Bioregulators Lab Panels
Bioregulators like Bronchogen (lungs), Cardiogen (heart), Cartalax (cartilage), Cortagen (brain), Livagen (liver), Ovagen (liver), Pancragen (pancreas), Pinealon (brain), Prostamax (prostate), Testagen (testicles), Thymogen (immune), Vesugen (vessels), and Vilon (thymus) are cutting-edge tools in experimental research. They’re designed to tweak specific organs—think of Bronchogen supporting lung tissue or Pinealon fine-tuning brain function in preclinical models. But their effects ripple through hormones, metabolism, and inflammation, so you need a solid monitoring system. These lab panels act like a research dashboard, tracking organ health (liver, kidneys), metabolic shifts (glucose, lipids), and specialized markers (testosterone, VEGF) to ensure your study captures the full picture. They help spot hiccups—like inflammation or hormonal swings—early, so you can adjust protocols and nail down reliable data.
What’s Included:
Complete Blood Count (CBC)
- Reason: Evaluates overall hematological status (red blood cells, white blood cells, platelets) in research models. Bioregulators like Thymogen (immune system) and Vesugen (vascular health) may influence blood cell production or inflammation. This test ensures experimental systems remain stable and detects any hematological shifts due to bioregulator activity.
Comprehensive Metabolic Panel (CMP)
- Reason: Assesses liver (ALT, AST), kidney (creatinine, BUN), glucose, and electrolyte function in preclinical models. Bioregulators such as Livagen (liver), Pancragen (pancreas), and Ovagen (liver) are metabolized by these organs, and their effects on metabolism are critical to study. This panel ensures organ integrity and metabolic balance under experimental conditions.
Fasting Glucose and Hemoglobin A1c (HbA1c)
- Reason: Measures glucose regulation in research subjects. Pancragen and Ovagen influence pancreatic and metabolic function, potentially affecting blood sugar in models. This test tracks glycemic control, ensuring bioregulators enhance insulin sensitivity or glucose metabolism as intended in studies.
Lipid Panel (Cholesterol, HDL, LDL, Triglycerides)
- Reason: Monitors lipid metabolism and cardiovascular health in experimental systems. Cardiogen (heart) and Vesugen (vessels) target cardiovascular function, potentially altering lipid profiles. This panel evaluates whether bioregulators improve lipid biomarkers, a key metric in cardiometabolic research.
C-Reactive Protein (CRP) or Erythrocyte Sedimentation Rate (ESR)
- Reason: Gauges systemic inflammation in research models. Thymogen and Vilon (immune modulators) and Cortagen (neuroprotection) may reduce inflammation. This test confirms anti-inflammatory effects, ensuring bioregulators mitigate stress responses effectively in experimental settings.
Liver Enzymes (ALT, AST, GGT)
- Reason: Specifically assesses liver health beyond CMP. Livagen and Ovagen target liver function, and many bioregulators are metabolized hepatically. Monitoring ensures no undue stress or toxicity occurs in liver-focused research, validating safety and efficacy.
Kidney Function (Creatinine, eGFR, BUN)
- Reason: Evaluates renal health in detail. Bioregulators are excreted renally, and Vesugen (vascular) or Cartalax (connective tissue) may influence kidney perfusion or function indirectly. This panel ensures kidney stability in models, critical for long-term studies.
Testosterone (Total and Free)
- Reason: Tracks reproductive hormone levels in experimental subjects. Testagen targets testicular function, potentially increasing testosterone. This test assesses hormonal regulation, ensuring bioregulators achieve intended endocrine effects without imbalance.
Prostate-Specific Antigen (PSA)
- Reason: Monitors prostate health in research models. Prostamax specifically targets prostate tissue, aiming to normalize function. This test evaluates efficacy and safety in prostate-related studies, detecting any unintended overactivity.
Thyroid Panel (TSH, Free T3, Free T4)
- Reason: Assesses thyroid function, which regulates metabolism. Pinealon (brain) and Vesugen (vascular) may indirectly affect neuroendocrine pathways. This panel ensures thyroid stability, as disruptions could confound sleep, energy, or metabolic data in research.
Cortisol
- Reason: Measures stress hormone responses in preclinical systems. Cortagen and Pinealon (neuroprotective) and Thymogen (immune) may modulate stress pathways. This test ensures bioregulators reduce stress effectively, supporting neurological and immune research outcomes.
Suggested Testing Frequency for Research
- Baseline (Pre-Study): Establishes control values in experimental models.
- 4-6 Weeks Into Study: Assesses initial responses to bioregulators.
- Every 3-6 Months (Long-Term Studies): Monitors sustained effects and safety.
- Post-Study: Evaluates recovery or persistent changes after bioregulator cessation.
