Optimum
Athlete Liquid Fuel,
provided by Nutrition Dynamics®, is a revolutionary new sports nutraceutical
formulation created to mitigate the health and performance damaging factors that
result from vigorous exercise. Pro-PCA Fuel is unique in the sports performance
market because it is the first product that provides a dosage schedule for the
nutrient fueling needs of three classes of athletes based on their physical
size. In addition, it also targets nutrient fueling proactively by administering
the dosage during the three distinct phases of the training cycle:
1.
Pre-Exercise (nutrient loading).
2. The
Training Session (continued nutrient fueling).
3.
Post Exercise Recovery (critical for every athlete).
Optimum
Athlete Liquid Fuel
contains a performance specific blend of high quality whey protein isolates and
concentrate, high glycemic index carbohydrates (maltodextrin), and a rich supply
of micronutrients that focus on the antioxidant factors needed to defend the
athlete from the damaging effects of exercise. The formula also contains an acid
buffering system to mitigate the destructive effects of acids formed during
training. Dr. Jeffery Skee, who designed this product has presented evidence of
eight damaging effects of vigorous exercise which he has termed “Exercise
Induced Pathology (EIP),” a new sports performance disease. EIP includes the
following factors:
1.
Free radicals (destructive to all tissues in the body).
2.
Acids (Disrupt the energy chain and directly damage tissue).
3.
Ammonia (Headaches, blurred vision and cellular damage).
4.
Inflammation (CRP–one chemical marker for heart disease).
8.
Chemical toxicity (Increased free radical damage, particularly to the heart).
FUNCTIONS
Recent
studies in the sports medicine literature have demonstrated the significant
health and performance value of using various combinations of protein,
carbohydrate and antioxidants (PCA) after exercise. These nutrient fuels work
synergistically to mitigate the temporary physical effects of vigorous exercise
while promoting improvements in exercise capacity and endurance.* PCA nutrient
fueling also reduces the collective impact of Exercise Induced Pathology, which
contributes to the expression of chronic degenerative diseases which
increasingly impact athletes regardless of their size, age, gender or
performance ability.
In one
recent study that used PCA nutrient fueling after exercise, the athletes in the
PCA group had a reduction in free radical damage of 69 percent at 24 hours post
exercise. This study also showed that creatine phosphokinase (CPK), which is
another important biochemical marker for exercise induced muscle damage, was
reduced by 36 percent. Since serious athletes train four or more days per week,
these significant reductions in free radical and CPK damage will translate into
improved performance and better overall health for every athlete.
In
another study measuring anabolic muscle growth, the athletes were given either a
protein and carbohydrate supplement immediately after exercise or three hours
after a training session. The group who received the supplement immediately
after exercise had a 225 percent increase in protein synthesis, and a 375
percent increase in net protein balance. By contrast, the group who received the
supplement three hours after exercise had a 20 percent loss of protein
synthesis.
One
critically important point regarding these studies is the fact that they focus
on post exercise as the point of nutrient intervention to improve athletic
performance.
The protocol for Liquid Fuel has been designed from a more
medically responsible perspective by providing high level PCA nutrient fueling
during the three phases of the training cycle;
(1) Pre-Exercise, (2) The
Training Session, and (3) Post Exercise Recovery.
Using this pro-active
strategy in the Optimum
Athlete Liquid Fuel
protocol will maximize multi-dimensional health and performance benefits for
every serious athlete, which include the following:
1.
Limits free radical damage to muscles and other tissue.
2.
Dilutes acids that form during exercise.
3.
Restores glycogen and electrolytes.
4.
Reduces the production of ammonia.
5.
Stimulates the anabolic hormone insulin.
6.
Increases protein synthesis during training.
7.
Limits catabolic hormone production.
8.
Prevents damage to the immune system.
9.
Improves hydration which helps manage thermogenics.
10.
Increases antioxidant reserves which has a positive impact on both inflammation
and chemical toxicity.
