Evogen Presents: Pro Creator Stack

Evogen Cell K.E.M.

High-intensity training sets off a cascade of internal bio-chemical events that can lead to catabolic consequences-muscle cell damage. But, it is exactly the traumatic impact of hard training that triggers the body's mechanisms for growth and repair. With proper nutritional support, potential cellular breakdown can become the catalyst for new muscle growth. Cell K.E.M. delivers nutrient building blocks suggested to support this adaptive, anabolic response.*

Cell K.E.M. is Evogen Nutrition's Elite Mass & Recovery Catalyst. It is a precisely formulated, high-performance nutrition supplement designed to address the key factors that impact muscle growth and recovery following high-intensity training.* As with all Evogen Nutrition products, Cell K.E.M. contains ingredients of the highest strength, highest purity and solubility for maximum impact and effectiveness

Evogen GlycoJect

GlycoJect is a precisely formulated hyper-volumizing nutrient driving complex, designed to hyper-load muscles with performance-fueling glycogen while simultaneously "injecting" muscle-building nutrients into muscle cells.* GlycoJect is an integrated complex that contains a patent-pending carbohydrate (Karbolyn® Homopolysaccharide) designed to pass rapidly through the stomach into the bloodstream where it is shuttled directly into muscle cells.*

Additionally, GlycoJect contains a blend of key insulin-mimetic and potentiating agents, included to accelerate nutrient transport and volumization.* GlycoJect combines these high-performance ingredients with the nitric oxide and ATP replenishing benefits of citrulline malate to create an ultra-fast carbohydrate and nutrient shuttle "system".*

Evogen EVP

EVP contains a precise combination of specific compounds that contribute to intra-cellular fluid shift and cytoplasmic expansion. This specific quad-arginine blend combined with creatine gluconate dramatically increases cell volume and nutrient delivery into the muscle tissue.* Additionally, these substrates facilitate ATP production pathways within the muscle cells, to support and fuel ongoing, intense muscular contractions and delay the onset of muscular fatigue for measurable physical performance enhancement.*