推荐产品
ligand
(Trimethylammoniumethyl)
品質等級
描述
strong anion exchanger, suspension in 20% ethanol and 150 mM NaCl (40-90 µm)
無菌
sterile (Caustic Stable)
產品線
Fractogel®
形狀
resin
參數
240 cm/hr flow rate
8 bar max. pressure
基質活性組
methacrylate
平均粒徑
40-90 μm
容量
100 mg binding capacity (BSA/mg of resin)
轉變溫度
flash point 35 °C (calculated)
密度
1.430 g/cm3 at 20 °C
體積密度
1000 kg/m3
應用
gene therapy
mAb
recombinant protein
分離技術
anion exchange
strong anion exchange
儲存溫度
no temp limit
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一般說明
特點和優勢
- High protein loading conditions resulting in good selectivity and resolution with the tentacle technology
- Excellent binding to large viruses at increased loading
- Homogenous binding with high selectivity and purity
- Reduce operating costs and resin replacement with enduring durability - allowing for multiple cycles of column regeneration and sanitization
- Compatibility with 2.5 % (v/v) aqueous benzyl alcohol containing 150 mM NaCl storage solution
包裝
- 1.16881.0100: Fractogel® EMD TMAE (M) Resin 100ml
- 1.16881.0010: Fractogel® EMD TMAE (M) Resin 10ml
- 1.16881.0500: Fractogel® EMD TMAE (M) Resin 500ml
- 1.16881.0050: Fractogel® EMD TMAE (M) Resin 50ml
分析報告
Microscopic evaluation: Uniform spherical particles,no agglomerates,no fines
Extractable matter (water): ≤ 0.03 %
Cerium: ≤ 1 µg/g
Pressure drop(column: ID=1.6 cm, L=10 cm at 5 ml/min): ≤ 1.0 bar
Particle size (d10): 37 - 45 µm
Particle size (d50): 48 - 60 µm
Particle size (d90): 63 - 77 µm
Colony forming units (TAMC + TYMC): ≤ 100 CFU/ml
Endotoxins: ≤ 1.00 EU/ml
Protein binding capacity (bovine serum albumin): 80 - 120 mg/ml
Functional test (b:a): ≤ 0.25
Functional test: Separation of conalbumin and human serum albumin
法律資訊
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訊號詞
Warning
危險聲明
危險分類
Flam. Liq. 3
儲存類別代碼
3 - Flammable liquids
水污染物質分類(WGK)
WGK 1
閃點(°F)
95.0 °F
閃點(°C)
35 °C
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Influenza vaccines are commonly made using egg-based and cell-based manufacturing strategies. Find step-by-step information on the manufacturing process for each method.
A custom-designed cost model is used to explore the economics of vaccine manufacturing across several different modalities including mRNA. The model enables greater process understanding, simulates bottlenecks, and helps to optimize production efficiency.
A custom-designed cost model is used to explore the economics of vaccine manufacturing across several different modalities including mRNA. The model enables greater process understanding, simulates bottlenecks, and helps to optimize production efficiency.
A custom-designed cost model is used to explore the economics of vaccine manufacturing across several different modalities including mRNA. The model enables greater process understanding, simulates bottlenecks, and helps to optimize production efficiency.
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