The World's First Ever Multi-Pathway Anabolic Gene Activator With An Exclusive Pharmaceutical 'Continuous Infusion' Delivery For Unequalled Permanent Gains In...... more
The World's First Ever Multi-Pathway Anabolic Gene Activator With An Exclusive Pharmaceutical 'Continuous Infusion' Delivery For Unequalled Permanent Gains In Muscle Mass!
A-Bomb Is, Without Question, The Most Exciting Development In The Science Of Muscle Growth. It Is The First Supplement To Trigger Your Genetic Muscle Building Machinery From Multiple Pathways And Synergistic Anabolic Actions.
A-Bomb's Highly Researched Ingredients Work At The Dna Level Through Non-Hormonal Signal Transduction By Manipulating Key Muscle Growth Regulators Mtor, Pkb, P70S6K, 4E-Bp1, Foxo And Mafbx.
A-Bomb Maximizes This Process Through Two Critical Pathways. The First Pathway Is The Nutrient Dependent Pathway, In Which
A-Bomb Uses Specific Amino Acids And Nutrients To Modulate Signaling Through Pathways Traditionally Triggered By Hormones.The Second Pathway Is The 'Insulin Dependent Pathway', In Which
A-Bomb Has The Unique Ability To Mediate The Release Of Insulin Without Raising Blood Sugar. Simultaneously Signaling These Pathways Allows For Maximum Gene Activation At The Dna Level To Turn On The Muscle Building Process.
A-Bomb Even Goes
A Step Further To Improve Muscle Gene Activation By Up-Regulating Your Dna's Central Control System.Induced Muscle Hypertrophy!In Addition To Its Critical Role At The Genetic Level,
A-Bomb's Unique Ability To Augment
A Controlled, Steady Release Of Insulin Creates The Ideal Insulinotropic Anabolic Environment, Increasing Protein Synthesis To Stimulate Muscle Growth.
A-Bomb Also Induces Muscle Hypertrophy Through
A Very Powerful Anabolic Mechanism Called Intracellular Osmolarity (Io), Which Creates An Anabolic Reaction Within The Muscle Cell. Interestingly, Intracellular Osmolarity Works Both Independently As Well As Synergistically To Mtor Signal Transduction. So, Not Only Is Intracellular Osmolarity Anabolic In Itself, It Will Further Enhance Gene Expression.
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