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Principles of
Animal Cell Culture
Rinesh Kumar
M.V.Sc. (Parasitology)
Jr. Research Officer
Institute of Animal Health & Production
Patna - 800 014 (Bihar), India
ISBN: 978-81-8189-248-5
© Publisher
All Rights Reserved
Printed at:
Salasar Imaging Systems
C-7/5, Lawrence Road Industrial Area
Delhi - 110 035
Tel. : 011-27185653, 9810064311
Prof. Allauddin Ahmed 30-A, Indirapuri Colony
Ph.D., DSc (H.C) p.a. : B.V. College,
Pahla - 800 014
Ph. :0612-258010
FOREWORD
Bioteclmology has emerged as one of the most important branch of
biological sciences. There is an upsurge of biotechnological research
and its applications all over the world during the last two decades.
Animal cell culture is one of the important tool of biotechnology as it
has not only been used for the isolation and propagation of different
viruses but recently it is being used for several advance studies in
biotechnology, such as, the expression of different cloned genes,
regulation of gene function, gene amplification, detailed analysis of
toxic mechanism of action at cellular level, production of a variety of
biomolecules at an industrial scale and screening of various useful
materials like vaccines, antiviral agents and anticancer agents etc.
A course on animal cell culture has been included in various science
and vocational courses of University Grant Commissions such as B.sc.
(Hons) Biotechnology, Bioinformatics, Industrial Microbiology and
M.sc. (Biochemistry). As there are a few books available on animal
cell culture which can provide information to the students about all
the possible topics of animal cell culture in a concise and systematic
manner and thus students of the above disciplines are facing difficulty.
Keeping in view the recent advances in animal cell culture and in
order to meet the requirements of the courses Dr. B.K. Sinha and
Dr. R. Kumar, have tried to present all possible aspects of animal cell
culture in a concise and understandable manner. Each chapter has
been provided with sufficient questions along with the key, which
will help students to solve different problems of animal cell culture.
$I~
(Prof. Allaudin Ahmed)
Ex-DDG (Education) ICAR
Ex-Vice Chancellor (Hamdard Univ.),
& J.K. Agricultural University.
• Former Vice-Chancellor of Jamia Hamdard (N. De1hi) and S.K. University of Agric.
Sciences & Technology.
• Past President of Association of Indian Universities and Indian Agric. Univ. Association.
• Ex-Vice President, International Islamic Forum for Science and Technology and Human
Resource Development (Jakarta)
• Ex-member of the Executive and General Council of the Association of Commonwealth
Universities.
• Ex-Dy Director General - Education and National Project Director (UNDP), ICAR,
Govt. of India, New Delhi
"This page is Intentionally Left Blank"
PREFACE
Animal cell culture is playing a pivotal role in the various modern
researches. Though the foundation stone of animal cell culture was
laid for the isolation and characterization of different viruses but the
recent developments in the field of Biotechnology and Molecular
biology have given various new dimensions to this technology. Cell
culture has provided a new tool for the better understanding of
diagnosis and molecular biology in many areas of biological systems
including bacterial, viral and parasitic diseases. The different cell
cultures are being used in virology for the last five decades and one
of its application has been utilized successfully in various types of
vaccine production. To quote virologist Pay ton Rous of late we have
11
begun to study viruses not only for what they themselves mean, but
for what they can reveal about the intrinsic cell structure, and functions
through located injuries that they do". More recent discoveries such
as production of various proteins and enzymes through recombinant
DNA technology require the use of cell culture to study the exact
gene expression, have fully utilized where the available evidences
justify it and where their use is consistent with the effort involved
and their routine application is recommended. With the advancement
in tissue culture technology, scientists are now on the threshold of
bringing sea changes in improving the life of human as well as livestock
and thus it has become a source of unending fascination for different
scientists.
The present work is directed primarily to the students of
biotechnology, keeping in view the University Grants Commission
syllabus on animal cell culture prescribed for vocational course both
for undergraduate and postgraduate students and also for the
scientists in the Medical, Veterinary and Biological sciences, whose
curiosity and efforts are responding to the stimulus of current interest
in biotechnology.
