Sugar Nucleotide Purification
BG Pure Q HP
Strong Anion Exchange Medium
High-performance strong anion exchange chromatography medium for sugar nucleotide purification. Fine particle size design delivers exceptional resolution at a competitive price.
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Product Overview
BG Pure Q HP is a high-performance strong anion exchange medium designed for intermediate and fine purification of sugar nucleotides and charged biomolecules.
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High Resolution
Mean particle size ~34 μm (25-50 μm). Excellent resolution for fine separation of sugar nucleotide analogs and isomers.
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High Binding Capacity
Dynamic binding capacity up to 70 mg BSA/mL medium. High processing efficiency suitable for scale-up production.
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Robust Chemical Resistance
Compatible with 1 M NaOH, 8 M urea, 6 M guanidine HCl, 70% ethanol. Established CIP protocols ensure long lifetime.
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Easy Scale-Up
Maintain bed height and linear flow rate for seamless transition from lab to production scale.
Target Molecules
Specifically optimized for the purification of negatively charged sugar nucleotides and nucleotide-activated sugars.
UDP-Glucose
UDP-Glc
The universal glucosyl donor for glycosyltransferases. Essential in carbohydrate biosynthesis, glycoconjugate formation, and metabolic engineering applications.
UDP-Glucuronic Acid
UDP-GlcA
Critical for glucuronidation pathways. Involved in the synthesis of glycosaminoglycans, xenobiotic detoxification, and phase II metabolism studies.
UDP-Xylose
UDP-Xyl
Essential for xylosylation in proteoglycan synthesis and plant cell wall biosynthesis. Key sugar donor for xylosyltransferases.
Also effective for GDP-Fucose, CMP-Sialic Acid, UDP-GalNAc, UDP-Galactose, and more.
Technical Specifications
Detailed performance parameters of BG Pure Q HP medium.
Matrix6% highly cross-linked agarose
Particle size25-50 μm (mean ~34 μm)
Medium typeStrong anion exchanger (Q type)
Functional group-N⁺(CH₃)₃ (Quaternary ammonium)
Ionic capacity0.18-0.25 mmol Cl⁻/mL medium
Dynamic binding capacity70 mg BSA/mL medium
Max operating pressure≤ 0.3 MPa
Recommended flow rate≥ 150 cm/h
pH stability (working)6-10
pH stability (long-term)4-13
pH stability (short-term)2-14
Chemical stabilityCommon buffers, 1 M NaOH, 8 M urea, 6 M guanidine HCl, 70% ethanol, 30% isopropanol
Storage condition20% ethanol, 4-30 °C
Why Choose BG Pure Q HP?
Six reasons why researchers trust our strong anion exchange medium for sugar nucleotide purification.
🎯 Sugar Nucleotide Focused
Anion exchange chemistry optimized for negatively charged nucleotide sugars — UDP-sugars, GDP-sugars, CMP-sialic acid and more.
🔍 Fine Particle Size
Mean 34 μm uniform particle size enables high-resolution separation of closely related sugar nucleotide species and structural isomers.
💰 Excellent Value
Performance comparable to leading imported brands at 50-70% lower cost. Significantly reduces consumable expenses.
📐 Proven Scale-Up
Maintain bed height and linear velocity from lab to production without re-optimization.
🧹 Robust CIP Protocols
Effective cleaning with NaOH, ethanol, and isopropanol. Long service life with reproducible batch-to-batch performance.
🤝 Direct Technical Support
Our experienced team provides process development support and rapid response for troubleshooting and optimization.
Ordering Information
Available in pre-packed columns and bulk medium formats. All prices in USD.
| Product Name | Cat. No. | Specification | Price (USD) |
|---|---|---|---|
| BG Pure Q HP Pre-Packed Column (Trial) | BQ-001 | 5 mL | FREE TRIAL |
| BG Pure Q HP Pre-Packed Column | BQ-003 | 100 mL | $400 |
| BG Pure Q HP Medium (Bulk) | BQ-1000 | 1 L | $1,200 |
| BG Pure Q HP Medium (Bulk) | BQ-5000 | 5 L | $4,500 |
| BG Pure Q HP Medium (Bulk) | BQ-10000 | 10 L | $8,000 |
Bulk packaging and customized specifications available upon request. Contact us for volume discounts.
Get In Touch
Have questions about BG Pure Q HP? Our team is ready to help.
Beijing BG Biotechnology Co., Ltd.
Address
No. 1 Juhe Sixth Street, Jufuyuan Industrial Park, Economic Development Zone, Tongzhou District, Beijing, China
Tel
15311249692
Email
info@bio-get.com
Website
www.bio-get.com
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