What benifit will these peptides have:

(GLP-1 / GIP / Glucagon receptor agonist)

1. Significant appetite suppression
    
2. Enhanced fat loss (including visceral fat)
    
3. Increased energy expenditure via glucagon signalling
    
4. Improved insulin sensitivity
    
5. Better glycaemic control
    
6. Reduced food cravings
    
7. Potential preservation of lean mass vs GLP-1 alone
    
8. Improved metabolic flexibility
    

(GLP-1 / GIP dual agonist)

1. Strong appetite suppression
    
2. Sustained weight loss
    
3. Improved insulin sensitivity
    
4. Reduced blood glucose levels
    
5. Lower food reward signalling
    
6. Improved lipid profiles
    
7. Reduced inflammation linked to obesity
    
8. Better metabolic efficiency
    

(Amylin analog)

1. Increased satiety
    
2. Slower gastric emptying
    
3. Reduced meal size
    
4. Appetite regulation independent of GLP-1
    
5. Reduced food cravings
    
6. Improved portion control
    
7. Synergistic with GLP-1 peptides
    
8. Better long-term dietary adherence
    

1. Stimulates collagen and elastin production
    
2. Improves skin thickness and firmness
    
3. Enhances wound healing
    
4. Anti-inflammatory effects
    
5. Improves hair follicle health
    
6. Supports angiogenesis (new blood vessels)
    
7. Antioxidant activity
    
8. Improves overall skin texture
    

1. Accelerates tendon and ligament healing
    
2. Enhances muscle repair
    
3. Protects gut lining and GI healing
    
4. Reduces inflammation
    
5. Improves joint recovery
    
6. Promotes angiogenesis
    
7. Neuroprotective signalling
    
8. May reduce injury downtime
    

1. Enhances muscle regeneration
    
2. Improves connective tissue repair
    
3. Increases cell migration to injury sites
    
4. Reduces inflammation
    
5. Improves flexibility and mobility
    
6. Supports angiogenesis
    
7. Speeds recovery from overuse injuries
    
8. Supports cardiovascular tissue health
    

(α-MSH fragment)

1. Strong anti-inflammatory effects
    
2. Improves skin barrier function
    
3. Reduces redness and irritation
    
4. Supports gut inflammation control
    
5. Immune-modulating activity
    
6. Supports wound healing
    
7. Calms overactive inflammatory responses
    
8. Skin-soothing properties
    

(Topical neuromodulating peptide, botox in a bottle)

1. Reduces expression lines
    
2. Relaxes facial muscle contraction signalling
    
3. Improves skin smoothness
    
4. Non-invasive Botox-like cosmetic effect
    
5. Enhances skin appearance with continued use
    
6. Improves fine wrinkle depth
    
7. Safe for long-term topical use
    
8. Enhances cosmetic skincare regimens
    

1. Improves mitochondrial energy production
    
2. Supports DNA repair mechanisms
    
3. Enhances cellular metabolism
    
4. Improves fatigue resistance
    
5. Supports healthy aging processes
    
6. Enhances cognitive clarity
    
7. Supports circadian rhythm regulation
    
8. Improves stress resilience at the cellular level
    

(NNMT inhibitor)

1. Increases metabolic rate
    
2. Enhances fat oxidation
    
3. Improves insulin sensitivity
    
4. Reduces fat accumulation signalling
    
5. Supports lean body composition
    
6. Increases cellular energy utilization
    
7. Influences NAD+ metabolism
    
8. Experimental longevity signalling
    

1. Increases natural GH pulses
    
2. Supports fat loss
    
3. Improves sleep quality
    
4. Enhances recovery
    
5. Supports lean muscle preservation
    
6. Improves skin and connective tissue health
    
7. Enhances IGF-1 signalling indirectly

(GLP-1 / GIP / Glucagon receptor agonist)

1. Significant appetite suppression
    
2. Enhanced fat loss (including visceral fat)
    
3. Increased energy expenditure via glucagon signaling
    
4. Improved insulin sensitivity
    
5. Better glycemic control
    
6. Reduced food cravings
    
7. Potential preservation of lean mass vs GLP-1 alone
    
8. Improved metabolic flexibility
    

(GLP-1 / GIP dual agonist)

1. Strong appetite suppression
    
2. Sustained weight loss
    
3. Improved insulin sensitivity
    
4. Reduced blood glucose levels
    
5. Lower food reward signaling
    
6. Improved lipid profiles
    
7. Reduced inflammation linked to obesity
    
8. Better metabolic efficiency
    

(Amylin analog)

