$products = [ // FAT LOSS CATEGORY 'retatrutide' => [ 'name' => 'RETATRUTIDE', 'subtitle' => 'Triple G Agonist (GLP-1/GIP/GCG)', 'category' => 'Fat Loss', 'category_slug' => 'fat-loss', 'image' => 'images/peptide.png', 'description' => 'Retatrutide is a novel triple hormone receptor agonist that simultaneously activates GLP-1, GIP, and GCGR receptors, creating a synergistic effect on metabolic function for advanced obesity and metabolic syndrome research.', 'mechanism' => [ 'GLP-1 (Glucagon-like Peptide-1) - Regulates appetite and glucose metabolism', 'GIP (Gastric Inhibitory Polypeptide) - Enhances insulin secretion and nutrient metabolism', 'GCGR (Glucagon Receptor) - Increases energy expenditure and fat oxidation' ], 'research' => [ 'Weight Management Studies: Investigating effects on body composition and adipose tissue', 'Metabolic Research: Studying glucose homeostasis and insulin sensitivity', 'Energy Expenditure: Research on thermogenesis and metabolic rate modulation', 'Cardiometabolic Health: Exploring cardiovascular and metabolic parameter improvements' ], 'chemical_name' => 'LY3437943', 'formula' => 'C18H30N4O5S', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '5MG', 'price' => 69.90, 'desc' => 'Single Vial'], ['size' => '10MG', 'price' => 89.90, 'desc' => 'Single Vial'], ['size' => '20MG', 'price' => 129.90, 'desc' => 'Single Vial'], ['size' => '30MG', 'price' => 159.90, 'desc' => 'Single Vial'], ['size' => '140MG', 'price' => 499.90, 'desc' => 'Bulk Research Supply (4x Janoshik Lab 3rd Party COAs)'] ] ], 'tirzepatide' => [ 'name' => 'TIRZEPATIDE', 'subtitle' => 'Dual GIP/GLP-1 Agonist', 'category' => 'Fat Loss', 'category_slug' => 'fat-loss', 'image' => 'images/peptide.png', 'description' => 'Tirzepatide is a dual GIP and GLP-1 receptor agonist for metabolic research, showing enhanced efficacy in glycemic control and weight management studies through dual incretin action.', 'mechanism' => [ 'Dual GIP/GLP-1 receptor agonist - Simultaneous activation of both incretin pathways', 'Enhanced insulin sensitivity - Improved glucose uptake in peripheral tissues', 'Appetite suppression - Central nervous system mediated satiety signaling', 'Improved lipid metabolism - Enhanced fatty acid oxidation and processing' ], 'research' => [ 'Metabolic Syndrome: Comprehensive metabolic parameter improvement studies', 'Weight Loss Research: Body composition and adiposity reduction investigations', 'Glycemic Control: Advanced glucose management and HbA1c optimization', 'Beta Cell Function: Pancreatic islet cell preservation and function research' ], 'chemical_name' => 'LY3298176', 'formula' => 'C225H348N56O68', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '10MG', 'price' => 79.90, 'desc' => 'Single Vial - Research Supply'] ] ], 'semaglutide' => [ 'name' => 'SEMAGLUTIDE', 'subtitle' => 'GLP-1 Agonist', 'category' => 'Fat Loss', 'category_slug' => 'fat-loss', 'image' => 'images/peptide.png', 'description' => 'Semaglutide is a GLP-1 receptor agonist used extensively in research on glucose control, weight management, and cardiovascular outcomes, demonstrating significant efficacy in metabolic disorder studies.', 'mechanism' => [ 'GLP-1 receptor agonist - Enhances glucose-dependent insulin secretion', 'Slows gastric emptying - Prolongs satiety and reduces postprandial glucose', 'Reduces glucagon secretion - Decreases hepatic glucose output', 'Promotes satiety signaling - Central appetite regulation mechanisms' ], 'research' => [ 'Type 2 Diabetes Research: Glycemic control and insulin sensitivity studies', 'Obesity Studies: Weight reduction