Biotin-PEG-AC, MW 1k-10k

Name: Biotin-PEG-AC, MW 1k-10k
Brand: BOC Sciences
Rating: 5 (1 reviews)

Cat No.: BPG-1290

4.5

Biotin-PEG-AC is a linear heterobifunctional PEG reagent with two different activated terminal groups. It is used in cell culture, pharmaceutical research, drug delivery and release, nanotechnology and new materials.Biotin terminal group can label specific molecules, structures or tissues. The other terminal group participates in kinds of active reactions. Biotin-PEG-AC can be used as argeted markers for small molecules or materials.

Category	Biotin PEG
Molecular Weight	Customizable
Storage	-20°C for long-term preservation, keep in dry and avoid sunlight. Avoid repeated freezing and thawing.

Structure of Biotin-PEG-AC, MW 1k-10k

Ordering Information

*For research and manufacturing use only. We do not sell to patients.

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Professional Solutions for Molecular Research

Catalog	Molecular Weight	Availability	actions
BPG-1290-1	Biotin-PEG-AC, MW 1k	In stock	Inquiry
BPG-1290-2	Biotin-PEG-AC, MW 2k	In stock	Inquiry
BPG-1290-3	Biotin-PEG-AC, MW 3.4k	In stock	Inquiry
BPG-1290-4	Biotin-PEG-AC, MW 5k	In stock	Inquiry
BPG-1290-5	Biotin-PEG-AC, MW 10k	In stock	Inquiry

cGMP Capacity

cGMP-compliant manufacturing options
Comprehensive QC testing with COA, MSD
From mg and g to kg-scale production
In-stock supply in the US and Europe
Global supply & fast worldwide delivery
One-stop PEGylation services
Custom PEG reagents synthesis
Click chemistry reagents
Bioconjugation & drug delivery
Trusted by 100+ research institutions

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Specification
Key Product Attributes
Reaction & Conjugation Properties
References

Solubility

Soluble in water, DMSO and DMF. Freshly prepared before use.

PEGType	Polymeric Functional PEG
PEGArchitecture	Linear

BiomoleculeCompatibility	Biotin/Avidin Affinity Systems
ResearchUse	Biotin / Desthiobiotin Affinity-Probe Construction

1. Bong, Ki Wan, et al. Hydrodynamic focusing lithography. Angewandte Chemie International Edition, 2010, 49(1): 87-90.
2. Wu, Chueh-Yu, Keegan Owsley, and Dino Di Carlo. Rapid software-based design and optical transient liquid molding of microparticles. Advanced Materials, 2015, 27(48): 7970-7978.