Freshney's culture of animal cells : a manual of basic technique and specialized applications

By:

Capes-Davis, Amanda

Contributor(s):

Freshney, R. Ian

Material type: Text

9781119513018

Other title:

Culture of animal cells

Subject(s):

Additional physical formats: Online version:: Freshney's culture of animal cellsDDC classification:

571.538 23 CAP-F

LOC classification:

QH585.2 .F74 2021

Summary: "Cell culture is the process used to keep cells alive in the laboratory. The process has undergone many changes since its discovery in 1907, as better techniques, equipment, and reagents continue to be developed. Cell culture now relies on a toolkit of techniques (e.g. aseptic technique), equipment (e.g. biosafety cabinet), and reagents (e.g. flasks and growth medium). Cells can be maintained and grown from many species and tissues, ranging from humans to fish, and from skin to brain. New methods and uses are emerging, allowing scientists to grow stem cells and develop more effective models through three-dimensional culture. However, cell culture can be challenging. Problems can affect any cell culture practitioner, even the most seasoned expert. Training is needed to ensure aseptic conditions, skilled handling, and an awareness of safety issues and of the purity and identity of the material being handled"--

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Holdings
Item type	Current library	Collection	Call number	Status	Notes	Date due	Barcode	Item holds
Books	IIITD Reference	Biology	CB 571.538 CAP-F (Browse shelf(Opens below))	Available	DBT Project Grant		012705
Books	IIITD Reference	Biology	CB 571.538 CAP-F (Browse shelf(Opens below))	Available	DBT Project Grant		012706

Total holds: 0

Revised edition of: Culture of animal cells : a manual of basic technique and specialized applications by R. Ian Freshney. Seventh edition. [2016].

Includes bibliographical references and index.

"Cell culture is the process used to keep cells alive in the laboratory. The process has undergone many changes since its discovery in 1907, as better techniques, equipment, and reagents continue to be developed. Cell culture now relies on a toolkit of techniques (e.g. aseptic technique), equipment (e.g. biosafety cabinet), and reagents (e.g. flasks and growth medium). Cells can be maintained and grown from many species and tissues, ranging from humans to fish, and from skin to brain. New methods and uses are emerging, allowing scientists to grow stem cells and develop more effective models through three-dimensional culture. However, cell culture can be challenging. Problems can affect any cell culture practitioner, even the most seasoned expert. Training is needed to ensure aseptic conditions, skilled handling, and an awareness of safety issues and of the purity and identity of the material being handled"--

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