GC-1 (SOBETIROME) FOR SALE

Description

GC-1 (SOBETIROME) is a high-purity research compound designed for advanced scientific investigation, receptor activity profiling, and metabolic pathway studies in controlled laboratory environments. This synthetic thyroid hormone receptor agonist is structurally developed to selectively interact with thyroid hormone receptor beta (TRβ), making it a valuable tool in experimental endocrinology and metabolic research applications where targeted receptor modulation is being evaluated.

SOBETIROME, commonly referred to as GC-1, was originally developed as a novel analog of thyroid hormone with enhanced receptor selectivity. In research contexts, compounds in this class are studied for their ability to influence gene expression related to metabolic regulation, lipid metabolism, and energy expenditure pathways. Due to its receptor-specific binding profile, GC-1 is widely used in preclinical and in vitro studies aimed at understanding thyroid hormone signaling without the broader systemic effects associated with non-selective thyroid analogs.

This formulation of GC-1 (SOBETIROME) is intended strictly for research and development purposes. It is supplied as a high-quality compound designed to ensure consistency, stability, and reliable performance in laboratory environments. Each batch is manufactured under controlled conditions to maintain chemical integrity, minimize impurities, and ensure reproducible results across experimental applications.

GC-1 is particularly valued in metabolic research due to its selective activation of TRβ receptors, which are primarily associated with liver-based metabolic regulation. This selectivity allows researchers to explore pathways related to cholesterol metabolism, lipid oxidation, and basal metabolic rate regulation in a controlled and targeted manner. As a result, it is frequently utilized in studies focused on endocrine signaling, metabolic engineering, and receptor-binding specificity analysis.

The compound’s stability profile is optimized for research handling, ensuring that it maintains structural integrity under recommended storage conditions. Properly stored GC-1 (SOBETIROME) retains its potency and molecular consistency over time, allowing researchers to conduct long-term studies without significant degradation or variability in compound performance.

In laboratory settings, GC-1 is often incorporated into experimental models to evaluate thyroid hormone receptor activation and downstream genetic expression. Its predictable receptor affinity makes it a useful reference compound when comparing selective vs. non-selective thyroid hormone analogs. This enables more precise mapping of receptor-mediated metabolic effects and supports broader research into endocrine system modulation.

Quality control is a key aspect of this product. Each batch of GC-1 (SOBETIROME) undergoes rigorous testing to confirm purity levels, molecular consistency, and structural accuracy. This ensures that researchers receive a dependable compound suitable for advanced analytical procedures, receptor binding studies, and controlled experimental designs. Consistency between batches is prioritized to support reproducibility, a critical requirement in scientific research.

The compact packaging format is designed for ease of handling and laboratory efficiency. It allows for secure storage, reduced exposure to environmental contaminants, and simplified integration into research workflows. This helps maintain compound stability while ensuring practical usability in both small-scale and large-scale experimental setups.

GC-1 (SOBETIROME) continues to be a compound of interest in metabolic and endocrine research due to its receptor selectivity and investigational potential. Its ability to provide targeted activation of thyroid hormone pathways without broad systemic activation makes it a valuable reference tool in the study of energy regulation, lipid metabolism, and nuclear receptor signaling mechanisms.

Overall, GC-1 (SOBETIROME) offers a high-purity, research-grade solution designed for precision, consistency, and scientific reliability. Its selective receptor activity profile, stable formulation, and strict quality control standards make it an essential compound for advanced laboratory research focused on thyroid hormone receptor biology and metabolic pathway exploration.