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All product batches are tested and certified free of banned substances by a certified laboratory.
- Availability: Out Of Stock
| Health | Supports recovery |
| Neutral | Clinically tested |
PILLAR Collagen Repair contains TENDOFORTE® Bioactive Collagen Peptides® from GELITA. Developed for athletes and active individuals, it offers a convenient way to incorporate specialised collagen peptides into a daily sports nutrition routine, particularly during periods of intense training and increased physical demand.
Key benefits
Contains TENDOFORTE® Bioactive Collagen Peptides® from GELITA
Developed specifically for tendons, ligaments and connective tissue
Suitable for athletes and active individuals
Ideal during periods of intense training and increased physical demand
Contains scientifically studied bioactive collagen peptides
Informed Sport certified
Sugar-free
Free from gluten, milk, nuts, soy and egg
Recommended daily intake: 5–10 g
Easy to mix with your preferred drink
PILLAR Collagen Repair
TENDOFORTE® Bioactive Collagen Peptides® for Tendons, Ligaments & Connective Tissue
Collagen is the body’s primary structural protein and a fundamental component of connective tissue. It is found throughout the tendons, ligaments, bones, muscles, skin and other tissues, where it forms an important part of their structural framework.
For athletes, tendons and ligaments play a particularly important role. Tendons transfer force from muscle to bone, while ligaments help stabilise joints and guide movement. Running, cycling, strength training and other sports expose these structures to repeated mechanical loading, making connective tissue an important consideration in long-term training and performance.
PILLAR Collagen Repair contains specialised TENDOFORTE® Bioactive Collagen Peptides® from GELITA, developed specifically for use in sports nutrition focused on tendons and ligaments.
What Makes GELITA Bioactive Collagen Peptides® Different?
GELITA Bioactive Collagen Peptides® are more than a conventional collagen hydrolysate. They are produced using a carefully controlled hydrolysis process designed to create specific and consistent peptide profiles.
Alongside the amino acids naturally associated with collagen, they contain defined peptide sequences that are being studied in relation to cellular processes involved in collagen and extracellular matrix metabolism. TENDOFORTE® is GELITA’s specialised peptide composition developed for the field of tendon and ligament nutrition. citeturn709239view1
How Do Bioactive Collagen Peptides Work?
The nutritional rationale behind bioactive collagen peptides centres on two complementary aspects.
1. Collagen-Specific Amino Acids
Collagen peptides provide amino acids commonly found in collagen proteins, including glycine, proline and hydroxyproline.
2. Specific Peptide Profiles
TENDOFORTE® contains specific bioactive peptides that are being investigated for their interaction with cellular processes associated with collagen and extracellular matrix production.
Rather than functioning solely as a general protein source, these peptides have been developed for a targeted role within a considered sports nutrition routine.
Why Are Tendons and Ligaments Important for Athletes?
Tendons and ligaments are essential for efficient, controlled movement. Tendons transfer muscular force to the skeleton, while ligaments connect bones and contribute to joint stability.
During endurance exercise, field sports and strength training, these structures are exposed to repeated tensile and mechanical loading. They generally adapt more slowly to training than muscle tissue, making progressive loading, appropriate recovery and balanced nutrition important elements of long-term training planning.
Whether you run, ride or lift, the function of your connective tissue influences force transfer, joint stability and movement efficiency.
TENDOFORTE® – Specialised Peptides for Tendons and Ligaments
TENDOFORTE® is a specific Bioactive Collagen Peptide® composition from GELITA developed for the field of tendon and ligament nutrition.
Laboratory and clinical research has investigated specific collagen peptides in relation to:
Tendon and ligament function
Ankle stability and function
Tendon structure and mechanical properties
Tendon adaptations alongside resistance training
Use alongside structured exercise programmes
Published studies have examined specific collagen peptide supplementation in athletes with chronic ankle instability, individuals following a structured exercise programme for Achilles tendinopathy, and healthy participants completing high-load resistance training. These findings should be considered within the context of each study design and population.
The Science Behind TENDOFORTE®
The extracellular matrix forms the structural framework of connective tissue and includes collagen, proteoglycans, elastic fibres and other structural components.
Laboratory research has investigated how specific Bioactive Collagen Peptides® interact with cellular processes associated with the production of extracellular matrix components. Clinical studies have also explored their use alongside structured physical training in athletic and physically active populations.
Combined with progressive training, a balanced diet and an appropriate recovery strategy, PILLAR Collagen Repair offers a targeted way to include TENDOFORTE® Bioactive Collagen Peptides® in a comprehensive sports nutrition routine.
Use 1-2 scoops (5-10 g) of collagen per day. Consume before the training. Results noticeable within 14 days of consistent use.
Ingredients:
Tendoforte® Collagen Peptides (bovine), vitamin C (ascorbic acid), manganese citrate, copper bisglycinate. Can contain traces of sulphites, gluten, crustaceans, eggs, fish, soybeans, milk, mustard.
| Nutrition values | per 100g | 1 serving (5.2g) |
|---|---|---|
| Energy | 403 kcal | 21 kcal |
| Fat | 0g | 0g |
| of which saturates | 0g | 0g |
| Carbohydrate | 0g | 0g |
| of which sugars | 0g | 0g |
| Protein | 99g | 5.2g |
| Salt | 0.49g | 0.03g |
| Properties | |
| Packing | 260g |
| Purpose of use | Health, Recovery |
| Using time | before exercise |