JOINT & MOBILITY
Glucosamine for Dogs: What Does It Do?
Get to know glucosamine, why it appears in joint supplements, and what the research explores.
Read articleOUR SCIENCE
Good days start with understanding.
Explore the ingredients in our chews and the research behind our advanced formulas.
SOFT CHEW SCIENCE
The science behind their daily care.
Explore the ingredients in our soft chews, from joint nutrition and gut health to CBD.
DIGESTIVE HEALTH
Probiotics vs. Prebiotics: What’s the Difference?
Learn how these ingredients differ and why both appear in digestive health formulas.
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CALM & COMFORT
CBD for Dogs: What Does the Research Say?
Explore broad-spectrum hemp, the endocannabinoid system, and research into canine stress responses.
Read articlePEPTIDE & CELLULAR RESEARCH
Explore the research.
Learn about each ingredient, then explore the published studies.
BPC-157PEPTIDE RESEARCH Research exploring tissue repair and recovery.
Explore preclinical research into BPC-157 and the cellular processes involved in tissue repair.
BPC-157: tendon cell outgrowth and migration
Researchers examined tendon explants and cultured fibroblasts. BPC-157 increased outgrowth, cell migration and survival under experimental stress.
Read publication (opens in a new tab)BPC-157 + TB-500DUAL-PEPTIDE FORMULA A closer look at BPC-157 and related thymosin research.
Read BPC-157 research alongside related thymosin beta-4 literature. Full-length thymosin beta-4 and products labeled TB-500 should not be treated as interchangeable; these papers do not evaluate the finished blend.
BPC-157: tendon cell outgrowth and migration
Researchers examined tendon explants and cultured fibroblasts. BPC-157 increased outgrowth, cell migration and survival under experimental stress.
Read publication (opens in a new tab)Thymosin beta-4 and wound repair
This paper investigated full-length thymosin beta-4 in wound repair. It is related background research, not a trial of a TB-500 product or the combined formula.
Read publication (opens in a new tab)NAD+CELLULAR COENZYME Understanding a coenzyme involved in cellular energy.
NAD+ is a coenzyme involved in energy metabolism and other cellular processes. Explore an overview of the biology behind this ingredient.
NAD+ metabolism and cellular processes during ageing
This review explains NAD+ biology, including energy metabolism, DNA repair and age-related changes. It does not evaluate this canine capsule formula.
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