Trans-4-[(tert-butoxycarbonyl)amino] cyclohexanecarboxylic acid (CAS 53292-89-0) Product Introduction
1. Product Overview
Trans-4-[(tert-butoxycarbonyl)amino] cyclohexanecarboxylic acid (CAS 53292-89-0) is a high-purity trans-configured Boc-protected cyclohexane amino acid intermediate for pharmaceutical synthesis and organic chemistry labs, solving low trans-isomer purity, high heterocyclic impurities and unstable structural activity of conventional cyclohexane carboxylic acid derivatives.
2. Core Product Category
Cyclohexane Derivative Intermediate, Boc-Protected Amino Acid, Chiral Pharmaceutical Raw Material, Organic Synthetic Reagent, Drug Molecular Building Block
3. Target Crowd
Pharmaceutical fine chemical manufacturers, new drug synthesis laboratories, university organic chemistry research teams, customized chiral compound enterprises and biomedical molecular R&D institutions
4. Core Solved Pain Points
· Ordinary derivatives have low trans-isomer content, generating invalid cis-isomer byproducts and reducing target drug synthesis yield
· Low-grade raw materials contain high residual organic impurities, increasing purification difficulty for downstream pharmaceutical products
· Generic batches have unstable structural purity, causing poor repeatability of synthetic experiments and industrial production
· Conventional products suffer from Boc group degradation under routine storage, leading to molecular structural failure
5. Core Selling Points
· Maintains 99.0% minimum HPLC purity and 98.5% minimum trans-isomer ratio verified by third-party testing, eliminating cis-isomer interference in drug synthesis.
· Controls single unknown organic impurity below 0.06% through precision recrystallization, lowering downstream purification costs by 25% stably.
· Restricts molecular functional group degradation below 0.3% within 12 months under sealed -20°C storage, retaining complete structural stability.
· Delivers stable molecular configuration consistency across all batches, ensuring uniform experimental data and industrial synthesis quality.
6. Core Product Parameters
This product has a fixed CAS number of 53292-89-0 with a molecular formula of C12H21NO4 and molecular weight of 243.30 g/mol. It appears as white crystalline powder at 25°C. The minimum HPLC purity is 99.0% and the minimum trans-isomer content is 98.5%. Sealed storage at -20°C provides a 12-month valid shelf life with stable chemical and structural properties.
7. Application Scenarios
Pharmaceutical synthesis laboratories use this high trans-purity intermediate for the preparation of cyclohexane-based targeted drug molecules.
Fine chemical manufacturers adopt low-impurity raw materials for customized synthesis of amino acid derivative compounds.
University research teams apply standard-configured products for cyclohexane stereochemical reaction mechanism research.
Biomedical R&D institutions utilize stable-batch intermediates for new drug precursor development and structural modification experiments.
8. Frequently Asked Questions
Q1: What is the HPLC purity and trans-isomer content of CAS 53292-89-0?
This product features 99.0% minimum HPLC purity and 98.5% minimum trans-isomer ratio, meeting high-standard pharmaceutical intermediate synthesis requirements.
Q2: Will long-term low-temperature storage cause molecular structural degradation?
Sealed storage at -20°C limits functional group degradation below 0.3% within 12 months, maintaining complete molecular structural integrity.
Q3: Why is high trans-isomer purity critical for drug synthesis?
High trans-isomer content reduces invalid cis-isomer byproducts, improving the yield and structural accuracy of target drug molecules.
Q4: What advantages does low impurity content bring to synthetic production?
Ultra-low unknown impurity content reduces side reactions, simplifies downstream purification processes and improves finished product qualification rate.
Q5: What main fields apply Trans-4-[(tert-butoxycarbonyl)amino] cyclohexanecarboxylic acid?
It is widely used in stereochemical drug synthesis, organic derivative preparation and university stereochemistry experimental research.
Q6: Does this product support batch industrial synthetic production?
It maintains stable purity and isomer indicators across batches, fully adapting to continuous industrial synthesis and mass production applications.
Q7: What storage method ensures the longest service life of the product?
Sealed, dry and light-proof storage at -20°C effectively prevents hydrolysis and configuration changes throughout the valid shelf life.
