BioMedica TriFlora 60 caps

BioMedica TriFlora 60 caps

Highlights

Highlights: BioMedica TriFlora 

Synergistic probiotic with added glutamine

• No refrigeration required
• Selection of specialised strains with excellent survivability in a wide temperature range
• High performance packaging materials to ensure minimal moisture permeability
• Strictly controlled manufacturing conditions from seeding through to packaging to ensure optimal bacterial survival
• Specific blend of probiotic strains which exhibit superior GI tract survivability and mucosal adherence
• Blister packs provide both convenience and excellent moisture-barrier protection, ideal for use while travelling
• Produced to BioMedica’s stringent formulation standards
• Dairy and D-lactate free
• A low excipient, vegan formula

Dosage

Dosage: BioMedica TriFlora

Take 1 capsule daily, or as directed by a healthcare practitioner.

Ingredients

Ingredients: BioMedica TriFlora

CFU = Colony Forming Units

Full ingredients list

Full ingredients list: BioMedica TriFlora

L-Glutamine

Proprietary vegetable capsule (based on hypromellose)

Lactobacillus rhamnosus

Lactobacillus casei

Bifidobacterium lactis

Cellulose microcrystalline

Silica colloidal anhydrous

Allergen information

Allergen information: BioMedica TriFlora

The following substances have not been used in the production of this product however the finished product has not been tested to confirm the absence of these substances so care must be taken in the case of anaphylaxis

Batch 157089, 11/2017 onwards

Dairy | corn | wheat | egg | soy | lactose | glucose | sucrose | fructose | sulphates/sulphites | gelatin | crustaceans | nuts | salicylates | amines | potato | rice | gluten

Suitable for vegans

Storage

Storage: BioMedica TriFlora

Store in a cool, dry place below 25°C.

Probiotic Stability Statement

Probiotic Stability Statement: BioMedica TriFlora

Probiotics are more sensitive to moisture than to temperature. From a stability perspective, large swings in temperature may be more deleterious than temperature itself through the creation of condensation. Our packaging has been designed to minimise water activity in our probiotic products, however, long term therapeutic potential is generally maximised by storing in refrigerated conditions.

Many of the probiotic strains used in our refrigerated probiotics tolerate ambient temperatures quite effectively, showing little viable cell loss when kept for 24 months (2 years) at 23-25°C. Indeed, this stability data was a significant factor in the choice of these particular strains for the products; all BioMedica products are formulated in the knowledge that they will be shipped around Australia (from Sydney to the tropical far north and Western Australia), and internationally (including Singapore and the UK), and will need to maintain efficacy after having been exposed to variable conditions for a number of weeks.

BioMedica TriFlora and BioMedica SB Pro have been formulated to not require refrigeration at all, and so can be unrefrigerated for their entire shelf life. Ideally, they should be kept at or below 25°C for long term storage, to maintain optimal viability throughout their shelf life.

Where appropriate, large amounts of overage have been included in our probiotic products in order to ensure survival during transit and throughout the products’ shelf life. This is a particular consideration in products such as BioMedica Femex Forte, which has been formulated based on clinically researched strains, and where temperature tolerance was not a factor in strain selection.

Stability testing on our products is performed to full compliance with Australian TGA guidelines. Stability samples are shipped interstate for testing, unrefrigerated, using the same shipping methods and packaging used to transport products to our customers. Stability results are therefore reflective of the state in which our products are delivered to our customers.

Often used in conjuction with

Often used in conjunction with: 

• BioMedica BioMatrix
• BioMedica SB Pro
• BioMedica PhytoZyme