Professional, Olympic and collegiate athletes have been actively looking for
ways to improve their sports performance for decades. Pro-PCA Fuel is designed
to address these important issues which will allow each athlete to optimize
their health and performance safely through the productive research in Clinical
Nutrition that has emerged over the last 35 years.
Since every athlete is unique in terms of their training schedule and
nutritional adaptation responses, it may be necessary to adjust the dosage of
Liquid Fuel
to meet these individual needs (Please refer to the Suggested Usage panel on the
next page). The following examples will help every athlete adjust the timing of
Liquid Fuel, and the focus here is on the Pre-Exercise drink:
Example 1: If an athlete has a training session scheduled and their exercise routing
begins with abdominal and low back sets (stomach crunches and back exercises
where the stomach is compressed to perform back raises), it is advisable to have
the Pre-Exercise drink 30 minutes or more before the training session begins to
prevent stomach discomfort. This will also prevent regurgitation of the
Pre-Exercise drink that may leave an after-taste. Self experimentation is
necessary to determine each athlete’s unique timing of the Pre-Exercise drink.
Example 2: If the scheduled exercise is a distance run where the athlete will not have
the Training Session drink available to them, it is advisable to increase the
Pre-Exercise dosage of Pro-PCA Fuel by 50 percent and drink it 30 minutes before
exercise. This strategy will maximize nutrient loading for the run while
providing higher levels of PCA reserves. Nutrient fueling during the three
phases of training is one of the most powerful strategies science has proven
over the last decade. This is real winning edge technology; use it every time
you engage in strength training, aerobic exercise or skills training!
FORMULA #57179P (Natural Chocolate Flavor),
#57180P (Natural Raspberry Flavor)
Serving Size: 1 scoop (33.3 grams)
Servings Per Container:30
Amount Per Serving
Calories
115
Total Carbohydrates
21 g
Sugars
5 g
Protein
Each Serving also provides approximately:
Vitamin A
(from beta-carotene [1,200 IU]
and vitamin A palmitate)
1,825 IU
Vitamin C
170 mg
Vitamin D
50 IU
Vitamin E
50 IU
Vitamin
B-1 (Thiamine HCL)
12 mg
Vitamin
B-2 (Riboflavin)
6 mg
Niacin/Niacinamide
23 mg
Vitamin B-6
(Pyridoxine HCL/Pyidoxal-5-Phosphate)
12 mg
Folic Acid
100 mcg
Vitamin B-12 (cyanocobalamin/methylcobalamin)
30 mcg
Biotin
37 mcg
Pantothenic Acid
(from Calcium Pantothenate)
60 mg
Calcium (from
Citrate/Carbonate)
60 mg
Iodine (Kelp)
25 mcg
Magnesium (from
Aspartate complex)
60 mg
Zinc (Amino Acid
Chelate)
3 mg
Selenium (Krebs)
25 mcg
Copper (Amino Acid
Chelate)
250 mcg
Manganese (Sulfate)
1.25 mg
Chromium GTF
25 mcg
Molybdenum (Kerbs)
12.5 mcg
Potassium (from
potassium phosphate)
95 mg
Vanadium (Krebs)
6.25 mcg
Choline (Choline
bitartate/citrate)
18 mg
Inositol
12 mg
PABA
6 mg
Boron (Citrate)
190 mcg
Betain HCl
18 mg
Typical Amino Acid
Profile:
Glutamic Acid
1,597 mg
Aspartic acid
565 mg
Arginine
226 mg
Lysine
916 mg
Leucine
767 mg
Phenylalanine
287 mg
Serine
448 mg
Valine
533 mg
Alanine
483 mg
Glycine
179 mg
Isoleucine
570 mg
Proline
564 mg
Threonine
602 mg
Tyrosine
124 mg
Histidine
Cysteine
224 mg
Methionine
216 mg
Tryptophan
(naturally occurring)
157 mg
Other ingredients:
Maltodextrin, whey (milk protein concentrate), fructose, whey (milk)
protein isolate, natural flavor.