Filtration Sample Preparation


Low Protein Binding
Overview
Orochem's low protein binding filters are ideal for removing particles from HPLC samples, tissue culture media filtration, and general biological sample filtration.
Feature
- Different types of filters:
- Regenerated cellulose: hydrophilic, solvent resistant, pH range 3-12. Low and no-specific adsorption.
- Hydrophilic PVDF: solvent resistant, low protein binding, low levels of UV adsorbing extractable.
- Different formats: columns and 96-well plate
High Protein Binding
Overview
Orochem offers hydrophobic PVDF filter columns with 0.2 and 0.45 micron frit. They have high chemical compatibility, and high levels of protein binding.
Features
Different formats: cartridge, also can pack into 96-wellplate, please contact us for detail information.
Showing 1–12 of 17 results
- Catalog#
- Description
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Description
Hydrophobic PP, 96-well plate, Low protein binding, 2.0 ml, 10/pkg
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Description
Hydrophobic PP, 96-well plate, Low protein binding, 2.0 ml, 10/pkg
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Description
Hydrophilic PVDF, 96-well plate, Low protein binding, 2.0 ml, 10/pkg
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Description
Hydrophilic PP, 96-well plate, High protein binding, 2.0 ml, 10/pkg
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Description
Hydrophilic PVDF, 96-well plate, Low protein binding, 2.0 ml, 10/pkg
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Description
Hydrophobic PP, 96-well plate, High protein binding, 2.0 ml, 10/pkg
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Description
Hydrophillic PVDF with Polyester Prefilter, 96-well plate, Low protein binding, 2.0 ml, 10/pkg
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Description
Hydrophillic PVDF with Polypropylene Prefilter, 96-well plate, Low protein binding, 2.0 ml, 10/pkg
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Description
Molecular weight cutoff 10K, 96-well plate, Omniscreen, 1.0 ml, 10/pkg
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Description
Molecular weight cutoff 10K, 96-well plate, Omniscreen, 1.0 ml, 10/pkg
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Description
Hydrophilic, PP96-well plate, Low protein binding, 1.0 ml, 10/pkg
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Description
Hydrophobic PP, 96-well plate, Low protein binding, 1.0 ml, 10/pkg
Filter plate-summary | File size: 1.15MB | Download |
Title | Citation | Cutomer Affiliation |
---|---|---|
Rotary valve apparatus for simulated moving bed separations | Oroskar, Anil R. U.S. Patent 8,349,175, issued January 8, 2013. | Orochem Technologies, Inc. |
Process and adsorbent for separating ethanol and associated oxygenates from a biofermentation system | Oroskar, Anil R., Deepak Sharma, David W. House, and Alice M. Havill. U.S. Patent 8,658,845, issued February 25, 2014. | Orochem Technologies, Inc. |
Purification of montelukast using simulated moving bed | A.K. Mandal, K.J. Ranbhan, G.G. Pai, A. Agarwal, R.V. N. Rema, A. Oroskar | Orochem Technologies, Inc. |
Mannose production from palm kernel meal using simulated moving bed separation | Anil R Oroskar, Naveen S Sudharsan, Priyanka Anil Oroskar, Omkar M Kulkarni US Patent 9163050 B2, 2012 | Orochem Technologies, Inc. |
SMB process for the purification of ethanol and butanediol with integrated regeneration | Sharma, Deepak, Rahul K. Keswani, Wahab Mahmood, and Asha A. Oroskar. U.S. Patent 8,704,016, issued April 22, 2014. US Patent 8704016 B2, 2013 | Orochem Technologies, Inc. |
Recovery of highly pure alpha-tocotrienol from crude palm oil extract | Oroskar, Anil, Deepak Sharma, Vanshidhar Singh, Anand Oroskar, and Gautham Oroskar. U.S. Patent 8,937,191, issued January 20, 2015. US Patent 8937191 B2, 2012 | Orochem Technologies, Inc. |