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Monday, October 5, 2020 | History

3 edition of Cell substrates, their use in the production of vaccines and other biologicals found in the catalog.

Cell substrates, their use in the production of vaccines and other biologicals

Symposium on Cell Substrates and Their Use in the Production of Vaccines and Other Biologicals Lake Placid, N.Y. 1978.

Cell substrates, their use in the production of vaccines and other biologicals

by Symposium on Cell Substrates and Their Use in the Production of Vaccines and Other Biologicals Lake Placid, N.Y. 1978.

  • 384 Want to read
  • 16 Currently reading

Published by Plenum Press in New York .
Written in English

    Subjects:
  • Vaccines -- Congresses.,
  • Human cell culture -- Congresses.,
  • Biological products -- Congresses.,
  • Cancer cells -- Congresses.

  • Edition Notes

    Statementedited by John C. Petricciani, and Hope E. Hopps, and Paul J. Chapple.
    SeriesAdvances in experimental medicine and biology ;, v. 118
    ContributionsPetricciani, John C., Hopps, Hope E., Chapple, Paul J., W. Alton Jones Cell Science Center.
    Classifications
    LC ClassificationsQR189 .S93 1978
    The Physical Object
    Paginationviii, 220 p. :
    Number of Pages220
    ID Numbers
    Open LibraryOL4410072M
    ISBN 100306401894
    LC Control Number79013479

    Full text of "Cell And Tissue Culture Laboratory Procedures In Biotechnology" See other formats. Medium (M) Many early tissue culture media were predominantly formulated from animal products and/or tissue extracts. In , Morgan and his coworkers reported their efforts to produce a totally defined nutritional source for cell cultures.

    A recent report from the Pontifical Academy for Life at the Vatican encourages pharmaceutical companies to seek alternatives to the development of vaccines linked with human fetuses, given the Catholic Church’s objections to cooperating with abortion The report also points out that in the absence of an alternative, these vaccines may be utilized “to avoid a serious risk not only for one. Cross-contamination of a cell culture with other cell types is a serious problem that has only recently been considered alarming. An estimated 15%–20% of cell lines currently in use are misidentified, a problem that began with the first human cell line, HeLa, an unusually aggressive cervical adenocarcinoma isolated from Mrs Henrietta Lacks in.

      The cell is compatible for use with NIR, Raman and Mid IR spectrometers. Two types or formulations will be presented: Rapidly disintegrating formulations with varying amounts of super disintegrant and tablets containing a model drug exhibiting 5/5(1). Cell culture technology is considered one of the potential platforms for treatment of several diseases, their etiology and their diagnosis. Moreover, cell culture technology has now been utilized in several areas such as assessment of the efficacy and toxicity of new drugs, manufacture of vaccines and biopharmaceuticals, and assisted reproductive technology.


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Cell substrates, their use in the production of vaccines and other biologicals by Symposium on Cell Substrates and Their Use in the Production of Vaccines and Other Biologicals Lake Placid, N.Y. 1978. Download PDF EPUB FB2

The Second Annual W. Alton Jones Cell Science Center Symposium: Cell Substrates and­ Their Use in the Production of Vaccines and Other Biologicals was held OctoberThe Center is an operational unit of the Tissue Culture Association and offers, in collaboration with the Association's Education Committee, a wide range of educational.

The Second Annual W. Alton Jones Cell Science Center Symposium: Cell Substrates and­ Their Use in the Production of Vaccines and Other Biologicals was held OctoberThe Center is an operational unit of the Tissue Culture Association and offers, in collaboration with the Association's Education Committee, a wide range of educational Format: Paperback.

Get this from a library. Cell substrates, their use in the production of vaccines and other biologicals. [John C Petricciani; Hope E Hopps; Paul J Chapple; W. Alton Jones Cell Science Center.;] -- This volume stems from a symposium sponsored by the W. Alton Jones Cell Science Center Symposium: Cell Substrates and Their Use in the Production of Vaccines and Other Biologicals was held October.

This volume stems from a symposium sponsored by the W. Alton Jones Cell Science Center, Lake Placid New York. The Second Annual W. Alton Jones Cell Science Center Symposium: Cell Substrates and­ Their Use in the Production of Vaccines and Other Biologicals was held October WHO good manufacturing practices for biological products Replacement of Annex 1 of WHO Technical Report Series, No.

in other (continuous) cell lines. Antibodies may be divided into two main types ascitic fluid and bovine lung) or indirectly (for example, cell substrates, host/ vector production cells, eggs and viral strains). Title(s): Cell substrates, their use in the production of vaccines and other biologicals/ edited by John C.