This book contains 20 chapters and each chapter has been written
keeping in view of recent information on the subjects. Portion of the
book have evolved through use of several lecture materials in courses
which I have delivered in various colleges of Bihar and Jharkhand
state having vocational courses in biotechnology. In different college,
where I used to deliver lecture, I found that students are facing
difficulty for want of a concise book on animal cell culture, which
covers their full courses and thus I decided to write this book. This
v
notes give information to students they need to know in a handy and
succinct format without overwhelming them wi.th unnecessary jargon.
It is hoped that it may have some value as a source of providing more
readily obtained information on different topics. It is expected that
some deficiencies might have persisted in this book, it is anticipated
that these deficiencies may be eliminated by diligent supplementing
readings and by classroom lecture materials. Though this is the first
endeavour ,constructive criticism will be welcomed by the author to
be included in the next edition.
Basant K. Sinha
vi
ABBREVIATIONS
ACDP Active Cell Death Process
ATP Adinosine Tri Phosphate
BDNF Brain Derived Neutrotropic Factor
CAD Carbamoyl-Phosphate-Synthase
Aspartatetranscarbamoylase Dihydroorotase
CaMv Cauliflower Mosaic virus
CARD Caspase Recruitment Domain
CFA Complete Freund's Adjuvant
CHO Chinese Hamster Ovary
CNTF Ciliary Neurotrophic Factor
CSF Colony Stimulating Factor
DHFR Dihydrofolate Reductase
DMSO Dimethyl Sulfoxide
DMEM Dulbecco's modified Eagle's medium
ECF Extracellular Fluid
EDTA Ethylene Diamine Tetra Acetic acid
EGF Epidermal Growth Factor
ELISA Enzyme Linked Immunosorbent Assay
EPO Erthropoietin
ETT Embryo Transfer Technology
FACS Fluorescene Activator Cell Sorter
FAK Focal Adhesion Kinase
FGF Fibroblast Growth Factor
FITC Fluro Isothiocynate
FSH Follicular Stimulating Hormone
GAGs Glycosamino Glycans
GFAP Glial Fibrillary Acidic Protein
GnRH Gonatrophin Releasing Hormone
HAT Hypoxanthine Aminopterin Thymidine
HB-EGF Heparin Binding Epidermal Growth Factor
HbsAG Hepatitis B Surface antigen
HBSS Hank's Balanced Salt Solution
HEPES [A-2(hydroxyethyl)-1 Piperaine Ethano Sulphonic acid]
HGF Hepatotoxic Growth Factor
HMWK High Molecular Weight Kininogen
hpt H ydromycine phosphotransferase
ICSH Interstitial Cell Stimulation Hormone
VII
IGF Insulin Growth Factor
IgSF Immunoglobulin Superfamily
IL Interleukin
IPTG Isopropy1-/3-D-thiogalacto Pyranoside
Is Insertion Sequence
LH Leutenizing Hormone
LMWK Low Molecular Weight Kininogen
ME Malic Enzyme
MEM Minimum Essential Medium
MSC Mesenchymal Stem Cell
MTX Methotrexate
NF Neurofilament
npt Neomycin phosphotransferase
NT3 N eurotrophin3
PALA N-Phosphonacetyl-L-Aspartate
PARD [Poly (ADP-ribose) polymerase]
PDGF Platelet Derived Growth Factor
PEC Peritoneal Exudate Cell
PEG Polythylene Glycol
PGD 6-Phosphogluconate Dehydrogenase
PGM Phospho Glucomutase
PMSG Pregnant Mare Serum Gonadotrophin
PPLO Pleuro Pneumonia Like Organism
PT FE Polttetrafluro Ethylene
PVC Polyvinyl Chloride
RPMI Rosewell Park Memorial Institute
RTF Resistance Transfer Factor
SCID Severe Combined Immuno Deficiency
SCNT Somatic Cell Nuclear Transfer
SCP Single Cell Protein
STAT Signal Transducer and Activation of Transcriptase
TDC Thymic Dendritic Cell
TCA Tricarboxylic Acid Cycle
TGF Transforming Growth Factor
Tdt Terminal Deoxynucleotide Transferase
TK Thymidine Kinase.
