Description

VIP 10 mL/Vial × 10 Vials/Kit

Product Definition

VIP 10 mL/Vial × 10 Vials/Kit is a standardized research-grade peptide formulation supplied in a controlled laboratory packaging system consisting of ten individually sealed vials, each containing 10 milliliters (mL) of VIP solution. The product is designed exclusively for scientific, analytical, and experimental research applications where consistency, precision, and reproducibility are essential.

VIP refers to Vasoactive Intestinal Peptide, a biologically active peptide widely studied in laboratory environments for its molecular structure, receptor interactions, signaling pathways, and biochemical behavior. In this formulation, VIP is provided as a laboratory-prepared solution intended strictly for non-clinical research use.

Each vial is manufactured under strict quality-controlled conditions to ensure uniform composition, stability, and reproducibility across all units. The solution is carefully prepared, filtered, and filled into sterile vials to minimize contamination risk and preserve peptide integrity during storage and handling. Depending on formulation requirements, VIP may be stabilized using buffered systems designed to maintain pH balance and reduce degradation over time.

With a total kit volume of 100 mL, VIP 10 mL/Vial × 10 Vials supports structured laboratory workflows, repeated experimental studies, and comparative research designs requiring accurate liquid-phase peptide handling.

Introduction

Peptides play a critical role in modern scientific research due to their structural specificity and functional relevance in studying biological systems. Among these, VIP (Vasoactive Intestinal Peptide) is widely investigated in laboratory settings for its involvement in cellular signaling, receptor binding mechanisms, and molecular communication pathways.

VIP 10 mL/Vial × 10 Vials/Kit is designed to meet the needs of researchers requiring a standardized, ready-to-use peptide solution for controlled experimental environments. Each vial contains an exact 10 mL volume of VIP solution, ensuring uniformity across all ten vials and eliminating variability associated with manual preparation or dilution.

The standardized volumetric format enhances experimental accuracy and reproducibility. Researchers can use pre-measured vials directly in laboratory procedures, reducing preparation time and minimizing handling errors that may affect experimental outcomes.

VIP in this formulation is intended strictly for research use and is not designed for diagnostic, therapeutic, or clinical applications. Its primary role is to support biochemical, molecular, and cellular modeling studies under controlled laboratory conditions.

The solution is produced under carefully controlled manufacturing conditions to ensure homogeneity and stability. Depending on batch specifications, VIP may be dissolved in buffered aqueous systems designed to maintain peptide structure and reduce degradation processes such as hydrolysis or oxidation.

Each vial is individually sealed to protect the peptide solution from environmental exposure, including air, light, and microbial contamination. This ensures that each unit retains its integrity until opened for use, while also enabling staged experimental application without compromising unused vials.

Quality assurance is a key component of production. VIP undergoes filtration, formulation control, and batch-level testing to ensure consistent peptide concentration, clarity, and stability across all vials. These measures support reproducible results in scientific research applications.

VIP is commonly used in laboratory studies involving receptor signaling pathways, peptide-receptor interactions, cellular response modeling, and biochemical pathway analysis. The standardized 10 mL format allows for precise control over experimental variables and supports accurate comparison across multiple conditions.

The ten-vial configuration provides additional benefits for structured research workflows, enabling repeated experiments, long-term studies, and multi-phase experimental designs using identical material from a single batch.

VIP 10 mL/Vial × 10 Vials/Kit is suitable for a wide range of scientific disciplines requiring stable, measurable, and reproducible peptide solutions. Its controlled manufacturing process, precise volumetric packaging, and secure sealing make it a practical solution for modern laboratory research environments.

Product Specifications

Specification	Details
Product Name	VIP (Vasoactive Intestinal Peptide)
Volume per Vial	10 mL
Package Quantity	10 Vials
Total Kit Volume	100 mL
Product Form	Laboratory-grade peptide solution (buffered aqueous system)
Appearance	Clear, colorless liquid
Packaging Type	Individually sealed sterile vials
Manufacturing Standard	Controlled laboratory production
Quality Control	Batch-tested and verified
Stability System	Buffered formulation (batch dependent)
Storage Conditions	Store in a cool, dry environment
Long-Term Storage	Refrigeration recommended for peptide stability
Handling	Research-use only material
Stability	Maintains integrity under recommended storage conditions
Application Type	Scientific, biochemical, and analytical research

Features and Benefits

Standardized 10 mL Volumetric Precision

Each vial contains an exact 10 mL peptide solution, ensuring consistent dosing and reproducible experimental conditions.

Ready-to-Use Peptide Solution

Pre-formulated liquid eliminates the need for reconstitution or dilution, improving laboratory efficiency.

Controlled Manufacturing Process

Produced under strict laboratory standards to ensure uniformity in composition, stability, and performance.

Enhanced Experimental Consistency

Standardized formulation reduces variability and improves reproducibility across research studies.

Buffered Stability System

Formulation may include buffering agents that help preserve peptide structure and reduce degradation.

Secure Individual Vial Packaging

Each vial is sealed to protect against contamination, oxidation, and environmental exposure.

Reduced Handling Complexity

Ready-to-use format minimizes preparation steps and reduces experimental error.

Improved Workflow Efficiency

Pre-measured vials streamline experimental setup and support high-throughput research environments.

Consistent Batch Uniformity

All vials are produced from the same batch to ensure identical chemical and physical properties.

Flexible Research Integration

Suitable for a wide range of peptide-based experimental and biochemical research models.

Uses of VIP 10 mL/Vial × 10 Vials/Kit

Peptide Signaling Research

Used in studies examining cellular communication and receptor-mediated signaling pathways.

Molecular Biology Research

Supports investigation of peptide-receptor interactions and intracellular signaling mechanisms.

Biochemical Pathway Analysis

Used to study molecular response systems under controlled laboratory conditions.

Neurobiological Research Models

Assists in experimental modeling of neurotransmitter and peptide signaling systems (non-clinical use).

Analytical Laboratory Testing

Supports calibration, validation, and analytical method development involving peptide solutions.

Formulation Stability Studies

Used to evaluate peptide stability in buffered systems under different environmental conditions.

Biotechnology Research Applications

Supports controlled experimental systems involving peptide-based molecular interactions.

Comparative Experimental Studies

Enables consistent comparison across multiple experimental conditions using standardized solutions.

Academic Laboratory Training

Suitable for advanced education in peptide chemistry and molecular biology techniques.

Quality Assurance Testing

Supports validation of laboratory procedures and analytical accuracy.

Long-Term Research Projects

Ten-vial format supports continuous experimental workflows requiring consistent material supply.

Controlled Experimental Design

Enables precise control of liquid-phase peptide variables in scientific studies.

Advanced Scientific Research

VIP 10 mL/Vial × 10 Vials/Kit serves as a reliable laboratory material for peptide research, biochemical analysis, molecular signaling studies, and experimental modeling. Its standardized volumetric format, controlled manufacturing process, and secure vial packaging make it suitable for professional research environments requiring precision, consistency, and reproducibility.