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ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Title
ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Author
Sajja, Sameer
Date Created
2019
Description
The human body operates using various stimuli-responsive mechanisms, dictating biological activity via reaction to external cues. Hydrogels are networked hydrophilic polymeric materials that offer the potential to recreate aqueous environments wit...
ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Title
ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Author
Sajja, Sameer
Date Created
2019
Description
The human body operates using various stimuli-responsive mechanisms, dictating biological activity via reaction to external cues. Hydrogels are networked hydrophilic polymeric materials that offer the potential to recreate aqueous environments wit...
ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Title
ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Author
Sajja, Sameer
Date Created
2019
Subjects--Topical
Nanotechnology, Biochemistry
Description
The human body operates using various stimuli-responsive mechanisms, dictating biological activity via reaction to external cues. Hydrogels are networked hydrophilic polymeric materials that offer the potential to recreate aqueous environments wit...
ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Title
ORGANIZATION OF BIOMOLECULES IN A 3-DIMENSIONAL SPACE
Author
Sajja, Sameer
Date Created
2019
Subjects--Topical
Biochemistry
Description
The human body operates using various stimuli-responsive mechanisms, dictating biological activity via reaction to external cues. Hydrogels are networked hydrophilic polymeric materials that offer the potential to recreate aqueous environments wit...