Bevonescein (ALM-488) – GMP Manufacturer

Bevonescein (ALM-488) – GMP Manufacturer

(1 customer review)

$2.00

Bevonescein (ALM-488) is a synthetic fluorescein-conjugated peptide (GMP-grade) used in research to label intact and degenerated peripheral nerves via real-time fluorescence imaging. Available for wholesale and retail; for laboratory research use only.?For wholesale prices, other specifications and uses, please consult our staff?

EMI starting from $0.00/month - View Plans
Category:

Description

Bevonescein, also known as ALM-488 (CAS 2276787-79-0), is a fluorescein-conjugated peptide-dye tracer designed to bind nerve-associated connective tissue. It enables both intact and degenerated peripheral nerves to fluoresce during real-time imaging—particularly useful in surgical fluorescence-guided models.

Preclinical studies confirm that Bevonescein offers superior visualization of degenerated facial nerves compared to traditional myelin-binding dyes, greatly improving surgical nerve identification in animal models.

Synthesized under GMP conditions, Bevonescein offers high purity and consistent quality for research applications in neuroscience and surgical visualization.


Product Specifications

ParameterDetails
Product NameBevonescein (ALM-488)
SynonymsALM-488
CAS No.2276787-79-0
PurityHigh-purity (GMP-grade)
Molecular FormulaC???H???N??O??
Molecular Weight~2310.5 Da
AppearanceWhite to off-white solid
SolubilitySoluble in DMSO (approx. 100 mg/mL) with ultrasonication; handle using freshly opened DMSO
Storage ConditionsStore at –20 °C, protected from light and moisture; prepared solutions stable at –80 °C for up to 6 months
Manufacturing StandardGMP-compliant
ApplicationsNerve labeling in fluorescence imaging—intact and degenerated nerves
Regulatory StatusFor laboratory research use only

Mechanism of Action & Research Applications

Bevonescein selectively binds to extracellular nerve-associated connective tissue, illuminating both intact and degenerated peripheral nerves under fluorescence-guided imaging. It delivers superior contrast for in vivo surgical and ex vivo imaging models, aiding researchers in neurosurgical visualization, nerve regeneration, and surgical monitoring.


Side Effects (For Reference Only)

Bevonescein is strictly for experimental research use. No human safety or toxicity data is available. Standard laboratory safety measures must be followed.


Disclaimer

This product is intended solely for laboratory research. It is not approved for human or veterinary clinical use. Please follow institutional safety protocols when handling.

Additional information

Weight1 kg
Dimensions26 × 23 × 26 cm

1 review for Bevonescein (ALM-488) – GMP Manufacturer

  1. Heidipricelsw

    The product arrived well packaged and exactly as described. Very satisfied with the overall experience.

Add a review

Your email address will not be published. Required fields are marked *

What is Bevonescein used for in research?

Bevonescein (ALM-488) is used as a fluorescent tracer to label intact and degenerated peripheral nerves in real-time imaging.

What is the purity of Bevonescein?

Bevonescein is provided at high purity and manufactured to GMP standards.

How does Bevonescein function biologically?

It binds to nerve-associated connective tissue, enabling nerve visualization via fluorescence imaging.

What is the molecular weight of Bevonescein?

Its molecular weight is approximately 2310.5 Da

Is Bevonescein soluble in water?

Bevonescein is best dissolved in DMSO at high concentration (~100 mg/mL) with ultrasonic assistance

How should Bevonescein be stored?

Store as a lyophilized powder at –20 °C, protected from light and moisture. Prepared solutions remain stable at –80 °C for up to six months

Can Bevonescein be used clinically?

No—Bevonescein is strictly for laboratory research use only.

Is bulk purchasing available for Bevonescein?

Yes—wholesale and retail options are available, complete with GMP documentation.

Which imaging applications benefit from Bevonescein?

Bevonescein excels in neurosurgical fluorescence-guided labeling of degenerated and intact peripheral nerves

Why choose Bevonescein over other nerve tracers?

It provides superior visibility of degenerated nerves, outperforming traditional myelin-binding dyes in fluorescence-guided imaging


EMI Options