Delivers all the benefits of caffeine with none of the bitterness.
Delivers all the benefits of caffeine
with none of the bitterness.
Delivers all the benefits of caffeine with none of the bitterness.
Sensory testing by trained tasters revealed no significant difference between gummies with or without ActiveTR™ Caffeine
What is ActiveTR™ Caffeine?
AnaBio’s ActiveTR™ natural Caffeine uses micro-encapsulation technology to mask bitter taste, avoid stomach aches and enables the slow release of caffeine allowing athletes to perform harder for longer.
Sensory testing by trained tasters revealed no significant difference between gummies with or without ActiveTR™ Caffeine
Why choose ActiveTR™ Caffeine?
Masks bitterness at doses up to 100mg.
Powder characteristics allow for better doing, portability and varied uses.
Offsets the effects of muscle soreness and pain.
Risk of caffeine induced gastrointestinal disturbances or stomach upset are eliminated.
Improves muscle recovery after high intensity exercise.
Highly efficient dosed delivery .
Controlled release caffeine improves alertness and concentration
ActiveTR™ Caffeine Benefits
Improves muscle recovery after high intensity exercise training and enables better muscle recovery post workout.
Highly efficient dosed delivery at 0.2mg per kg of body weight.
Offsets the effects of muscle soreness and pain.
Powder characteristics allow for better dosing, portability and diversity in nutritional regimes.
ActiveTR™ Caffeine Benefits
Improves muscle recovery after high intensity exercise training and enables better muscle recovery post workout.
Highly efficient dosed delivery at 0.2mg per kg of body weight.
Offsets the effects of muscle soreness and pain.
Powder characteristics allow for better dosing, portability and diversity in nutritional regimes.
Applications
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
Benefits for Each Sport
Endurance Sports – lasting 1-3 hours
Ultra-endurance races – lasting 10-48 hours.
Endurance Sports – lasting 1-3 hours
High intensity sports – lasting 1-30 mins.
Team and ball sports – stop and go sports.
Benefits for Each Sport
Endurance Sports – lasting 1-3 hours
Ultra-endurance races – lasting 10-48 hours.
Endurance Sports – lasting 1-3 hours
High intensity sports – lasting 1-30 mins.
Team and ball sports – stop and go sports.
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products
What Effect Does Caffeine Have in the Body?
Caffeine is metabolized in the liver and has a half life of 3.5-5 hours (there is a large individual variation in how quickly we break down caffeine). This means that after 5 hours, half the original amount of caffeine consumed remains in the blood.
Structurally caffeine is very similar to adenosine, a compound that is very biologically active in the human body, meaning that caffeine can reach all cells and systems and interact in various ways, including energy production, hormone release, mobilization of fatty acids, dilation of blood vessels. Caffeine can also alter fuel use in some people, breaking down adipose tissue and mobilizing fatty acids to be burnt as energy.
How does caffeine help sports performance?
The primary way in which caffeine influences sports performance is through its effect on the central nervous system (CNS) due to the ability of caffeine to cross the blood-brain barrier. Stimulation of the CNS leads to increased alertness, wakefulness and awareness as well as enhanced mood.
Can caffeine help reduce sorenesss and pain?
Caffeine can also have a pain reducing effect, with the brain interpreting feedback from the muscles as less painful in relation to the workload.
What is the problem with Caffeine?
Tastes Bitter
Strong flavour masking needed
Consistent effects can be problematic
Gastrointestinal stress
Jitters and body disorientation
Adverse sensory affects on various products