Recombinant Collagen One-Stop Solution
The biological activity and safety of recombinant collagen drive its applications across research, medicine, pharmaceuticals, food, and cosmetics industries. Through selecting and designing highly active collagen genes, utilizing advanced gene synthesis technology, and optimizing/validating multiple expression systems, we ensure high expression levels, potent biological activity, and superior processability of recombinant collagen–unlocking broader possibilities for downstream applications!
Workflow
Highlights
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- Complete Collagen Family Genes Synthesis
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- Multiple Expression Systems
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- High Biological Activity and Safety
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- One-stop Solution
Service Details
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Collagen Type
|
Gene Number
|
Expression System
|
|
Mammalian Cells
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Yeast
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E.coli
|
|
Ⅰ
|
COL1A1
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√
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√
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√
|
|
COL1A2
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√
|
√
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√
|
|
Ⅱ
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COL2A1
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√
|
√
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√
|
|
Ⅲ
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COL3A1
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√
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√
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√
|
|
XVII
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COL17A1
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√
|
√
|
√
|
|
Recombinant Collagen Expression Strains
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|
Expression System
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Collagen Type
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|
Yeast
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Type I Collagen
|
|
Yeast
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Type III Collagen
|
|
HEK293 Cell
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Type III Collagen
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Collagen (Triple Helix Structure) Family
The collagen family has 28 members. Each collagen molecule is composed of three collagen αchains folded into a triple helix structure. Each collagenαchain is composed of repeated Gly-X-Y motifs, and any amino acid residue can occupy the X and Y positions of the Gly-X-Y triplet.
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