Creatine Ethyl Ester Hcl Product Code: creatine250
Product Information
Creatine Ethyl Ester Hcl - 250 capsules
Superior Creatine transport No loading or bloating HPLC tested - Pharmaceutical grade Support energy production Optimum growth and strength Improve recovery and repair 100% Creatine Ethyl Ester HCL Convenient and accurate dose capsules No unpleasant taste Average active ingredient per serve: 2000mg Creatine Ethyl Ester Suggested serve size: 4 capsules Capsules per bottle: 250 Serves per bottle: 62.5 Suggested use: ACTIVE TRAINING DAYS: Single serve immediately following your workout (on an empty stomach) and or a single serve 6-8 hours before or after training (on an empty stomach) NON-ACTIVE TRAINING DAYS: Single serve upon waking If you are unsure if this supplement is right for you, please seek further medical advice. This product should be taken as part of a healthy eating plan. Creatine Ethyl Ester (CEE) is a revolutionary new form of Creatine that rapidly delivers superior levels of energy producing Creatine, to muscle cells. Upon delivery, creatine encourages growth and short term energy production, together with hydration and improved recovery. As compared with previous slower absorbing creatine monohydrate forms with semi-lipopholic or poor fat solubility characteristics, CEE has undergone a molecular bonding with organic fat-soluble ester, formed by esterification which vastly improves lipopholic properties. This enables higher levels of bio-active creatine to be transported to muscle cells where it is primarily needed. Now with over 40 times the rate of absorption than regular creatine monohydrate, loading phases and delivery systems are a thing of the past. The strain on the digestive system from dehydration and bloating can also be avoided by not remaining in the stomach for extended periods of time. Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
HPLC tested - Pharmaceutical grade Support energy production Optimum growth and strength Improve recovery and repair 100% Creatine Ethyl Ester HCL Convenient and accurate dose capsules No unpleasant taste Average active ingredient per serve: 2000mg Creatine Ethyl Ester Suggested serve size: 4 capsules Capsules per bottle: 250 Serves per bottle: 62.5 Suggested use: ACTIVE TRAINING DAYS: Single serve immediately following your workout (on an empty stomach) and or a single serve 6-8 hours before or after training (on an empty stomach) NON-ACTIVE TRAINING DAYS: Single serve upon waking If you are unsure if this supplement is right for you, please seek further medical advice. This product should be taken as part of a healthy eating plan. Creatine Ethyl Ester (CEE) is a revolutionary new form of Creatine that rapidly delivers superior levels of energy producing Creatine, to muscle cells. Upon delivery, creatine encourages growth and short term energy production, together with hydration and improved recovery. As compared with previous slower absorbing creatine monohydrate forms with semi-lipopholic or poor fat solubility characteristics, CEE has undergone a molecular bonding with organic fat-soluble ester, formed by esterification which vastly improves lipopholic properties. This enables higher levels of bio-active creatine to be transported to muscle cells where it is primarily needed. Now with over 40 times the rate of absorption than regular creatine monohydrate, loading phases and delivery systems are a thing of the past. The strain on the digestive system from dehydration and bloating can also be avoided by not remaining in the stomach for extended periods of time. Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
Improve recovery and repair 100% Creatine Ethyl Ester HCL Convenient and accurate dose capsules No unpleasant taste Average active ingredient per serve: 2000mg Creatine Ethyl Ester Suggested serve size: 4 capsules Capsules per bottle: 250 Serves per bottle: 62.5 Suggested use: ACTIVE TRAINING DAYS: Single serve immediately following your workout (on an empty stomach) and or a single serve 6-8 hours before or after training (on an empty stomach) NON-ACTIVE TRAINING DAYS: Single serve upon waking If you are unsure if this supplement is right for you, please seek further medical advice. This product should be taken as part of a healthy eating plan. Creatine Ethyl Ester (CEE) is a revolutionary new form of Creatine that rapidly delivers superior levels of energy producing Creatine, to muscle cells. Upon delivery, creatine encourages growth and short term energy production, together with hydration and improved recovery. As compared with previous slower absorbing creatine monohydrate forms with semi-lipopholic or poor fat solubility characteristics, CEE has undergone a molecular bonding with organic fat-soluble ester, formed by esterification which vastly improves lipopholic properties. This enables higher levels of bio-active creatine to be transported to muscle cells where it is primarily needed. Now with over 40 times the rate of absorption than regular creatine monohydrate, loading phases and delivery systems are a thing of the past. The strain on the digestive system from dehydration and bloating can also be avoided by not remaining in the stomach for extended periods of time. Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
