Dietary supplement of Hydrolyzed Collagen, Glucosamine, Chondroitin Sulfate, Sodium Hyaluronate and Vitamin C with Polyphenols from olive tree and Ligusticum extract for the well-being and function of tendons and ligaments.
| Nutritional information | per maximum daily serving (1 stick) | %VNR* |
| Hydrolyzed collagen | 1,5 g | – |
| Glucosamine | 500 mg | – |
| Ligusticum ES tit. 10% of which ferulic acid |
200 mg 20 mg |
– |
| Polyphenols from olive of which hydroxytyrosol of which tyrosol |
200 mg 20 mg 4 mg |
– |
| Chondroitin sulfate | 100 mg | – |
| Vitamin C | 200 mg | 250 |
| Sodium hyaluronate | 50 mg | – |
| Raspberry powder | 100 mg | – |
Hydrolyzed collagen; D-glucosamine sulfate 2 KCl; Acidifier: Tartaric acid; Bulking agent: Maltodextrin; Acidity correctors: Citric acid, Sodium hydrogen carbonate; Ligusticum (Ligusticum striatum DC.) root ES tit. 10% ferulic acid; Polyphenols from olive; Vitamin C (L-ascorbic acid); Chondroitin sulfate; Raspberry (Rubus idaeus L.) fruit powder; Lemon flavor; Sodium hyaluronate; Anti-caking agent: Silicon dioxide; Sweetener: Sucralose.
20 sticks.
Tendinopathy is an overload condition associated with intense exercise or repetitive movements, characterized by pain, inflammation and degeneration of the tissue. The tendon is a tissue prone to change, and if the load it undergoes is optimal it undergoes physiological adaptation and strengthening of the structure.
But if overloading of the tendon continues, there is progressive degeneration of the tendon structure.
Tendon pain is never just a fixed point: it is a signal that accompanies the entire body on a path of adaptation. Postures change, supports modulate, and the musculoskeletal system finds new balances. Although these changes may take time, they represent natural strategies of the body to protect itself and regain stability.
And in this very readjustment lies a great strength: the ability to evolve, to maintain functionality even in the most delicate moments.
Emotionally, coping with tendinopathy can mean redefining the relationship with physical activity. But this transformation can be experienced as an opportunity: to discover new ways of moving, to engage in activities that strengthen without overloading, to return to moving with pleasure. Body confidence can be rebuilt step by step, and every advance-even the smallest-is of great value.
Even those who play sports or do physically intense work can find new ways.
The tendon may no longer respond as before, but the body as a whole remains capable of adapting, responding, and expressing vitality. A return to normalcy, albeit at a different pace, is possible and concrete. Because what changes is not the potential, but the way it is expressed. And with listening, perseverance and optimism, every gesture can once again become an expression full of strength and freedom.
Tendon and ligament function depends on a fine balance between strain and recovery, between mechanical strength and regenerative capacity. When this balance is altered, a series of mechanisms come into play that can lead to tendon dysfunction.
One of the main recognized causes is functional overload, often related to intense exercise, repetitive movements or professional activities that impose prolonged mechanical gestures over time. In these contexts, mechanical stress acts as a constant stimulus, generating microtrauma at the connective tissue level that, if not adequately compensated by reparative processes, evolves toward progressive tissue degeneration.
The tendon, a structure designed to transmit force and promote joint mobility, is particularly vulnerable when it is subjected to excessive loads without time to regenerate. At the cellular level, this results inprolonged activation of inflammatory processes, accompanied by increased production of pro-inflammatory cytokines, free radicals and proangiogenic factors that alter local homeostasis. In the long term, these dynamics lead to extracellular matrix degradation, tenocyte apoptosis, and loss of the fibrillar structure of the tendon, compromising its elasticity, strength, and adaptive capacity.
Besides mechanical factors, there are systemic conditions that amplify the risk of tendon dysfunction.
Age, reduced physical activity, nutritional imbalances and oxidative stress all contribute to weakening the tissue's ability to respond to stimuli. In addition, some drugs, such as corticosteroids, can negatively interfere with cellular metabolism, promoting premature senescence phenomena and hindering the synthesis of key components such as collagen. Again, degeneration is not immediate, but the result of a slow progression, fueled by biochemical changes that undermine the viability of the tendon from within.
The tendency toward chronicity is another critical element. In the absence of an effective regenerative response, the initial inflammation gives way to a degenerative phase in which the ability to repair is reduced, while the injured tissue becomes increasingly susceptible to new episodes of overload. Understanding the multifactorial origin of these dynamics is essential for correctly interpreting the nature of tendinopathies and identifying approaches that can intervene with respect for joint and connective tissue physiology.
Glucotend acts on multiple fronts to promote the restoration of tendon and ligament physiology, thanks to a synergistic formulation in which traditional active ingredients are combined with patented innovations designed to ensure a targeted, effective and progressive intervention. Underlying the action is hydrolyzed collagen, a source of bioactive peptides that contribute to the reconstruction of connective fibers and the maintenance of tendon mechanical strength. This structural matrix is further supported by glucosamine and chondroitin sulfate, molecules that stimulate the synthesis of proteoglycans and type II collagen, improving the cohesion and function of damaged tissue.
A key role in the protection and recovery of the structures involved is played by sodium hyaluronate, a key component of synovial fluid, which helps to recreate a hydrated and viscoelastic environment around the tendon, improving the smoothness of the fascial planes and performing a lubricating action on the joint surfaces. This function is reflected in increased fluidity of movement and reduced frictional stress, especially in the presence of microinjuries or adhesions. In parallel, Vitamin C intervenes at the cellular level to optimize functional collagen synthesis, promoting maturation of the extracellular matrix and reducing oxidative stress that hinders tissue regeneration.
The innovation of Glucotend lies in the addition of polyphenols from olive tree and Ligusticum extract, a patented combination capable of selectively stimulating the expression of Sirtuin 1, a regulatory enzyme involved in tenocyte survival, protection against apoptosis, and modulation of cell differentiation. Activation of Sirt1 allows not only protection of connective tissue from degenerative processes, but also promotes an effective adaptive response geared toward functional rebalancing and biomechanical stability of the tendon.
The patented formulation stimulates Sirt1 expression more significantly than traditional commercially available formulations, making Glucond a unique product.
Thanks to this innovative formulation, Glucotend emerges as a concrete ally in physiological support to damaged tissue, with an action that integrates nutrition, protection and regenerative stimulation. A comprehensive approach designed to accompany structural recovery and promote the return to full functional movement, with attention to the body's rhythms and the complexity of its mechanical and cellular needs.
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