive aid, it is best to take 30 minutes before a meal; otherwise, it is also ok to take on an empty stomach in the morning or at bedtime (at least 2 hours after eating). Probiotics should not be taken with antibiotics (take 2 hours before or after taking antibiotics). 

What is the return policy?

We accept returns within 30 days for all 10g probiotic powders that are unopened. We do not accept returns for any other sizes. The 10g size is available to experiment to help you find the right probiotic strains for you. 

 

The gut microbe L. plantarum is a promising probiotic for diarrhea, high cholesterol, and atopic dermatitis. How does it work, and what other benefits might it have? Learn more here.

What is Lactobacillus plantarum?

Lactobacillus plantarum is a widespread species of lactic acid bacteria. It is commonly found in many fermented plant products such as sauerkraut, pickles, brined olives, and Korean kimchi.

1. plantarum is an antioxidant with anti-inflammatory, antiobesity and antidiabetic properties [1].

Nutritional Benefits

B vitamins

1. plantarum isolated from raw cow’s milk is able to produce B-group vitamins riboflavin (B2) and folate (B9) [2].

Iron Absorption

1. plantarum can increase iron absorption from a fruit drink in healthy women by approximately 50% [3].
2. plantarum can increase iron absorption from an oat base in women by over 100% [4].

Calcium Absorption

Fermented milk containing L. plantarum showed higher calcium retention uptake [5].

Possibly Effective For

1) Diarrhea

Lactobacillus probiotics have shown a great deal of promise for improving the diarrhea associated with various disorders, including traveler’s diarrhea and antibiotic-associated diarrhea [6, 7].

In a clinical trial of 438 children with antibiotic-associated diarrhea, L. plantarum probiotics reduced the incidence of loose or watery stools and abdominal pain, without producing adverse side effects [7].

2) Skin Health

In clinical trials, L. plantarum significantly increased the skin water content in the face and hands. Volunteers in the probiotic group had a significant reduction in wrinkle depth at week 12, and skin gloss was also significantly improved by week 12. Skin elasticity in the probiotic group improved by 13.17% after 4 weeks and by 21.73% after 12 weeks [8].

When taken as a probiotic, L. plantarum improved skin hydration has anti-photoaging effects on human skin [9, 10].

1. plantarum inhibited the degradation of collagen and promotes its synthesis, decreasing reactive oxygen species (ROS) production [11].

In hairless mice, L. plantarum decreased UVB-induced epidermal thickness, suppressed water loss and increased the ceramide level [12, 13].

Atopic Dermatitis

Daily intake of citrus juice containing heat-killed L. plantarum alleviates symptoms of atopic dermatitis in humans [14].

1. plantarum isolated from Kimchi improves mouse atopic dermatitis [15].

3) Ulcerative Colitis

Lactobacillus probiotics have shown promise in reducing the symptoms of ulcerative colitis in multiple clinical trials. A synbiotic blend containing L. plantarum in particular significantly improved UC symptoms in 73 patients after 8 weeks [16, 17].

4) Cholesterol

Lactobacillus probiotics have reduced cholesterol in a number of clinical trials. In a study of 60 volunteers with high cholesterol, a probiotic containing L. plantarum reduced total cholesterol by 13.6% after 12 weeks [18].

In rats with diabetes, L. plantarum reduces blood triglyceride and “bad” LDL-cholesterol rates, while increasing the level of “good” HDL-cholesterol [19].

Total serum cholesterol and triglycerides were significantly reduced in mice with elevated cholesterol, after ingestion of L. plantarum [20].

Double-coated L. plantarum lowers cholesterol levels in mice on a high-fat diet [21].

5) Obesity

A hypocaloric diet supplemented with a probiotic-enriched cheese containing L. plantarum reduced the BMI and blood pressure in Russian adults with obesity and hypertension [22].

1. plantarum also protected mice from diet-induced obesity. This bacterium lowers body weight, fat mass, fasting blood glucose, serum insulin, and leptin levels and pro-inflammatory markers in obese mice [23, 24, 25].
2. plantarum fermented barley reversed glucose intolerance, ameliorated elevated insulin, decreased levels of triglycerides and total cholesterol in rats on a high-fat diet [26].
3. plantarum improved the hepatic and urinary functions of obese rats by inducing decreases in alanine aminotransferase (ALT), gamma-glutamyl transferase (GGT), plasmatic triglycerides, total cholesterol concentrations, creatinine, urea, and body weight [27].

6) Blood Sugar

1. plantarum reduced glucose levels in postmenopausal women [22].

Soy milk containing L. plantarum had antioxidant properties and decreased DNA damage among patients with type 2 diabetes [22].

1. plantarum decreased food intake, blood glucose level, glycosylated hemoglobin level and leptin levels in mice. This bacterium also favorably regulated insulin level and increased “good” (HDL) cholesterol [28].
2. plantarum caused a significant reduction of blood glucose levels in response to insulin in mice on a high-fat diet [29].

Treatment with L. plantarum favorably regulates blood glucose, hormones, and lipid metabolism in the diabetic rats [30].

1. plantarum significantly improved immunological parameters and protected the pancreatic tissues in rats with diabetes. Furthermore, this probiotic treatment markedly reduced pancreatic and plasmatic lipase activities and serum triglyceride and LDL-cholesterol rates and increased the level of HDL-Cholesterol. It also exerted efficient protective effects on the liver and kidney functions [19].

7) Wound Healing

In a small clinical study of 34 people with leg ulcers, topical application of L. plantarum reduced infected chronic venous ulcer wound bacterial load, neutrophils, apoptotic and necrotic cells, and induced wound healing in both diabetic and non-diabetic patients [31].

