Healthy testosterone level support
Testncrease® targets testosterone production through LH (luteinizing hormone) stimulation, Leydig cell function support, and reduction of SHBG (sex hormone binding globulin) that binds and inactivates free testosterone. Supporting healthy testosterone levels benefits muscle mass maintenance, energy, libido, and overall male hormonal health — particularly in men with age-related testosterone decline.
Exercise performance and muscle support
Testosterone is the primary anabolic hormone driving muscle protein synthesis, strength adaptation, and recovery from exercise. Maintaining optimal testosterone levels — even within the normal physiological range — supports greater training adaptations, faster recovery, and improved body composition outcomes from resistance training.
Energy, mood, and vitality
Testosterone influences energy metabolism, dopaminergic tone, and overall vitality. Men with testosterone in the lower-normal range often experience improved energy, mood, motivation, and cognitive function when levels are optimized through safe supplemental support.
LH stimulation and SHBG reduction
Testosterone support botanicals operate through multiple pathways: steroidal saponins (from fenugreek, tribulus) stimulate LH release from the pituitary, signaling Leydig cells in the testes to increase testosterone synthesis; boron and nettle root reduce SHBG binding affinity, increasing free testosterone fraction; zinc and magnesium serve as essential cofactors for testosterone-producing enzymes; adaptogens reduce cortisol (which inversely suppresses testosterone production).
Clinical study examining Testncrease® botanical blend effects on total testosterone, free testosterone, and male hormonal markers.
Adult males with suboptimal testosterone levels. Clinical study design.
Testncrease® supplementation produced improvements in testosterone levels and male hormonal markers in clinical assessment. Specific study data available through Cepham Inc. on request. Component botanical evidence supports testosterone-supporting activity.