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917834

Sigma-Aldrich

PhotoCol™-RUT, methacrylated collagen bioink kit, with ruthenium

Synonyme(s) :

3D Bioprinting, Bioink, Collagen

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About This Item

Code UNSPSC :
12352201
Nomenclature NACRES :
NA.23

Description

Methacrylated collagen:
Degree of methacrylation ≥ 20%
Product components :
Methacrylated collagen (100 mg)
20 mM acetic acid (50 mL)
Neutralization solution (10 mL)

Ruthenium (100 mg)
Sodium persulfate photoinitiator (500 mg)

Niveau de qualité

100

Stérilité

sterile; sterile-filtered

Impuretés

≤10 EU/mL Endotoxin

Température de stockage

2-8°C

Application

PhotoCol™-RUT bioink kit consists of purified methacrylated Type I bovine collagen as the core component with other support reagents. The methacrylated Type I collagen is produced from telo-peptide intact bovine collagen where the collagen has been modified by reacting the free amines, primarily the ε-amines groups of the lysine residues as well as the α-amines groups on the N-termini. Over 20% of the total lysine residues of the collagen molecule have been methacrylated. A bottle of 20 mM acetic acid solution is provided to solubilize the lyophilized methacrylated collagen at concentrations ranging from 3 to 8 mg/ml. The neutralization solution consists of an alkaline 10X phosphate buffered saline (PBS) solution which provides physiological salts and pH in the final mixture. The photoinitiator consists of ruthenium and sodium persulfate to be formulated in 1X cell culture media or PBS, which allows visible light photocrosslinking of the printed structure at 400-450 nm. PhotoCol™-RUT provides native-like 3D collagen gels, and the final gel stiffness can be customized by changing collagen concentrations and crosslinking.

Informations légales

PhotoCol is a trademark of Advanced BioMatrix, Inc.

Pictogrammes

Environment
GHS09

Mentions de danger

H411

Conseils de prudence

P273 - P391 - P501

Classification des risques

Aquatic Chronic 2

Code de la classe de stockage

10 - Combustible liquids

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Erin Maloney et al.
Micromachines, 11(2) (2020-02-23)
The current drug development pipeline takes approximately fifteen years and $2.6 billion to get a new drug to market. Typically, drugs are tested on two-dimensional (2D) cell cultures and animal models to estimate their efficacy before reaching human trials. However
Andrea Mazzocchi et al.
ACS biomaterials science & engineering, 5(4), 1937-1943 (2019-11-15)
Lung cancer is the leading cause of cancer-related death worldwide yet in vitro disease models have been limited to traditional 2D culture utilizing cancer cell lines. In contrast, recently developed 3D models (organoids) have been adopted by researchers to improve
Ian D Gaudet et al.
Biointerphases, 7(1-4), 25-25 (2012-05-17)
Type-I collagen is an attractive scaffold material for tissue engineering due to its ability to self-assemble into a fibrillar hydrogel, its innate support of tissue cells through bioactive adhesion sites, and its biodegradability. However, a lack of control of material
Mohammad Izadifar et al.
Tissue engineering. Part C, Methods, 24(2), 74-88 (2017-10-21)
Biofabrication of cell supportive cardiac patches that can be directly implanted on myocardial infarct is a potential solution for myocardial infarction repair. Ideally, cardiac patches should be able to mimic myocardium extracellular matrix for rapid integration with the host tissue
Apekshya Chhetri et al.
Current protocols in chemical biology, 11(2), e65-e65 (2019-06-06)
With the increase in knowledge on the importance of the tumor microenvironment, cell culture models of cancers can be adapted to better recapitulate physiologically relevant situations. Three main microenvironmental factors influence tumor phenotype: the biochemical components that stimulate cells, the
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