LimonBotella
Inventory Status:
Availability: 23 in stock
Price range: $48.00 through $180.00
Strict Regulatory Notice: This agent is synthesized strictly for laboratory-based research and analytical purposes. It is not intended for human or veterinary use, nor for medical, household, or cosmetic applications. Please review our Terms of Service thoroughly before finalizing your acquisition.
Active Ingredients: Each mL of sterile aqueous solution contains:
Deoxycholic acid (1%) 10mg/mL
Bromelain (1%) 10mg/mL
Riboflavin (0.1%) 1mg/mL
Lecithin (0.1%) 1mg/mL
Inactive Ingredients:
Benzyl alcohol (18 mg),
Sodium chloride (8.76 mg)
Sodium hydroxide (2.86 mg)
Water USP
Additional sodium hydroxide (as necessary to adjust the pH)
Key Specifications
Foundational Scientific Overview
Limonbotella is a specialized lipolytic research compound designed for the in-vitro observation of adipocyte modulation, membrane permeabilization, and localized lipid metabolism. Formulated with a synergistic blend of natural proteolytic enzymes (such as Bromelain) and emulsifying phospholipids (such as Lecithin/Phosphatidylcholine), it has become a valuable tool for researchers examining localized adipolysis and cellular apoptosis in fat cell cultures.
At 4 Amino Labs, we provide this compound in a highly concentrated, sterile aqueous format to ensure experimental reproducibility. By maintaining rigorous volumetric standards, we provide the consistency required for longitudinal data integrity.
Scientific Literature Reference: The mechanisms of injectable phospholipids and proteolytic enzymes in adipocyte lysis and membrane solubilization are extensively documented in the literature. See: Rotunda, A. M., et al. (2004). “Detergent effects of sodium deoxycholate are a major feature of an injectable phosphatidylcholine formulation used for localized fat dissolution.” Dermatologic Surgery, 30(7), 1001-1008. and Maurer, H. R. (2001). “Bromelain: biochemistry, pharmacology and medical use.” Cellular and Molecular Life Sciences, 58(9), 1234-1245.
Analytical Composition & Purity Standards
- Chemical Formula: Proprietary Phospholipid & Proteolytic Enzyme Matrix
- Physical State: Pale Yellow to Amber Aqueous Solution
Our Limonbotella compound undergoes a multifaceted verification process. Each batch is subjected to independent High-Performance Liquid Chromatography (HPLC) to ensure a purity threshold of ≥ 99% for active constituents. This analytical rigor ensures the absence of residual solvents, heavy metals, or cross-contaminants, providing a stable baseline for your in-vitro models.
Investigational Pathways
Researchers utilizing Limonbotella typically focus on the following biochemical mechanisms:
- Adipocyte Membrane Disruption: Evaluating the compound’s detergent-like influence on the phospholipid bilayer of isolated fat cells.
- Lipid Emulsification: Observing the breakdown and solubilization of triglycerides into free fatty acids and glycerol.
- Proteolytic Activity: Mapping the flux of collagen and extracellular matrix remodeling mediated by bromelain in adipose tissue assays.
- Inflammatory Response Modulation: Investigating the localized cytokine release cascades associated with chemically induced adipolysis.
Laboratory Handling & Stability Protocol
To maintain the molecular integrity of Limonbotella, the following storage parameters are recommended:
- Thermal Regulation: Store in a strictly controlled, refrigerated environment (2°C to 8°C) to maintain enzyme stability. Do not freeze.
- Photostability: Protect from direct UV exposure; storage in an opaque container or dark cabinet is advised to prevent photo-oxidation of the phospholipids.
- Contamination Control: Use sterilized instruments and work within a laminar-flow hood, when possible, to maintain sample sterility.
Compliance & Safety Disclaimer
This substance is provided exclusively for in-vitro laboratory research and pre-clinical developmental testing. 4 Amino Lab does not condone or authorize the use of this product in any clinical setting or for personal consumption. Misuse of laboratory chemicals carries significant health risks. By purchasing, the researcher acknowledges the inherent risks and confirms they possess the necessary equipment and expertise to handle these materials safely.