Whey Protein ISOLATE - Grass Fed - Double Chocolate Fudge 3 lbs.

Grass-Fed Whey Protein Isolate — Double Chocolate Fudge — 3 lbs — Premium Muscle Support*

LifeSource Vitamins Grass-Fed Whey Protein Isolate is a premium, cold-processed formula designed for athletes, healthy aging, and everyday wellness.* Sourced exclusively from 100% grass-fed, pasture-raised cattle — never exposed to feedlots, hormones, antibiotics, GMOs, or pesticides — this clean protein delivers 25 g of fast-absorbing whey isolate per serving, naturally rich in BCAAs and 5 g of L-glutamine to fuel muscle growth, speed recovery, and support immune resilience.* Each batch is gently filtered to preserve nutrient integrity, crafted in FDA-registered, GMP-certified facilities, and 3rd-party tested for purity, potency, and label accuracy — so you can trust what’s inside every scoop.*

• Boosts muscle size & strength with training — Meta-analysis of 49 studies: protein supplementation enhances resistance-training gains; diminishing returns beyond ~1.6 g/kg/day. (NIH/PubMed — Morton 2018)

• Elevates post-exercise MPS (older adults) — High-whey, leucine-enriched supplement increased postprandial muscle protein synthesis in healthy older subjects. (NIH/PubMed — Luiking 2014)

• Leucine dose matters for MPS — Human data show leucine dose predicts post-exercise MPS responses in older adults (no single threshold). (PMC — Wilkinson 2023)

• Supports exercise recovery — Randomized trial: protein groups showed benefits across muscle damage, inflammation, and DOMS vs water after eccentric exercise. (NIH/PubMed — Nieman 2020)

• Improves outcomes in sarcopenia — RCT/meta evidence: whey protein with resistance training increases strength and skeletal muscle mass in older adults with sarcopenia. (NIH/PubMed — Cuyul-Vásquez 2023; NIH/PubMed — Li 2024)

• Maintains benefits after detraining — Leucine-enriched whey plus resistance training preserved gains 24 weeks post-training vs training alone. (NIH/PubMed — Mori 2022)

• Rapid digestion → robust anabolic response — Reviews highlight whey’s faster kinetics and higher leucine driving superior acute MPS vs slower proteins. (PMC — Breen & Phillips 2011)

• Blood-pressure support — Meta-analysis: whey protein intake significantly reduced systolic BP. (NIH/PubMed — Vajdi 2023; open access summary: PMC — Yang 2019)

• Glutathione (antioxidant) support — Human trials show whey proteins increase lymphocyte or plasma glutathione levels. (NIH/PubMed — Zavorsky 2007; NIH/PubMed — Micke 2001)

• Supports recovery performance — Narrative + experimental data show whey facilitates post-exercise recovery and adaptations. (PMC — Cintineo 2018)

• Protein + training synergy (older adults) — RCT meta: protein with resistance training improves muscle mass/strength/function vs training alone. (NIH/PubMed — Hou 2019; PMC — Nunes 2022)

• Real-world dosing guidance — Long-term protein supplementation (1 year) with or without exercise modulates basal/postprandial MPS in older adults. (NIH/PubMed — Bülow 2023)

• Body composition support — Meta-analyses report reductions in body weight/fat mass in overweight/obese with whey protein. (PMC — Yang 2019)

• Immune & inflammatory markers (clinical contexts) — Whey isolates improved nutritional status, glutathione, and select immune markers in patients; contextual adjunct. (NIH/PubMed — Bumrungpert 2018)

• Timing after exercise — Review: several studies indicate whey post-exercise facilitates recovery via increased protein synthesis. (PMC — Kim 2017)

• Protein type comparisons — RCT in trained females found no performance difference between whey and casein over 8 weeks; both effective with training. (PMC — Wilborn 2013)

• MPS regulation models — Systematic review reevaluates the “leucine trigger” concept; overall supports leucine’s role yet notes individual variability. (NIH/PubMed — Zaromskyte 2021)

• Blend/dose explorations — Whey-dominant blends raise myofibrillar protein synthesis at rest and after exercise in young men. (NIH/PubMed — Aussieker 2025)

• Age-related anabolism — Academic review synthesizes variables regulating anabolic resistance with age and the role of protein quality (whey, leucine). (PMC — Deane 2024)

• Protein intake & training meta-overview — University-led meta-analyses summarize consistent lean-mass benefits with added protein during RET. (PMC — Nunes 2022)

• Older-adult dosing — Research centers show leucine-enrichment of whey improves MPS in older populations. (NIH/PubMed — Luiking 2014)

• Recovery physiology — University groups report improved post-exercise recovery/performance metrics with protein strategies. (PMC — Cintineo 2018)

• Dietary protein & RET guidance — Meta-analyses and reviews summarize that additional protein supports RET-induced increases in lean mass/strength. (NIH/PubMed — Morton 2018; PMC — Nunes 2022)

• Healthy aging / sarcopenia — Evidence base supports protein + resistance training for strength, muscle mass, and mobility in older adults. (NIH/PubMed — Li 2024)

• Blood pressure & lipids — Systematic reviews find whey may lower SBP and improve select cardiometabolic markers. (NIH/PubMed — Vajdi 2023)

• MPS mechanisms — Reviews from university groups outline whey’s rapid digestion/leucine advantage vs slower proteins. (PMC — Breen & Phillips 2011)

• Public health context — Authoritative summaries recommend pairing adequate protein intake with resistance training for functional aging. (PMC — Nunes 2022)

• Builds & maintains lean muscle with training*

• Speeds post-workout recovery*

• Supports healthy aging & mobility*

• Helps maintain healthy blood pressure (as part of a healthy diet)*

• Supports antioxidant defenses via glutathione*

• 3rd-party lab tested for identity, potency & purity

Adults: Mix 1 scoop (~39 g) with 6–8 oz cold water or milk. Consume pre or post-workout and/or to help meet daily protein goals. Label guidance: Women — 1 heaping scoop (≈25 g protein/≈5 g L-glutamine) in 8 oz liquid, 1–3×/day. Men — 2 heaping scoops (≈50 g protein/≈10 g L-glutamine) in 8 oz liquid, 1–3×/day. Contains milk.

• Serving Size — 1 scoop (39 g)
• Servings Per Container — ~35
• Protein — 25 g per scoop (amino acid profile on label; naturally occurring BCAAs & L-glutamine ≈10 g per 2 scoops)
• Ingredients — Cross Filtered Whey Protein Isolate, L-Glutamine, Natural Cocoa & French Vanilla Flavoring, Stevia
• Contains — Milk
• Free From — Hormones, antibiotics, rBGH, GMOs, pesticides*
• Processing — Cold-processed/filtered to preserve quality
• Quality — Third-party tested

• Athletes & lifters focused on muscle & recovery*
• Adults seeking healthy aging, strength, and mobility support*
• Clean-label, grass-fed protein consumers

Whey Protein Isolate (grass-fed) — complete, leucine-rich protein; rapidly digested to stimulate MPS. (PMC — Breen & Phillips 2011)
L-Leucine & BCAAs (naturally occurring) — drive post-exercise MPS responses, especially in older adults. (PMC — Wilkinson 2023)
L-Glutamine (naturally occurring) — contributes nitrogen for recovery; whey intake elevates glutathione markers in clinical contexts. (PubMed — Zavorsky 2007)

*These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.

Grass-Fed Whey Protein Isolate — premium protein for muscle, recovery, and healthy aging. Clinically Studied Ingredients — NIH/PubMed!*