and maintenance investigations', 'Cardiovascular Outcomes: Heart health and vascular function research', 'Appetite Regulation: Neuroendocrine mechanisms of hunger and satiety' ], 'chemical_name' => 'Semaglutide', 'formula' => 'C187H291N45O59', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '10MG', 'price' => 69.90, 'desc' => 'Single Vial - Research Supply'] ] ], 'hgh-frag' => [ 'name' => 'HGH FRAGMENT 176-191', 'subtitle' => 'Growth Hormone Fragment', 'category' => 'Fat Loss', 'category_slug' => 'fat-loss', 'image' => 'images/peptide.png', 'description' => 'HGH Fragment 176-191 is a modified form of amino acids 176-191 of the human Growth Hormone polypeptide, specifically studied for its lipolytic properties without affecting blood glucose or IGF-1 levels.', 'mechanism' => [ 'Selective lipolysis - Targets adipose tissue without affecting glucose metabolism', 'Fat oxidation enhancement - Increases beta-oxidation of fatty acids', 'IGF-1 independent - Works without elevating insulin-like growth factor 1', 'Metabolic rate modulation - Enhances energy expenditure from fat stores' ], 'research' => [ 'Lipolysis Studies: Investigating targeted fat breakdown mechanisms', 'Metabolic Research: Energy expenditure and substrate utilization', 'Body Composition: Fat mass reduction without muscle catabolism', 'Glucose Homeostasis: Maintains euglycemia while promoting fat loss' ], 'chemical_name' => 'HGH Fragment 176-191', 'formula' => 'C78H125N23O23S2', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '5MG', 'price' => 39.90, 'desc' => 'Single Vial'] ] ], 'aod-9604' => [ 'name' => 'AOD-9604', 'subtitle' => 'Anti-Obesity Drug', 'category' => 'Fat Loss', 'category_slug' => 'fat-loss', 'image' => 'images/peptide.png', 'description' => 'AOD-9604 is a modified fragment of the C-terminus of Human Growth Hormone (HGH) specifically developed for obesity research, designed to burn fat and prevent new fat formation without affecting blood sugar or growth.', 'mechanism' => [ 'Lipolytic action - Stimulates breakdown of stored triglycerides', 'Anti-lipogenic effect - Prevents conversion of non-fat foods into fat', 'HGH receptor independent - Acts through distinct metabolic pathways', 'Beta-3-adrenergic receptor stimulation - Enhances fat cell metabolism' ], 'research' => [ 'Obesity Research: Weight reduction and fat mass studies', 'Metabolic Disorders: Lipid metabolism and energy balance investigations', 'Adipose Tissue Biology: Fat cell signaling and lipolysis mechanisms', 'Body Recomposition: Fat loss preservation without muscle wasting' ], 'chemical_name' => 'AOD-9604', 'formula' => 'C78H123N23O23S2', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '5MG', 'price' => 39.90, 'desc' => 'Single Vial'] ] ], 'tesamorelin' => [ 'name' => 'TESAMORELIN', 'subtitle' => 'Growth Hormone Releasing Hormone Analog', 'category' => 'Fat Loss', 'category_slug' => 'fat-loss', 'image' => 'images/peptide.png', 'description' => 'Tesamorelin is a synthetic analog of growth hormone-releasing hormone (GHRH) used in research on visceral adiposity and metabolic function, particularly effective in reducing abdominal fat deposits.', 'mechanism' => [ 'GHRH receptor agonist - Stimulates pituitary growth hormone release', 'Selective visceral fat reduction - Targets abdominal adipose tissue', 'Preserves peripheral fat - Maintains subcutaneous fat while reducing visceral', 'Improves lipid profiles - Positive effects on cholesterol and triglycerides' ], 'research' => [ 'Visceral Adiposity: Abdominal fat reduction studies', 'Metabolic Syndrome: Lipid profile and cardiovascular