8) Dental Health

Heat-killed L. plantarum decreased the depth of periodontal pockets in patients undergoing supportive periodontal therapy [32].

9) Immunity

In a clinical study of 171 adults, L. plantarum improved immune activity and decreased stress markers [33].

Even heat-killed L. plantarum activated innate and acquired immunity in humans [32].

1. plantarum enhanced immunity in the small intestine of immunosuppressed mice [34].

Against Viruses

In mice infected with herpes simplex virus type 1 (HSV-1), oral administration of L. plantarum significantly delayed the development of skin lesions in the early phase of infection and reduced the amount of virus in the brain [35].

Also in mice, L. plantarum isolated from the fermented Korean cabbage conferred 100% protection against lethal infection with influenza A viruses, prevented significant weight loss and lowered lung viral loads [36].

10) Allergies

In a clinical study of 42 adults, citrus juice fermented by L. plantarum improved the symptoms of Japanese cedar pollinosis [37].

In a cell study, L. plantarum reduced the allergenicity of soy flour [38].

Oral administration of L. plantarum alleviated airway hyperresponsiveness and allergic responses in mice [39].

11) Candidiasis

In patients with vulvovaginal candidiasis (VVC), L. plantarum reduced vaginal discomfort after conventional treatment and improved vaginal bacteria content and vaginal pH value [40].

In a clinical trial, L. plantarum use was associated with a three-fold reduced risk of recurrence of vulvovaginal candidiasis [41].

1. plantarum also kills Candida in the laboratory [42].

12) Detox

1. plantarum alleviates cadmium (Cd) – induced cytotoxicity in human intestinal cells and mice in the laboratory [43, 44].
2. plantarum protects against aluminum toxicity in mice, by reducing intestinal aluminum absorption and tissue accumulation, and ameliorating liver damage, kidney, and brain oxidative stress [45].

Treatment with L. plantarum alleviates copper toxicity, by increasing copper excretion and reducing the accumulation of copper in tissues. L. plantarum also reversed oxidative stress induced by copper exposure, recovered the ALT and AST blood levels and improved the spatial memory of mice [46].

13) Vascular Dementia

1. plantarum fermented soymilk extract improves learning and memory in rats with vascular dementia, by acting as a blood pressure-lowering and neuroprotective agent [47].

14) Anxiety

Chronic ingestion of L. plantarum increased locomotor activity, dopamine, and serotonin levels while reducing anxiety-like behaviors in mice. It also reduced depression-like behaviors, and inflammatory cytokine levels, and increased anti-inflammatory cytokine levels in the serum of mice subjected to early life stress [48, 49].

15) Cardiovascular Health

Blood Pressure

1. plantarum fermented soymilk extract acts as a blood pressure-lowering agent in rats [47].

Also in rats, blueberries fermented with L. plantarum lowered blood pressure and improved markers that may indicate the risk of cardiovascular diseases [50].

Atherosclerosis

Lipoteichoic acid (LTA) from L. plantarum inhibits the production of proinflammatory cytokines and suppresses atherosclerotic plaque inflammation in mice [51].

16) Inflammation

1. plantarum significantly decreases the production of proinflammatory cytokines in mice and rats [52, 53]. It also alleviated oxidative stress and adrenaline levels [52].

17) Liver Health

Treatment of obstructive jaundice in rats with L. plantarum returned active liver barrier function [54].

1. plantarum protects against oxidative stress and inflammatory injury of the liver in mice [55].
2. plantarum alleviated liver damage in hyperlipidemic mice [56].

Supplementation with L. plantarum for 5 weeks restored liver function in rats with non-alcoholic fatty liver disease (NAFLD) and decreased the levels of fat accumulation in the liver. In addition, the bacterium significantly reduced proinflammatory cytokines [53].

18) Gut Health

1. plantarum reduces inflammation in intestinal epithelial cells [57].

Intake of L. plantarum can counteract unwanted bacteria in the intestine [3].

1. plantarum enhanced gastrointestinal transit in mice with loperamide-induced constipation [58].

Ulcers

Oral administration of L. plantarum ameliorates ulcerative colitis in mice via both anti-inflammatory and immunomodulatory activities [59].

IBS

1. plantarum reduces gas problems and pain in people who suffer from irritable bowel syndrome [60].

H. pylori infection

1. plantarum prevents gastric mucosal inflammation and gastric microbiota alteration induced by H. pylori infection in mice [61].
2. plantarum delays the colonization of H. pylori in rat stomachs attenuates gastric inflammation and ameliorates gastric histopathology [62].

19) Infant Growth

1. plantarum strain maintained the growth of infant mice during chronic undernutrition [63].

20) Physical Endurance

1. plantarum significantly decreased body weight and increased relative muscle weight, grip strength and endurance swimming time in mice [64].

21) Female Fertility

1. plantarum ameliorated inflammation-induced infertility in mice [65].
2. plantarum reinforced natural microflora and lead to a resurge of fertility in mice infected with E. coli [66].

22) Histamine Intolerance

L plantarum can degrade biogenic amines in a laboratory setting. It may be worth investigating in people with histamine intolerance [67].

Mechanisms

• Decreases the production of proinflammatory cytokines (IL-6, IL-8, and MCP-1) [57­]
• Increases the production of anti-inflammatory cytokines (IL-10) [52]
• Decreases ALT and AST [55]
• Decreases NF-κB [55]

*These statements have not been evaluated by the Food and Drug Administration.

*These products are not intended to diagnose, treat, cure, or prevent any disease.