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Home ProductsAmino Acid N-carboxyanhydride(NCA)

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer
Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer

Large Image :  Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer Get Best Price

Product Details:
Place of Origin: CHINA
Brand Name: Enlai Biotech
Certification: ISO 9001 COA HPLC NMR
Payment & Shipping Terms:
Minimum Order Quantity: Negotiation
Price: Negotiation
Packaging Details: Inside: double PE bag Outside: paper drum
Delivery Time: In Stock
Payment Terms: T/T
Supply Ability: 100 kilograms per month
Detailed Product Description
Product Name: Orn(Boc)-NCA CAS No: 96165-58-1
M.W: 258.27 Appearance: White Powder
Purity: 99+ Storage: -15°C
Highlight:

96165-58-1 Triphosgene Derivatives Orn(Boc)-NCA

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Polymer Triphosgene Derivatives Orn(Boc)-NCA

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99+ Triphosgene Derivatives Orn(Boc)-NCA

 

Product Description

 

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer

 

NameOrn(Boc)-NCA

CAS NO96165-58-1

M.W: 258.27

Appearance: White Powder

Purity: 99+   

SynonymsOrnithine(Boc)-NCA

 

Application

 

Precursor for Polypeptide and Polymer Synthesis

Orn(Boc)-NCA serves as an important precursor for the synthesis of polypeptides and polymers due to its N-Carboxyanhydride (NCA) structural feature. Through ring-opening polymerization, Orn(Boc)-NCA can efficiently convert into high-molecular-weight amino acid polymers or polypeptides. These polymers or polypeptides have broad application potential in biomedical and materials science fields.

 

Introduction of Specific Functional Groups and Properties

The structure of Orn(Boc)-NCA contains ornithine moieties, with the α-amino group and δ-amino group protected by a protecting group and tert-butoxycarbonyl (Boc) respectively. During polymerization, specific functional groups and properties can be introduced. For example, by adjusting polymerization conditions or using different catalysts, the stereostructure, degree of branching, and other properties of the polymers can be controlled to obtain materials with specific structures and performances.

 

Enhancement of Biocompatibility and Functionality of Polymers

The polymerization products of Orn(Boc)-NCA usually exhibit good biocompatibility and biodegradability, making them have wide application prospects in the biomedical field. They can be used as carriers for drug delivery systems to deliver drugs to target sites, or as tissue engineering materials for repairing or replacing damaged tissues and organs. Furthermore, copolymerization with other monomers can further expand the functionality of the polymers, such as antibacterial and antioxidant properties.

 

Package

 

 Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 0     Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 1 

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 2Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 3

Transportation

 

Small package(1g, 25g, 1Kg, 25Kg) can be shipped by Express. (DHL, FedEx, EMS, etc.)
Large package(100kg and more than100Kg) can be transported by Air or Sea.

All transportation is in accordance with the customer's needs.

 

Company Profile

 

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 4Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 5

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 6Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 7

Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 8Triphosgene Derivatives Orn(Boc)-NCA CAS NO 96165-58-1 99+ Polymer 9

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