risk research', 'Growth Hormone Secretion: Pituitary function and IGF-1 modulation', 'Body Composition: Regional fat distribution investigations' ], 'chemical_name' => 'Tesamorelin Acetate', 'formula' => 'C221H366N72O67', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '10MG', 'price' => 79.90, 'desc' => 'Single Vial'] ] ], // MITOCHONDRIAL SUPPORT CATEGORY 'motsc' => [ 'name' => 'MOTS-C', 'subtitle' => 'Mitochondrial-Derived Peptide', 'category' => 'Mitochondrial Support', 'category_slug' => 'mitochondrial-support', 'image' => 'images/peptide.png', 'description' => 'MOTS-C is a mitochondrial-derived peptide that regulates metabolic function by activating AMPK pathways, improving insulin sensitivity, and enhancing cellular energy production without direct hormonal interference.', 'mechanism' => [ 'Activates AMPK pathway - Master regulator of cellular energy homeostasis', 'Improves insulin sensitivity - Enhanced glucose uptake in muscle cells', 'Enhances cellular energy - Optimizes mitochondrial ATP production', 'Regulates glucose metabolism - Metabolic flexibility and substrate switching' ], 'research' => [ 'Metabolic Regulation: Energy homeostasis and metabolic flexibility', 'Exercise Mimetics: Mimicking cellular adaptations to physical activity', 'Aging Studies: Mitochondrial function and age-related metabolic decline', 'Obesity Research: Weight management and insulin resistance studies' ], 'chemical_name' => 'Mitochondrial Open Reading Frame of the 12S rRNA-c', 'formula' => 'C101H152N28O22S2', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '10MG', 'price' => 39.90, 'desc' => 'Single Vial'], ['size' => '40MG', 'price' => 119.90, 'desc' => 'Research Supply'] ] ], 'ss31' => [ 'name' => 'SS-31', 'subtitle' => 'Mitochondrial Targeting Peptide', 'category' => 'Mitochondrial Support', 'category_slug' => 'mitochondrial-support', 'image' => 'images/peptide.png', 'description' => 'SS-31 is a cell-permeable, mitochondria-targeting peptide that protects mitochondrial function, reduces oxidative stress, and preserves cellular energy production in research models of metabolic and age-related dysfunction.', 'mechanism' => [ 'Mitochondrial membrane potential preservation - Maintains electrochemical gradient', 'Cardiolipin protection - Stabilizes inner mitochondrial membrane structure', 'Reactive oxygen species reduction - Decreases oxidative damage to mitochondria', 'ATP production enhancement - Supports cellular energy generation' ], 'research' => [ 'Mitochondrial Dysfunction: Protection against metabolic stress', 'Aging Research: Age-related mitochondrial decline studies', 'Metabolic Disease: Diabetes and metabolic syndrome investigations', 'Cellular Protection: Oxidative stress and apoptosis prevention' ], 'chemical_name' => 'Elamipretide', 'formula' => 'C32H49N9O5', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '10MG', 'price' => 49.90, 'desc' => 'Single Vial'], ['size' => '50MG', 'price' => 169.90, 'desc' => 'Research Supply'] ] ], '5am1mq' => [ 'name' => '5-AMINO-1MQ', 'subtitle' => 'NNMT Inhibitor', 'category' => 'Mitochondrial Support', 'category_slug' => 'mitochondrial-support', 'image' => 'images/5ampep.png', 'description' => '5-Amino-1MQ is a potent inhibitor of Nicotinamide N-methyltransferase (NNMT), an enzyme linked to metabolic dysfunction and obesity. Research indicates potential for enhancing metabolic rate and energy expenditure.', 'mechanism' => [ 'NNMT enzyme inhibition - Blocks conversion of nicotinamide to 1-methylnicotinamide', 'Increases NAD+ levels - Elevates cellular NAD+ for enhanced metabolism', 'Promotes