AOD-9604+L-Carnitine
AOD-9604+L-Carnitine - Image 2

AOD-9604+L-Carnitine

$102.00

AOD-9604 + L-Carnitine | Metabolic Research Blend

Metabolic Signaling & Cellular Energy Research

AOD-9604 + L-Carnitine is a laboratory research blend commonly referenced in
metabolic signaling, fatty acid transport, mitochondrial function, adipocyte
research, and cellular energy pathway studies.

In plain terms: this blend is used in research to look at how cells break down fats and transport fatty acids into mitochondria to be used as fuel.

  • Lyophilized research blend
  • ≥98% purity by HPLC analysis where applicable
  • Lot-specific COA and laboratory documentation available

Research Use Only — Not for Human Consumption.

Available on backorder

SKU: VE-AOD-LCAR-BLEND Category:

Description

  • About AOD-9604 + L-Carnitine

    AOD-9604 + L-Carnitine is a dual-component research blend combining AOD-9604 (hGH fragment 176–191, CAS 221231-10-3) and L-Carnitine (CAS 541-15-1) for controlled laboratory investigation of complementary fat metabolism signaling pathways. It is supplied as a lyophilized powder intended strictly for analytical and non-clinical research applications.

    The formulation targets two mechanistically distinct nodes of lipid metabolism: AOD-9604 engages the lipolysis axis via β3-adrenergic receptor/HSL pathway activation in adipocytes, while L-Carnitine is studied for its role in the carnitine shuttle system governing long-chain fatty acid transport across the inner mitochondrial membrane. Researchers use this blend in 3T3-L1 adipocyte, hepatocyte, and muscle cell models to study multi-pathway lipid flux, mitochondrial β-oxidation capacity, and comparative metabolic substrate utilization under standardized assay conditions.

    COMMON RESEARCH APPLICATIONS

    Multi-Pathway Lipolysis & β-Oxidation Research
    Used in 3T3-L1 and primary adipocyte models to simultaneously examine AOD-9604-driven HSL pathway activation alongside L-Carnitine-mediated CPT1/CPT2 flux, quantifying additive effects on free fatty acid release and mitochondrial oxidation rates.

    Adipocyte Biology & Body Composition Signaling
    Studied in differentiated adipocyte models measuring lipid droplet dynamics, perilipin phosphorylation, and ATGL activity under controlled co-treatment conditions to characterize cooperative lipolysis signaling.

    Metabolic Substrate Utilization Studies
    Used in Seahorse XF assays and oxygen consumption rate (OCR) experiments to assess whether combined AOD-9604 / L-Carnitine treatment alters mitochondrial fuel preference (fatty acid vs. glucose oxidation) in muscle and liver cell lines.

    Comparative Blend vs. Monotherapy Screening
    Benchmarked against AOD-9604 alone and L-Carnitine alone to evaluate pathway selectivity, kinetics, and whether blending confers complementary or additive activity in metabolic pathway assays.

  • Chemical Identity

    Compound Name: AOD-9604 + L-Carnitine blend

    Synonyms: hGH(176–191) / L-Carnitine research blend · AOD9604 + L-Carnitine

    CAS Number: 221231-10-3 (AOD-9604) · 541-15-1 (L-Carnitine)

    EC Number: N/A (synthetic peptide blend)

    Molecular Formula: C78H123N23O23S2 (AOD-9604) · C7H15NO3 (L-Carnitine)

    Molecular Weight: 1815.08 g/mol (AOD-9604) · 161.20 g/mol (L-Carnitine)

    Physical Properties

    Appearance: White to off-white lyophilized powder blend

    Solubility (water): ~2 mg/mL in sterile water or PBS (pH 7.4)

    Solubility (organic): Limited; consult SDS per component

    Hygroscopic: Yes — store desiccated

    Quality & Testing

    Purity: ≥98% each component (HPLC)

    Testing Method : Reverse-phase HPLC · MS confirmation · component ratio

    Verification

    COA: Lot-specific, included with order (QR on label)

    SDS Supplier : Velox Research Chemicals

    SDS Revision: Current lot · OSHA HCS / GHS compliant

    Handling & Storage

    Storage Temperature: SStore desiccated at −20°C for long-term; 2–8°C short-term. Protect from light. Refer to SDS/COA for compound-specific handling.

    Light Sensitivity: Protect from light

    Reconstitution: Dissolve in sterile water or PBS (pH 7.4); use immediately or aliquot and store at −80°C

    Available Strengths: 10 mg blend

    SKU (10 mg): VE-AOD-LCAR-BLEND

    • What is this product?
      AOD-9604 + L-Carnitine is a lyophilized research blend of AOD-9604 (CAS 221231-10-3, MW 1815.08 g/mol) and L-Carnitine (CAS 541-15-1, MW 161.20 g/mol) for controlled laboratory study of complementary fat metabolism signaling. For research use only.
    • What purity and testing methods are used?
      Each lot is tested by reverse-phase HPLC and MS confirmation to ≥98% purity per component, with blend ratio verification. A lot-specific COA is included with every order, accessible via QR code on the label.
    • What are the key chemical identifiers for each component?
      AOD-9604: CAS 221231-10-3 · C₇₈H₁₂₃N₂₃O₂₃S₂ · MW 1815.08 g/mol. L-Carnitine: CAS 541-15-1 · C₇H₁₅NO₃ · MW 161.20 g/mol.
    • Why combine AOD-9604 with L-Carnitine in a research model?
      The blend targets two mechanistically distinct nodes: AOD-9604 activates the lipolysis axis (β3-AR/HSL pathway) to mobilize stored fatty acids, while L-Carnitine facilitates mitochondrial fatty acid transport (CPT1/CPT2 carnitine shuttle). Together they allow multi-pathway fat metabolism research under a single experimental condition.
    • What is the recommended storage upon receipt?
      Store immediately at −20°C desiccated. Short-term at 2–8°C is acceptable for up to 2 weeks. Inspect vials for integrity upon receipt.
    • What is a COA and why does it matter?
      A COA documents lot-specific purity per component (HPLC ≥98%), identity (MS), blend ratio, and appearance. Each lot ships with a QR-accessible COA. Review before use to confirm both components meet your experimental requirements.

  • PubMed Literature Search — AOD-9604 + L-Carnitine
    Primary literature · curated search
    Open PubMed

    PubChem Compound Record
    Full chemical data, bioassays, patents
    View Record

    Source Document / Insert
    Supplier insert or supporting SDS source
    Download PDF

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