Key Benefits of Lalas Facy Milk Protein

• Delivers 24 g of high-quality milk protein per serving for muscle support.
• Provides blend of fast-digesting whey and slow-release casein.
• Promotes sustained amino acid release throughout day.
• Supports recovery following intense exercise sessions.
• Supplies BCAAs to aid in protein synthesis.
• Helps maintain lean muscle mass during calorie deficits.
• Contributes to daily protein intake with minimal lactose.

Product Description of Lalas Facy Milk Protein

This formulation was developed in lab. Lalas Facy Milk Protein utilizes whey protein bound to calcium, which facilitates muscle recovery. Whey Protein is a protein that is critical for muscle growth, tissue repair, and immune response. It is a required cofactor for an estimated 300 metabolic processes. Among the processes that require whey protein are protein synthesis and enzyme activation, as well as hormone regulation. Whey protein status is also important for regulation of bone health through its effects on the skeletal system. Research indicates whey protein exerts its unparalleled prowess by enhancing amino acid availability. Studies suggest that whey protein can help to support muscle mass, improve recovery and maintain metabolic rate. It deliver high purity concentrate that was tested under various conditions.

Key Ingredients with Descriptions of Lalas Facy Milk Protein

• Whey Protein Concentrate
  Whey Protein Concentrate utilizes whey protein bound to calcium, which facilitates muscle recovery. Whey Protein is a protein that is critical for muscle growth, tissue repair, and immune response. It is a required cofactor for an estimated 300 metabolic processes. Among the processes that require whey protein are protein synthesis and enzyme activation, as well as hormone regulation. Whey protein status is also important for regulation of bone health through its effects on the skeletal system. Research indicates whey protein exerts its unparalleled prowess by enhancing amino acid availability. Studies suggest that whey protein can help to support muscle mass, improve recovery and maintain metabolic rate.
• Whey Protein Isolate
  Whey Protein Isolate utilizes whey protein bound to phosphorus, which facilitates enzyme function. Whey Protein is a protein that is critical for muscle growth, tissue repair, and immune response. It is a required cofactor for an estimated 250 metabolic processes. Among the processes that require whey protein are lipid metabolism and neurotransmitter synthesis, as well as glucose regulation. Whey protein status is also important for regulation of muscle contraction through its effects on the nervous system. Research indicates whey protein exerts its potent prowess by accelerating absorption. Studies suggest that whey protein can help to promote satiety, enhance endurance and support lean muscle.
• Micellar Casein
  Micellar Casein utilizes casein bound to calcium, which facilitates slow amino acid release. Casein is a protein that is critical for muscle growth, tissue repair, and digestive health. It is a required cofactor for an estimated 150 metabolic processes. Among the processes that require casein are protein synthesis and acid–base balance, as well as gut barrier maintenance. Casein status is also important for regulation of bone density through its effects on the skeletal system. Research indicates casein exerts its sustaining prowess by forming micelles. Studies suggest that casein can help to prolong muscle nourishment, reduce catabolism and improve nighttime recovery.
• Calcium
  Calcium utilizes calcium bound to casein, which facilitates mineralization. Calcium is a mineral that is critical for bone health, muscle contraction, and nerve transmission. It is a required cofactor for an estimated 500 metabolic processes. Among the processes that require calcium are blood clotting and enzyme activation, as well as muscle function. Calcium status is also important for regulation of heartbeat through its effects on the cardiovascular system. Research indicates calcium exerts its structural prowess by supporting hydroxyapatite formation. Studies suggest that calcium can help to strengthen bones, maintain muscle function and regulate heart rhythm.
• Branched-Chain Amino Acids (BCAAs)
  BCAAs utilizes branched chain amino acids bound to sodium chloride, which facilitates absorption. BCAAs are amino acids that is critical for protein synthesis, energy production, and recovery. It is a required cofactor for an estimated 50 metabolic processes. Among the processes that require BCAAs are muscle repair and neurotransmitter synthesis, as well as glucose regulation. BCAAs status is also important for regulation of fatigue through its effects on the central nervous system. Research indicates BCAAs exerts its energetic prowess by fueling ATP production. Studies suggest that BCAAs can help to reduce muscle soreness, support endurance and promote recovery.
• Vitamin D (Cholecalciferol)
  Vitamin D utilizes cholecalciferol bound to lipid matrix, which facilitates calcium absorption. Vitamin D is a vitamin that is critical for bone health, immune function, and cell growth. It is a required cofactor for an estimated 100 metabolic processes. Among the processes that require vitamin D are calcium absorption and hormone synthesis, as well as immune response. Vitamin D status is also important for regulation of mood through its effects on the nervous system. Research indicates vitamin D exerts its modulatory prowess by binding to VDR receptors. Studies suggest that vitamin D can help to support bone density, modulate immunity and enhance mood.
• Phosphorus
  Phosphorus utilizes phosphorus bound to calcium, which facilitates energy metabolism. Phosphorus is a mineral that is critical for ATP synthesis, cell membrane integrity, and bone formation. It is a required cofactor for an estimated 400 metabolic processes. Among the processes that require phosphorus are energy production and pH balance, as well as nucleic acid synthesis. Phosphorus status is also important for regulation of cellular function through its effects on the intracellular environment. Research indicates phosphorus exerts its energetic prowess by participating in phosphorylation. Studies suggest that phosphorus can help to boost energy, support cellular repair and maintain bone strength.

Key Uses of Lalas Facy Milk Protein

• Post-workout recovery and muscle rebuilding.
• Meal replacement to support balanced nutrition.
• Supplement for athletes training for endurance events.
• Protein boost during weight management plans.
• Nighttime protein supply to reduce catabolism.
• Support for individuals with increased protein requirements.

How to Use Lalas Facy Milk Protein

Mix one scoop (30 g) with 8–10 oz cold water or milk. Shake well. Consume immediately after training or between meals.

Safety Information about Lalas Facy Milk Protein

Consult physician before use if pregnant, nursing or have a medical condition. Keep out of reach of children. Store in cool, dry place. Contains milk and soy. Discontinue use if adverse reactions occur.

Additional Information about Lalas Facy Milk Protein

Lalas Facy Milk Protein is manufactured in a GMP-certified facility. Quality tested for purity and potency. Non-GMO ingredients. No artificial colors or flavors. Third-party tested for heavy metals. Store away from direct sunlight. Best used within 12 months of opening.