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Collaboration
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Before
After
Reengineering
the process of changing the design of an existing product, and its components, to make a new and improved product.
Our reengineering goal is the development of technologies.
food
materials
healthspan &
geroscience
dietary
supplements
cannabinoids &
mood balance
sports &
performance
technology development categories
We are seeking collaborators from academia and industry.
co-development projects
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Okinawan-plant derived supplement to support healthspan
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Appetite suppressant to aid in fasting protocols
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Insect-derived protein supplement for pets
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Hydration supplement
joint research-and-development
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Changes in nutritional requirements throughout lifespan
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DNA repair capacity in aging chelonians
Case Study: SEED-Tech (RT-01)
Background
What is protein powder ?
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highly refined, processed, and dried proteins in powder form
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derived from animal and plant sources
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per gram, usually cheaper to consume compared whole food sources of protein
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commonly sold in bulk packaging
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conventionally hand mixed with water to create a protein-rich beverage, a.k.a. the “protein-shake”
Why consume protein powder ?
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to supplement a protein-deficient diet
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to provide additional protein for fitness gains
Problems
Messy
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Preparing a protein-shake is messy. The powder is easily spilt, sticks to your hands, and can aerosolize during the preparation process.
Poor solubility
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Many protein powders are not highly soluble in water, leaving clumps in the protein-shake. Existing tablet products that consist of compacted protein powder are nearly insoluble.
Technology Solution
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One product innovation would be a highly soluble protein powder tablet.
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To create the product innovation, REPS developed SEED-Tech (RT-01).
SEED-Tech
Small - Effervescent - Ergogenic - Delivery - Technology
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SEED-Tech combines formulation and compaction methods, allowing protein powder to be converted into a solid material that is highly soluble.
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Using SEED-Tech, a large effervescent tablet can be made called a SEED.
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SEEDs are the product innovation because they are not messy like powders and readily dissolve in water and beverages, providing an innovative way to make a protein-shake.
Formulation Method
Compaction Method
SEED
( product innovation )
Added values
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SEEDs can be eaten directly, without making a protein-shake
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The effervescent ingredients
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generate CO2 bubbles, which enhance the aroma
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create a feeling of satiation and fullness
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SEEDs can be made into endless design shapes, which also allowing for precision dosing
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Compared to powders sold in bulk, SEEDs are more portable and allow for single serve products.
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Not limited to protein powders. SEED-Tech can incorporate a variety of popular supplement powders like meal replacements, preworkout powders, creatine powders, and BCAA powders
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Applicable beyond the health supplement industry, i.e., the military, emergency survival kits, and space travel.
For information about other technologies in development, please contact us at info@reps-japan.com
In final stages of development
RT-02 cannabinoid formulation methods
RT-03 supplement ancillary device
RT-04 edible hydrogel material
About Us
R e E ngineering P erformance S upplements
R E P S is a research-and-development (R&D) company creating technologies for health and performance supplement companies.
The purpose of our R&D is to develop technologies that
drive product and service innovations
bring aesthetic appreciation to supplement products
achieve cultural change
Zach Bell, PhD
Representative Director
“Taking supplements has been a part of my daily routine for over 20 years. All of the products I consume are in the form of pills and powders. The REPS lab was established to rethink how supplements could be consumed .... thinking beyond pills and powders."
