OPM-PK15 SFM1 Medium Liquid Cell Culture Medium for PK15 with L-Glutamine
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Product Description
Company Info
Address:
Building #28, 908 Ziping Road, Pudong, Shanghai, China
Business Type:
Manufacturer/Factory
Business Range:
Chemicals, Construction & Decoration, Health & Medicine, Service
Management System Certification:
ISO 9001, GMP
Main Products:
Cho Medium, Hek-293 Medium, Cho Feed, Hek-293 Feed, Vero Medium, Insect Medium, Cell Medium
Company Introduction:
Established in 2013, OPM Biosciences (Stock Code: 688293) is an integrated solution provider of cell culture media (CCM) and CDMO service.
Our management system is certificated by TÜ V NORD as per ISO9001: 2015. OPM has 4 facilities with an overall area of 18, 000m² Operated under full GMP guidance.
OPM′s world-class cell culture solution leads to the company′s fast growth. As the first publicly listed total-cell-culture-solution provider, OPM is becoming a strategic partner of biopharmaceutical companies worldwide.
OPM-CHO - Commercial CHO media platform
The OPM-CHO platform is designed to achieve optimal cell culture performance, in terms of high-density cell growth, high titer, and desired quality. OPM-CHO media provide cell culture solutions for transient transfection and stable cell lines, both in small-scale and large-scale biotherapeutic manufacturing.
AltairCHO™ And VegaCHO™ Are the new generation CHO media of high-performing chemically defined media, without any animal-derived component. These cell culture media efficiently support high levels of expression of recombinant proteins and therapeutic antibodies in high-density suspension culture of all CHO cells, including wild-type and genetically engineered cell lines such as CHO-K1, CHO DG44, CHO-S, CHO-M, etc.
OPM-293 Platform
OPM-CD Trans293 cell culture medium supports high-level transient expression of monoclonal antibodies. Titer can exceed 1000mg/L
OPM-CD Trans293+293 ProFeed cell culture medium supports high-level transient expression of Lentivirus in conjunction with 293 ProFeed. The LV titer can increase more than 50%, reaching 1X10^7 TU/ml
OPM-CD Trans293 cell culture medium supports the highest level of transient expression of AAV compared to some other commercial media. Prior to process optimization, the AAV titer can already reach 2.29X10^10 vg/ml
OPM-CD Trans293 cell culture medium supports the comparable level of transient expression of Adenovirus (2X10^9 IFU/ml)
OPM-VAC Platform
OPM-VAC is a unique platform featuring in serum-free culture of cell lines related to vaccine manufacture, including media for Vero, MDCK, Insect cells, LMH, PK15, BHK21, ST, and MDBK cells. We help vaccine manufacturing clients with cell adaptation to further improve the manufacturing process.
OPM-Hybri Platform
HybriSFM-P1B cell culture medium is a serum-free medium with low-concentration protein, specially designed for the growth of high-density hybridoma cells. This medium supports high-density suspension culture of different hybridoma cells and protein antibody expression. It is L-glutamine free and it can be customized according to customer needs.
Classical Media
OPM provides DMEM, RPMI 1640 and other classical media with stable quality, flexible production capacity and fast delivery time. This medium is intended for large-scale manufacturing of therapeutic biomolecules, as well as for research purposes.
Our management system is certificated by TÜ V NORD as per ISO9001: 2015. OPM has 4 facilities with an overall area of 18, 000m² Operated under full GMP guidance.
OPM′s world-class cell culture solution leads to the company′s fast growth. As the first publicly listed total-cell-culture-solution provider, OPM is becoming a strategic partner of biopharmaceutical companies worldwide.
OPM-CHO - Commercial CHO media platform
The OPM-CHO platform is designed to achieve optimal cell culture performance, in terms of high-density cell growth, high titer, and desired quality. OPM-CHO media provide cell culture solutions for transient transfection and stable cell lines, both in small-scale and large-scale biotherapeutic manufacturing.
AltairCHO™ And VegaCHO™ Are the new generation CHO media of high-performing chemically defined media, without any animal-derived component. These cell culture media efficiently support high levels of expression of recombinant proteins and therapeutic antibodies in high-density suspension culture of all CHO cells, including wild-type and genetically engineered cell lines such as CHO-K1, CHO DG44, CHO-S, CHO-M, etc.
OPM-293 Platform
OPM-CD Trans293 cell culture medium supports high-level transient expression of monoclonal antibodies. Titer can exceed 1000mg/L
OPM-CD Trans293+293 ProFeed cell culture medium supports high-level transient expression of Lentivirus in conjunction with 293 ProFeed. The LV titer can increase more than 50%, reaching 1X10^7 TU/ml
OPM-CD Trans293 cell culture medium supports the highest level of transient expression of AAV compared to some other commercial media. Prior to process optimization, the AAV titer can already reach 2.29X10^10 vg/ml
OPM-CD Trans293 cell culture medium supports the comparable level of transient expression of Adenovirus (2X10^9 IFU/ml)
OPM-VAC Platform
OPM-VAC is a unique platform featuring in serum-free culture of cell lines related to vaccine manufacture, including media for Vero, MDCK, Insect cells, LMH, PK15, BHK21, ST, and MDBK cells. We help vaccine manufacturing clients with cell adaptation to further improve the manufacturing process.
OPM-Hybri Platform
HybriSFM-P1B cell culture medium is a serum-free medium with low-concentration protein, specially designed for the growth of high-density hybridoma cells. This medium supports high-density suspension culture of different hybridoma cells and protein antibody expression. It is L-glutamine free and it can be customized according to customer needs.
Classical Media
OPM provides DMEM, RPMI 1640 and other classical media with stable quality, flexible production capacity and fast delivery time. This medium is intended for large-scale manufacturing of therapeutic biomolecules, as well as for research purposes.
