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ACE-031 1mg
£44.99
In stock
IN STOCK — ships Monday
ACE-031 1mg recombinant research reference material supplied in lyophilised form for controlled laboratory and analytical research. Verified by HPLC and mass spectrometry with batch-specific documentation.
Free UK Delivery over £100
Certificate of Analysis (COA)
HPLC Tested
99% Purity
Batch & Certificate Verification
Batch: 4107
Shipping to United Kingdom (UK): Royal Mail Tracked 24, Royal Mail Guaranteed by 1pm
Add Bacteriostatic Water (Recommended)
In stock
Research Description
ACE-031 1mg
ACE-031 1mg
ACE-031 1mg – Research Reference Material
Research Grade • Lyophilised Form • Analytical Characterisation • Batch-Specific Documentation
Overview
Peptiology’s ACE-031 1mg is a recombinant research reference material supplied in lyophilised form for controlled laboratory, analytical and biochemical research.
ACE-031 is a recombinant ActRIIB-Fc fusion protein investigated in preclinical research involving myostatin, activin and related signalling pathways. Its defined molecular characteristics make it suitable for laboratory workflows involving protein identification, molecular characterisation, receptor-signalling studies and biochemical research.
Product Specifications
Product Name: ACE-031 1mg
Alternative Name: ACE-031
Product Type: Recombinant fusion protein
Form: Lyophilised solid
Purity: Refer to batch-specific COA
Molecular Formula: Refer to batch-specific COA
Molecular Weight: Refer to batch-specific COA
CAS Number: Refer to batch-specific COA
Analytical Methods: HPLC and mass spectrometry where specified by the applicable batch documentation
The definitive molecular identity, purity, molecular weight, formulation and analytical results for each Peptiology batch should always be confirmed against the applicable Certificate of Analysis.
Storage and Laboratory Handling
ACE-031 is supplied in lyophilised form to support stability during storage and transport.
Store the unopened material according to the conditions specified in the applicable product documentation and batch-specific Certificate of Analysis. Protect the material from excessive heat, moisture and direct light.
Laboratory preparation should be carried out using suitable research-grade materials, appropriate equipment and documented handling procedures.
Once prepared for laboratory analysis, storage conditions should be determined according to the validated requirements of the relevant research protocol.
Synthesis and Quality Assurance
Our ACE-031 is supplied as a recombinant research reference material with quality-assurance procedures designed to support:
Consistent molecular identity
Reliable batch-to-batch specifications
Traceable analytical documentation
Reproducible research material
Appropriate analytical characterisation
Where specified, each batch is assessed using analytical techniques such as HPLC and mass spectrometry. A batch-specific Certificate of Analysis is available to support analytical transparency and traceability.
Research Applications
ACE-031 has been investigated in laboratory and preclinical research involving:
ActRIIB receptor signalling
Myostatin and activin pathway research
Protein identification and characterisation
Molecular and biochemical analysis
Receptor–ligand interaction studies
Cellular signalling models
Analytical assay development
These descriptions relate to laboratory and preclinical research contexts and should not be interpreted as claims of therapeutic efficacy or established clinical use.
Why Choose Peptiology?
Peptiology specialises in research materials for controlled laboratory applications, offering:
Transparent and traceable sourcing
Batch-specific quality documentation
Analytical verification where specified
Consistent product specifications
UK and international dispatch
Research-focused customer support
Important Notice
For laboratory research and in-vitro use only.
This material is not intended for human or animal use, household use, food use or any form of personal application. It is supplied solely as a laboratory reference material for appropriately controlled research environments.
Product specifications, purity, molecular identity, formulation, storage conditions and analytical results should always be verified against the current batch-specific Certificate of Analysis and product documentation.
Reconstitution & Handling
- Recommended solvent Refer to COA / product notes
- Storage Store as directed in documentation
Important reconstitution notice:
Unless the product page, COA, or batch-specific documentation states otherwise, Peptiology peptide products should only be reconstituted using bacteriostatic water supplied by Peptiology.
Peptides are chemically sensitive materials, and reconstitution behaviour can be influenced by the exact diluent used. Different diluents may vary in pH, ionic strength, preservative content, buffering capacity, osmolarity, dissolved gases, and trace impurities. Even small differences in these factors can affect how a peptide dissolves and behaves in solution.
From a chemistry perspective, pH is especially important because it can alter the ionisation state of acidic and basic amino acid side chains. This can change the peptide’s net charge, hydrogen bonding, electrostatic interactions, and hydrophobic association. If the local pH environment is unsuitable, the peptide may show cloudiness, floating particles, clumping, gel-like behaviour, aggregation, or precipitation.
Bacteriostatic water, sterile water, saline, acetic acid water, and buffered solvent systems are not chemically identical. Substituting one for another may change the peptide’s solubility profile, particularly for longer sequences, hydrophobic peptides, modified peptides, or peptides with specific salt forms.
For consistency, reproducibility, and batch comparability, only the recommended diluent system should be used unless an alternative solvent is specifically stated in the product documentation.
Peptides are chemically sensitive materials, and reconstitution behaviour can be influenced by the exact diluent used. Different diluents may vary in pH, ionic strength, preservative content, buffering capacity, osmolarity, dissolved gases, and trace impurities. Even small differences in these factors can affect how a peptide dissolves and behaves in solution.
From a chemistry perspective, pH is especially important because it can alter the ionisation state of acidic and basic amino acid side chains. This can change the peptide’s net charge, hydrogen bonding, electrostatic interactions, and hydrophobic association. If the local pH environment is unsuitable, the peptide may show cloudiness, floating particles, clumping, gel-like behaviour, aggregation, or precipitation.
Bacteriostatic water, sterile water, saline, acetic acid water, and buffered solvent systems are not chemically identical. Substituting one for another may change the peptide’s solubility profile, particularly for longer sequences, hydrophobic peptides, modified peptides, or peptides with specific salt forms.
For consistency, reproducibility, and batch comparability, only the recommended diluent system should be used unless an alternative solvent is specifically stated in the product documentation.
- Do not substitute diluents unless specifically instructed.
- Only use Peptiology-supplied bacteriostatic water unless stated otherwise.
- Do not assume all peptides behave the same after reconstitution.
- Visible changes may be caused by diluent incompatibility, pH shift, ionic effects, concentration effects, or peptide-specific solubility behaviour.
- Peptiology cannot verify reconstitution compatibility where non-Peptiology diluents have been used.
For laboratory research use only.
Not for human or veterinary use.
Documentation
Batch verification
Live Certificate of Analysis
View the live batch-specific certificate, including purity, batch number, test date, reviewer details, and QR verification.
Specifications
- Categories Peptide Research, Peptides
Peptiology Research Intelligence
Scientific research profile
Illustrative amino-acid residue chain. Colours identify residue type; this is not an experimentally determined tertiary structure.
Molecular class
Formula
Molecular weight
Receptor / molecular target
Cellular signalling cascade
Amino-acid / molecular sequence
Research profile
Primary pathway
Study systems
Key finding
Evidence landscape
Areas of research
Research deep dive
Mechanistic interpretation
What experiments show
Important limitations
Extended scientific review
Molecular mechanism
Experimental models & readouts
Translational evidence
Open research questions
Published research & literature explorer
Research-use information only.
Mechanistic summaries describe published experimental findings and do not constitute dosing, diagnostic or clinical-use guidance. Where no validated receptor has been identified, the page says so rather than assigning a speculative target.
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