Petricciani, and Hope E. Hopps, and Paul J. Chapple. Country of Publication: United States Publisher: New York: Plenum Press, c Human Embryonic Stem Cells Handbook (Methods in Molecular Biology): Medicine & Health Science Books @ 5/5(1).

This chapter provides a strategy and summarizes steps for the authentication of cell line stocks. Definitions of public repository seed stocks may vary from those used for specific applications such as the production of vaccines or other biologicals.

The distribution stock consists of ampules that are distributed on request to investigators. Production of Biologicals from Animal Cells in Culture. Book • Edited by: The cell associated concentration of these proteins correlates with their cell-specific production rate.

Total assay times in the order of 5–10 min can be achieved making it feasible to use this technique for process monitoring and control. size, quality. Author(s): Cooke,Robert E Title(s): Ethical considerations in the selection of cells and the use of biologicals/ Robert E Cooke.

In: Petricciani, J.; Hopps, H.; Chapple, P., eds. Cell Substrates: Their Use in the Production of Vaccines and Other Biologicals Country of Publication: United States Publisher: New York: Plenum Press, Current WHO requirements for the use of animal cells as substrates for production of vaccines and other biologicals were adopted by the WHO Expert Committee on Biological Standardization in WHO requirements for the use of animal cells as in vitro substrates for the production of biologicals - (requirements for biological substances no.

50) (Reprinted from WHO Technical Report Series. Characterization and qualification of cell substrates and other biological materials used in the production of viral vaccines for infectious disease indications.

WHO. Recommendations for the evaluation of animal cell cultures as substrates for the manufacture of biological medicinal products and for the characterization of cell banks.

ICHCited by: 2. WHO Expert Committee on Biological Standardization This report presents the recommendations of a WHO expert committee commissioned to coordinate activities leading to the adoption of international recommendations for the production and control of vaccines and other biologicals and the establishment of international biological reference materials.

All other cell substrates should be tested as described in Section a. Cell lines should be free from bacterial and fungal contamination as demonstrated by sterility testing.

Search all FDA Guidance Documents. Guidance documents describe FDA’s interpretation of our policy on a regulatory issue (21 CFR (b)). These documents usually discuss more specific products. Vaccines are a unique class of pharmaceutical products that meet the statutory definition of both a drug and biological product.

2,3 The Food, Drug, and Cosmetic Act defines drugs, in part, by their intended use as “articles intended for use in the diagnosis, cure, mitigation, treatment, or prevention of disease.” 2 Prophylactic vaccines Cited by: Vaccines are complex products that are manufactured in highly dynamic processes.

Cellular substrates are one critical component that can have an enormous impact on reactogenicity of the final preparation, level of attenuation of a live virus, yield of infectious units or antigens, and cost per vaccine dose.

Such parameters contribute to feasibility and affordability of vaccine programs both in Cited by: The production of several viral vaccines depends on chicken embryo fibroblasts or embryonated chicken eggs. To replace this logistically demanding substrate, we created continuous anatine suspension cell lines (CR and ), developed chemically-defined media, and established production processes for different vaccine viruses.

One of the processes investigated in greater detail was developed Cited by: 5. Off label use of vaccines. Off label use is defined as use of a product other than the. indication for which it was approved by FDA.

• Off label use may be inadvertent or intentional. Examples of off label use might include use of a product in an age group outside the recommended age group or use in a population for whom the vaccine is. The level of cell-derived and plasmid-derived DNA should be not more than 10 ng per purified dose, in accordance with the recommendation from the World Health Organization (WHO) Expert Committee on Biological Standardization (Position statement on the use of tumourigenic cells of human origin for the production of biological and.

The production cell line was established based on a current cell line widely used for decades, which was then transfected with an expression plasmid for rhFVIII production.

The human identity of these cells was confirmed by isoenzyme analysis and RAPD; extensive analyses showed no evidence of the presence of any adventitious by: Genetically engineered vaccines are expected to be a major type of future vaccines due to their high safety level, improved immunogenicity, and decreased reactogenicity.

However, absence of posttranslational modifications (PTMs) machinery in E. coli limits its use for the production of recombinant biopharmaceuticals and/or biosimilars [–].Cited by: