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Supplier: Accuris
Description: MEMBRANE TUBING, DIALYSIS
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Supplier: Mar Cor Purification
Description: standards according to ANSI/AAMI 13959 and is cleared for use in hospital acute dialysis settings. Ideal For Hospital Acute Use Complete System Disinfection - Unit has the ability to disinfect the RO and the product water supply tubing to the dialysis machine. Quiet Operation - Low
- Maximum Liquid Flow: 0.5204189385 GPM
- Maximum Pressure: 30 to 75 psi
- Maximum Temperature: 49 to 90 F
- Product Form: System
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Description: DIAPES® is engineered for highly effective, patient-adapted dialysis treatment. DIAPES features P.E.T.™ Performance Enhancing Technology and provides high, consistent performance in every dialysis-session. DIAPES offers high and low flux variants for different treatment modalities and
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Supplier: AGC Chemicals Americas, Inc.
Description: membranes use the amorphous phase for: Cation-exchange electrodialysis Anion-exchange electrodialysis Anion-exchange diffusion dialysis AGC also offers DW-Lab, a laboratory scale electro dialyzer to experiment with SELEMION membranes. It comes with rectifier, pumps, tanks and
- Geometry: Flat Sheet
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Description: DIAPES® is engineered for highly effective, patient-adapted dialysis treatment. DIAPES features P.E.T.™ Performance Enhancing Technology and provides high, consistent performance in every dialysis-session. DIAPES offers high and low flux variants for different treatment modalities and
- Geometry: Flat Sheet, Hollow Fiber
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Description: DIAPES® is engineered for highly effective, patient-adapted dialysis treatment. DIAPES features P.E.T.™ Performance Enhancing Technology and provides high, consistent performance in every dialysis-session. DIAPES offers high and low flux variants for different treatment modalities and
- Geometry: Flat Sheet, Hollow Fiber
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Description: DIAPES® is engineered for highly effective, patient-adapted dialysis treatment. DIAPES features P.E.T.™ Performance Enhancing Technology and provides high, consistent performance in every dialysis-session. DIAPES offers high and low flux variants for different treatment modalities and
- Geometry: Flat Sheet, Hollow Fiber
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Supplier: A. u. K. Müller GmbH & Co. KG
Description: This valve series has been specially developed for use in haemodialysis machines and other medical devices. The design recognizes the specific requirements of this market. Used as an inlet or outlet valve for the balance chamber of a dialysis machine, the valve will work in both flow
- Valve Size: 0.14173236 to 0.1574804 inch
- Pressure Rating: 1.45036839357197 to 58.0147357428788 psi
- Number of Ports/Ways: 2 to 3
- Power: 24 volts
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Supplier: ASTM International
Description: membrane substrates, excluding those which strongly adsorb dextran, from highly hydrophilic to highly hydrophobic. This test method is not applicable for microfiltration membranes with pore sizes of 0.01 µm or larger, nor for reverse osmosis or dialysis membranes with
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Supplier: ASTM International
Description: membrane substrates, excluding those which strongly adsorb dextran, from highly hydrophilic to highly hydrophobic. This test method is not applicable for microfiltration membranes with pore sizes of 0.01 µm or larger, nor for reverse osmosis or dialysis membranes with
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Supplier: Dupont Water Solutions
Description: DOW™ FILMTEC™ 4.6-inch diameter reverse osmosis elements offer high quality water for hospitals, dialysis clinics, and other medical applications, using the high performance TW30HP membrane which provides excellent permeate flow and salt rejection. These elements are made with the same
- Maximum Liquid Flow: 3.611111111111114 GPM
- Maximum Pressure: 224.808435 psi
- Maximum Temperature: 113 F
- Application / Industry: Medical
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Supplier: A.G. Scientific, Inc.
Description: CHAPS is a zwitterionic detergent that combines the features of bile salts and N-alkyl sulfobetaines. Can be easily removed from gels or protein solutions by dialysis across a membrane. CHAPS is used in the laboratory to solubilize biological macromolecules such as proteins. CHAPS is
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Supplier: A.G. Scientific, Inc.
Description: most other non-ionic detergent for membrane solbilization. Because n-Octyl-β-D-Glucopyranoside has a high critical micelle concentration (cmc) (20-25 mM), it has the additional advantage of being removed easily by dialysis when compared to bile salts. Aggregation number: 84. Absorbance
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Supplier: Alpha Diagnostic International, Inc.
Description: 80222 3. Blocking Buffer; 500 ul; # 80223 4. Conjugate Stabilizer; 2 ml., # 80224 5. Dialysis bag (Cut off size 10-12 kda) # DB-10 If proteins of 10kda or less are being coupled then it is a good idea to use membranes with lower cut-off such as (3 kda). Wash the membrane
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Supplier: Alpha Diagnostic International, Inc.
Description: less are being coupled then it is a good idea to use membranes with lower cut-off such as (3 kda). Wash the membrane thoroughly with 70% ethanol and then with distilled water. SpCrossreactivity General purpose reagents for coupling antibodies or proteins to HRP. MSDS TMB (substrate),
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Description: Transport processes represent important life-sustaining elements in all humans. These include mass transfer processes, including gas exchange in the lungs, transport across capillaries and alveoli, transport across the kidneys, and transport across cell membranes. These mass transfer
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Our durable membranes provide strong chemical resistance and reduce energy requirements. SELEMION hydrocarbon membranes are ideal for lithium extraction by dilutig and concentrating ionic materials with electro diffusion/dialysis. Key benefits: High ion selectivity (read more)
Browse Microporous Membranes Datasheets for AGC Chemicals Americas, Inc.
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Graphene Dialysis Membranes
One application's material defect is another's path to functionality. This is true of graphene, when taken beyond the realm of electronics and applied within the field of diffusion filtration. A new graphene dialysis membrane, being developed by MIT's Department of Engineering, harnesses
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Replacement of Renal Function by Dialysis
Kidney Int 38: 982, 1990 Verresen L, Waer M, Vanrenterghem Y, Miahielsen P: Angiotensin-converting-enzyme inhibitors and anaphylac- toid reactions to high-flux membrane dialysis . lancet 336: 1360, 1990 Lemke HD, Fink E: Accumulation of bradykinin formed at the AN69 or …
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Modelling and Control of Dialysis Systems
In addition, a small study of four dialysis patients examined gene expression patterns of PBMC by comparing hemophan with PS membrane dialysis in a crossover design (Wilflingseder et al. 2008).
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Management of Acute Kidney Problems
1990) Angiotensin-converting-enzyme inhibitors and anaphylac- toid reactions to high-flux membrane dialysis .
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Membrane separation in flow injection systems
On-line membrane dialysis first used in FIA [32] .
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Practice of dialysis
Dialysis membrane dialysis treatment 5, 113 ff.
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Dialysis cultures
The potential of dialysis cultures is demon- strated on the laboratory scale in a membrane dialysis reactor with an integrated membrane and in reactor systems with an external dialysis loop.
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Advanced Polymers in Medicine
Verresen, L., Waer, M., Vanrenterghem, Y., Michielsen, P.: Angiotensin-converting-enzyme- inhibitors and anaphylactic reactions to high-flux membrane dialysis .
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Encyclopedia of Membrane Science and Technology, 3 Volume Set
One method that can be used to reduce the diffusion selectivity of sorption-selective concentration-driven permeation in enantioseparation membranes ( dialysis membranes) is to apply an electrical potential that makes the concentration-driven permeation of chiral pharmaceuticals or chemicals a potential-driven …
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Improved method for determining partition and diffusion coefficients in human dermis
Flux across the diffusion cells was higher for the composite membrane ( dialysis þ dermis) compared to dermis alone (Fig. 4b).
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Cell and Tissue Reaction Engineering
dilution rate in outer chamber of membrane dialysis reactor .