fat oxidation - Stimulates breakdown of fatty acids for energy', 'Metabolic rate enhancement - Increases basal metabolic rate in research models' ], 'research' => [ 'Metabolic Enhancement: Energy expenditure and substrate utilization', 'Obesity Research: Weight management and adipose tissue studies', 'NAD+ Metabolism: Cellular energy and sirtuin activation pathways', 'Aging Studies: Age-related metabolic decline interventions' ], 'chemical_name' => '5-Amino-1-methylquinolinium', 'formula' => 'C10H11N2', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '50MG', 'price' => 65.00, 'desc' => 'Single Vial'] ] ], 'slupp332' => [ 'name' => 'SLU-PP-332', 'subtitle' => 'Estrogen-Related Receptor Agonist', 'category' => 'Mitochondrial Support', 'category_slug' => 'mitochondrial-support', 'image' => 'images/peptide.png', 'description' => 'SLU-PP-332 is a potent and selective agonist of estrogen-related receptors (ERRs), particularly ERRa and ERR?, which play crucial roles in regulating oxidative metabolism, mitochondrial biogenesis, and energy homeostasis. Note: This compound requires DMSO for optimal solubility and stability.', 'mechanism' => [ 'ERRa/ERR? agonist - Activates estrogen-related receptor pathways', 'Mitochondrial biogenesis - Stimulates formation of new mitochondria', 'Oxidative metabolism enhancement - Increases fatty acid oxidation', 'Energy expenditure modulation - Regulates metabolic rate and thermogenesis' ], 'research' => [ 'Mitochondrial Biogenesis: Formation and function of new mitochondria', 'Metabolic Regulation: Energy balance and substrate utilization', 'Exercise Physiology: Mimicking cellular adaptations to endurance training', 'Obesity Research: Metabolic rate and fat oxidation studies' ], 'chemical_name' => 'SLU-PP-332', 'formula' => 'C24H19N3O3S', 'purity' => '=99%', 'form' => 'Lyophilized powder + DMSO Solution', 'storage' => '-20°C to -80°C (DMSO at room temperature)', 'shelf_life' => '24 months', 'special_note' => 'DMSO solution (3ml) included FREE - Required for maximum absorption, stability, and bioavailability', 'options' => [ ['size' => '5MG + 3ml DMSO', 'price' => 89.90, 'desc' => 'Complete Kit - Peptide + Solvent Included'] ] ], 'nadplus' => [ 'name' => 'NAD+', 'subtitle' => 'Nicotinamide Adenine Dinucleotide', 'category' => 'Mitochondrial Support', 'category_slug' => 'mitochondrial-support', 'image' => 'images/peptide.png', 'description' => 'NAD+ (Nicotinamide Adenine Dinucleotide) is a critical coenzyme found in every cell, essential for mitochondrial function, energy production, DNA repair, and cellular signaling. Research focuses on its role in aging, metabolic health, and cellular regeneration.', 'mechanism' => [ 'Mitochondrial energy production - Essential for oxidative phosphorylation', 'Sirtuin activation - Regulates cellular aging and metabolic processes', 'DNA repair support - Facilitates PARP enzyme function', 'Redox balance - Maintains cellular oxidation-reduction homeostasis' ], 'research' => [ 'Aging Research: Cellular senescence and longevity studies', 'Metabolic Health: Glucose and lipid metabolism regulation', 'Neuroprotection: Cognitive function and neuronal health', 'Cellular Repair: DNA damage response and genomic stability' ], 'chemical_name' => 'Nicotinamide Adenine Dinucleotide', 'formula' => 'C21H27N7O14P2', 'purity' => '=99%', 'form' => 'Lyophilized powder', 'storage' => '-20°C to -80°C', 'shelf_life' => '24 months', 'options' => [ ['size' => '500MG', 'price' => 75.00, 'desc' => 'Research Supply'], ['size' => '1000MG', 'price' => 125.00, 'desc' => 'Bulk Research Supply'] ] ] ];