1. Increased satiety
    
2. Slower gastric emptying
    
3. Reduced meal size
    
4. Appetite regulation independent of GLP-1
    
5. Reduced food cravings
    
6. Improved portion control
    
7. Synergistic with GLP-1 peptides
    
8. Better long-term dietary adherence
    

1. Stimulates collagen and elastin production
    
2. Improves skin thickness and firmness
    
3. Enhances wound healing
    
4. Anti-inflammatory effects
    
5. Improves hair follicle health
    
6. Supports angiogenesis (new blood vessels)
    
7. Antioxidant activity
    
8. Improves overall skin texture
    

1. Accelerates tendon and ligament healing
    
2. Enhances muscle repair
    
3. Protects gut lining and GI healing
    
4. Reduces inflammation
    
5. Improves joint recovery
    
6. Promotes angiogenesis
    
7. Neuroprotective signaling
    
8. May reduce injury downtime
    

1. Enhances muscle regeneration
    
2. Improves connective tissue repair
    
3. Increases cell migration to injury sites
    
4. Reduces inflammation
    
5. Improves flexibility and mobility
    
6. Supports angiogenesis
    
7. Speeds recovery from overuse injuries
    
8. Supports cardiovascular tissue health
    

(α-MSH fragment)

1. Strong anti-inflammatory effects
    
2. Improves skin barrier function
    
3. Reduces redness and irritation
    
4. Supports gut inflammation control
    
5. Immune-modulating activity
    
6. Supports wound healing
    
7. Calms overactive inflammatory responses
    
8. Skin-soothing properties
    

(Topical neuromodulating peptide)

1. Reduces expression lines
    
2. Relaxes facial muscle contraction signaling
    
3. Improves skin smoothness
    
4. Non-invasive Botox-like cosmetic effect
    
5. Enhances skin appearance with continued use
    
6. Improves fine wrinkle depth
    
7. Safe for long-term topical use
    
8. Enhances cosmetic skincare regimens
    

1. Improves mitochondrial energy production
    
2. Supports DNA repair mechanisms
    
3. Enhances cellular metabolism
    
4. Improves fatigue resistance
    
5. Supports healthy aging processes
    
6. Enhances cognitive clarity
    
7. Supports circadian rhythm regulation
    
8. Improves stress resilience at the cellular level
    

(NNMT inhibitor)

1. Increases metabolic rate
    
2. Enhances fat oxidation
    
3. Improves insulin sensitivity
    
4. Reduces fat accumulation signaling
    
5. Supports lean body composition
    
6. Increases cellular energy utilization
    
7. Influences NAD+ metabolism
    
8. Experimental longevity signaling
    

1. Increases natural GH pulses
    
2. Supports fat loss
    
3. Improves sleep quality
    
4. Enhances recovery
    
5. Supports lean muscle preservation
    
6. Improves skin and connective tissue health
    
7. Enhances IGF-1 signaling indirectly
    
8. Supports overall vitality
    

1. Increases lean muscle mass
    
2. Enhances fat metabolism
    
3. Improves recovery and healing
    
4. Strengthens bones
    
5. Improves skin thickness and elasticity
    
6. Enhances sleep depth
    
7. Supports immune function
    
8. Improves overall physical performance
    

1. Increases skin pigmentation
    
2. Reduces UV sensitivity
    
3. Appetite suppression
    
4. Increased libido (central effect)
    
5. Enhanced energy levels
    
6. Anti-inflammatory signaling
    
7. Supports fat loss indirectly
    
8. Melanocortin receptor activation
    

1. Improves insulin sensitivity
    
2. Enhances mitochondrial function
    
3. Increases metabolic flexibility
    
4. Supports endurance
    
5. Protects against metabolic aging
    
6. Enhances fat utilization
    
7. Improves cellular stress resistance
    
8. Longevity-associated signaling
    

(Delta Sleep-Inducing Peptide)

1. Improves sleep onset
    
2. Enhances deep sleep
    
3. Reduces sleep fragmentation
    
4. Supports recovery
    
5. Reduces cortisol signaling
    
6. Improves circadian rhythm stability
    
7. Enhances mental clarity via sleep
    
8. Anti-stress effects
    

1. Enhances cognitive function
    
2. Increases BDNF expression
    
3. Improves focus and memory
    
4. Neuroprotective effects
    
5. Improves stress resilience
    
6. Enhances mood stability
    
7. Improves recovery from mental fatigue
    
8. Supports brain plasticity
    

1. Reduces anxiety
    
2. Enhances emotional regulation
    
3. Improves cognitive clarity
    
4. Modulates immune response
    
5. Improves stress tolerance
    
6. Supports sleep indirectly
    
7. Enhances focus without stimulation
    
8. Neuroprotective effects
    

1. Increases libido
    
2. Enhances sexual arousal
    
3. Works independently of hormones
    
4. Improves sexual motivation
    
5. Central nervous system activation
    
6. Effective in both men and women
    
7. Improves sexual satisfaction
    
8. Enhances dopamine-related pathways
    

1. Supports telomere regulation
    
2. Improves circadian rhythm
    
3. Supports cellular longevity
    
4. Antioxidant effects
    
5. Enhances sleep quality
    
6. Supports immune system aging
    
7. Improves pineal gland signaling
    
8. Potential lifespan-associated pathways
    

1. Enhances bonding and social connection
    
2. Reduces stress and anxiety
    
3. Improves sexual satisfaction
    
4. Enhances emotional regulation
    
5. Improves trust and empathy
    
6. Supports postpartum recovery
    
7. Lowers cortisol levels
    
8. Improves mood stability
    

(Mitochondrial peptide)