100% Creatine Ethyl Ester HCL Convenient and accurate dose capsules No unpleasant taste Average active ingredient per serve: 2000mg Creatine Ethyl Ester Suggested serve size: 4 capsules Capsules per bottle: 250 Serves per bottle: 62.5 Suggested use: ACTIVE TRAINING DAYS: Single serve immediately following your workout (on an empty stomach) and or a single serve 6-8 hours before or after training (on an empty stomach) NON-ACTIVE TRAINING DAYS: Single serve upon waking If you are unsure if this supplement is right for you, please seek further medical advice. This product should be taken as part of a healthy eating plan. Creatine Ethyl Ester (CEE) is a revolutionary new form of Creatine that rapidly delivers superior levels of energy producing Creatine, to muscle cells. Upon delivery, creatine encourages growth and short term energy production, together with hydration and improved recovery. As compared with previous slower absorbing creatine monohydrate forms with semi-lipopholic or poor fat solubility characteristics, CEE has undergone a molecular bonding with organic fat-soluble ester, formed by esterification which vastly improves lipopholic properties. This enables higher levels of bio-active creatine to be transported to muscle cells where it is primarily needed. Now with over 40 times the rate of absorption than regular creatine monohydrate, loading phases and delivery systems are a thing of the past. The strain on the digestive system from dehydration and bloating can also be avoided by not remaining in the stomach for extended periods of time. Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
Creatine Ethyl Ester (CEE) is a revolutionary new form of Creatine that rapidly delivers superior levels of energy producing Creatine, to muscle cells. Upon delivery, creatine encourages growth and short term energy production, together with hydration and improved recovery. As compared with previous slower absorbing creatine monohydrate forms with semi-lipopholic or poor fat solubility characteristics, CEE has undergone a molecular bonding with organic fat-soluble ester, formed by esterification which vastly improves lipopholic properties. This enables higher levels of bio-active creatine to be transported to muscle cells where it is primarily needed. Now with over 40 times the rate of absorption than regular creatine monohydrate, loading phases and delivery systems are a thing of the past. The strain on the digestive system from dehydration and bloating can also be avoided by not remaining in the stomach for extended periods of time. Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
As compared with previous slower absorbing creatine monohydrate forms with semi-lipopholic or poor fat solubility characteristics, CEE has undergone a molecular bonding with organic fat-soluble ester, formed by esterification which vastly improves lipopholic properties. This enables higher levels of bio-active creatine to be transported to muscle cells where it is primarily needed. Now with over 40 times the rate of absorption than regular creatine monohydrate, loading phases and delivery systems are a thing of the past. The strain on the digestive system from dehydration and bloating can also be avoided by not remaining in the stomach for extended periods of time. Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
Now with over 40 times the rate of absorption than regular creatine monohydrate, loading phases and delivery systems are a thing of the past. The strain on the digestive system from dehydration and bloating can also be avoided by not remaining in the stomach for extended periods of time. Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
Creatine’s role is to support the production of Adenoside Triphosphate (ATP), a fundamental energy giving chemical. Upon muscle exertion one of three phosphate molecules splits from ATP, releasing muscle energy and creating Adenoside Diphosphate (ADP) as a result. Creatine then restores ADP back to ATP by transferring one of its own phosphate molecules across. As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
As ATP is in constant demand during training periods, it is essential to provide the body with sufficient amounts of creatine to fuel ADP conversion and thus provide optimum energy. Without sufficient energy levels, a catabolistic muscle state can occur. Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
Exacerbating this need, muscles are ineffective at storing ATP and levels tend to rapidly decrease after 10 - 15 seconds of exertion. By providing a rich ATP environment not only are these problems overcome, with high levels of ATP brings an increase in nucleic acid (associated with DNA structures) which through protein synthesis, increases muscle repair, strength and muscle mass.
Price: $60.00