Rankings/Pre-Workout/Mother Bucker Gym-Junkie Juice
Bucked Up

Mother Bucker Gym-Junkie Juice

Pre-WorkoutServing: 9.85 Gram(s)Type: Other Combinations
N+ Score
A+
100
Adequacy
35%
100
Completeness
25%
100
Transparency
20%
100
Diversity
20%
100

About This Product

Bucked Up Mother Bucker Gym-Junkie Juice is a top-tier pre-workout formulation, achieving an N+ Score of 100 and an A+ grade, signifying excellent quality in ingredient dosing, formula design, and transparency. This product provides 17 active ingredients, with key compounds such as Beta-Alanine (6400mg), L-Citrulline (4000mg), and L-Tyrosine (1500mg) all supplied at clinically relevant dosages. The comprehensive blend also includes 300mg of Caffeine Anhydrous, 100mg of additional Caffeine, Nitrosigine, and AstraGin, which collectively may support energy, muscle pump, and mental focus during exercise. This supplement is an excellent option for serious lifters and athletes seeking maximal support for their training regimen.

Strengths

  • +Key ingredients at clinically effective doses
  • +Comprehensive formula with expected ingredients for its category
  • +Fully transparent label with individual ingredient amounts disclosed
  • +Broad ingredient diversity exceeding category norms
  • +3 ingredient(s) at clinical dose levels
  • +Rich formula with 17 active ingredients

Weaknesses

  • No major weaknesses identified

Ingredient Analysis (17 ingredients)

IngredientAmountStatus
Calories5.000 Calorie(s)N/A
Total Carbohydrates1.000 Gram(s)N/A
Sodium130.000 mgN/A
Alpha-Glycerylphosphorylcholine300.000 mgN/A
L-Citrulline4000.000 mgN/A
Caffeine100.000 mgN/A
Beta-Alanine6400.000 mgN/A
L-Tyrosine1500.000 mgOptimal
SenActiv50.000 mgN/A
Huperzine-A200.000 mcgN/A
Caffeine Anhydrous300.000 mgN/A
Theobromine100.000 mgN/A
AstraGin50.000 mgN/A
Nitrosigine1500.000 mgN/A
HydroPrime500.000 mgN/A
Rauwolscine2.000 mgN/A
Himalayan Rock Salt300.000 mgN/A

Clinical ranges based on NIH ODS Fact Sheets and peer-reviewed research. Status indicates whether the amount meets evidence-based thresholds.