1. Improves mitochondrial efficiency
    
2. Reduces oxidative stress
    
3. Enhances cellular energy production
    
4. Protects mitochondrial membranes
    
5. Improves endurance and fatigue resistance
    
6. Supports cardiovascular health
    
7. Neuroprotective effects
    
8. Longevity-associated mitochondrial signaling
    

1. Stimulates GnRH release
    
2. Regulates LH and FSH secretion
    
3. Enhances reproductive hormone signaling
    
4. Improves libido
    
5. Supports fertility signaling
    
6. Modulates sexual behavior
    
7. Connects metabolic and reproductive health
    
8. Central neuroendocrine regulation
    

1. Enhances immune function
    
2. Improves T-cell maturation
    
3. Modulates immune balance
    
4. Reduces chronic inflammation
    
5. Supports infection resistance
    
6. Improves immune aging (immunosenescence)
    
7. Enhances vaccine response
    
8. Supports overall immune resilience
    

If you want next, I can:

• Rank these by strength of evidence
   
• Create low-overlap stacks
   
• Flag which ones should never be combined
   
• Or build goal-specific “top 5 only” stacks
   

Just say the word.
 

1. Supports overall vitality
    

1. Increases lean muscle mass
    
2. Enhances fat metabolism
    
3. Improves recovery and healing
    
4. Strengthens bones
    
5. Improves skin thickness and elasticity
    
6. Enhances sleep depth
    
7. Supports immune function
    
8. Improves overall physical performance
    

1. Increases skin pigmentation
    
2. Reduces UV sensitivity
    
3. Appetite suppression
    
4. Increased libido (central effect)
    
5. Enhanced energy levels
    
6. Anti-inflammatory signalling
    
7. Supports fat loss indirectly
    
8. Melanocortin receptor activation
    

1. Improves insulin sensitivity
    
2. Enhances mitochondrial function
    
3. Increases metabolic flexibility
    
4. Supports endurance
    
5. Protects against metabolic aging
    
6. Enhances fat utilization
    
7. Improves cellular stress resistance
    
8. Longevity-associated signalling
    

(Delta Sleep-Inducing Peptide)

1. Improves sleep onset
    
2. Enhances deep sleep
    
3. Reduces sleep fragmentation
    
4. Supports recovery
    
5. Reduces cortisol signalling
    
6. Improves circadian rhythm stability
    
7. Enhances mental clarity via sleep
    
8. Anti-stress effects
    

1. Enhances cognitive function
    
2. Increases BDNF expression
    
3. Improves focus and memory
    
4. Neuroprotective effects
    
5. Improves stress resilience
    
6. Enhances mood stability
    
7. Improves recovery from mental fatigue
    
8. Supports brain plasticity
    

1. Reduces anxiety
    
2. Enhances emotional regulation
    
3. Improves cognitive clarity
    
4. Modulates immune response
    
5. Improves stress tolerance
    
6. Supports sleep indirectly
    
7. Enhances focus without stimulation
    
8. Neuroprotective effects
    

1. Increases libido
    
2. Enhances sexual arousal
    
3. Works independently of hormones
    
4. Improves sexual motivation
    
5. Central nervous system activation
    
6. Effective in both men and women
    
7. Improves sexual satisfaction
    
8. Enhances dopamine-related pathways
    

1. Supports telomere regulation
    
2. Improves circadian rhythm
    
3. Supports cellular longevity
    
4. Antioxidant effects
    
5. Enhances sleep quality
    
6. Supports immune system aging
    
7. Improves pineal gland signalling
    
8. Potential lifespan-associated pathways
    

1. Enhances bonding and social connection
    
2. Reduces stress and anxiety
    
3. Improves sexual satisfaction
    
4. Enhances emotional regulation
    
5. Improves trust and empathy
    
6. Supports postpartum recovery
    
7. Lowers cortisol levels
    
8. Improves mood stability
    

(Mitochondrial peptide)

1. Improves mitochondrial efficiency
    
2. Reduces oxidative stress
    
3. Enhances cellular energy production
    
4. Protects mitochondrial membranes
    
5. Improves endurance and fatigue resistance
    
6. Supports cardiovascular health
    
7. Neuroprotective effects
    
8. Longevity-associated mitochondrial signalling
    

1. Stimulates GnRH release
    
2. Regulates LH and FSH secretion
    
3. Enhances reproductive hormone signalling
    
4. Improves libido
    
5. Supports fertility signalling
    
6. Modulates sexual behaviour
    
7. Connects metabolic and reproductive health
    
8. Central neuroendocrine regulation

         9. Hormone regulation in men and women over 30 years old
 

1. Enhances immune function
    
2. Improves T-cell maturation
    
3. Modulates immune balance
    
4. Reduces chronic inflammation
    
5. Supports infection resistance
    
6. Improves immune aging
    
7. Enhances vaccine response
    
8. Supports overall immune resilience