Tn Transposon
TPA Tissue Plasminogen Activator
TSH Thyroid Stimulating Hormone
viii
Contents
Chapter 1 History of Development of Cell Culture 1
Chapter 2 Natural Surroundings of Animal Cell 9
Chapter 3 Metabolic Capabilities of Animal Cell 33
Chapter 4 Simulating Natural Conditions for Growing
Animal Cells 41
Chapter 5 Serum and Serum Free Media 51
Chapter 6 Cell Culture System 61
Chapter 7 Secondary Culture: Transformed Animal cell 97
Chapter 8 Commonly used Cell Lines and their Uses 107
Chapter 9 Growth Kinetics of Cells in Culture 117
Chapter 10 Gene Expression and Application of Animal
Cell Culture for Its Studies 125
Chapter 11 Organ Culture 135
Chapter 12 Transfection 147
Chapter 13 Cell Fusion 161
Chapter 14 Selectable Marker andAntibiotic Resistance 169
Chapter 15 Hybridoma and Monoclonal Antibodies 183
Chapter 16 Transplantation of Cultured Cell 197
Chapter 17 Differentiation of Cells 209
Chapter 18 Transgenesis and Transgenic Animals 225
Chapter 19 Apoptosis, Necrosis, Senescence and Quiescence 241
Chapter 20 Embryo Transfer Technology 251
References 261
Index 279
ix
Detailed Contents
1. History of Development of Cell Culture 1
x
Cell junctions 25
Tight junction 25
Anchoring junction 26
Actin filament junction 26
Intermediate filament junction 26
Desmin 27
Vimentin 27
Keratin 28
Glial filament 28
Communicating junction 28
Gap junction 28
Cell- Cell interaction. 29
3. Metabolic capabilities of animal cell 33
Chemical exchange 34
Membrane permeability 34
Exact defined mechanism 34
Transport mechanism 35
Passive transport 35
Active transport 36
Anabolism 36
Catabolism 37
Bioenergetics 37
4. Simulating Natural conditions for growing animal cells 41
Substratum 41
Glass 42
Plastic 42
Metals 43
Nutrients 43
Macronutrients 43
Micronutrients 44
pH 44
Temperature 46
Humidity 47
Antibiotics 47
Sterility 48
xi
Osmolality 48
Osmotic pressure 48
Viscocity 49
Surface tension. 49
5. Serum and Serum Free Media 51
Role of serum in culture 51
Disadvantage of using serum in cell culture 52
Serum free media 53
Attachment and spreading factor 54
Growth factors 55
Hormones 55
Binding factors 56
Trace elements 57
Antiprotease 57
Advantage of serum free media 57
Disadvantage of serum free media 58
6. Cell Culture System 61
Disadvantage of cell culture system 62
Primary cell culture 62
Epithelium type 63
Epitheloid type 63
Fibroblast type 63
Connective tissue 63
Disadvantage of Primary cell culture 63
Secondary cell culture 64
Continuous cell culture 64
Disadvantage of continuous cell culture 64
Tissue culture 65
Requirement of tissue culture laboratory 65
Equipment for tissue culture laboratory 65
Cleaning of glassware and other materials 65
Sterilization of materials used in tissue culture 66
Requirement of media and its preparation 69
Natural media 69
Complete media 70
xii
Synthetic media (chemically defined media) 70
Amino acid 71
Vitamins 71
Ions 72
Organic nutrients 72
Antibiotics and antifungal drugs 72
Other factors 72
Maintenance media 75
Primary Monolayer tissue culture technique 75
Source of cell 76
Cell dispersion 76
Enzymatic digestion 76
Digestion with the Proteolytic digestion 76
Digestion with Collagenase 77
Dispersion by Chelating Agents 77
Trypsin-Versene Mixture 78
Mechanical disintegration 78
Assessment of viable cells 78
Counting of cells and adjustment of cell concentration 79
Suspension of cell in tissue culture medium 80
Attachment of cells 80
Growth of cell in monolayer 81
Preservation of animal cell culture 82
Application of tissue culture 82
Disadvantage 83
Types of cell culture 83
Anchorage dependent cell culture 83
Contact inhibition 84
Non-anchorage dependent cell culture 85
Adult or embryonic tissue 85
Primary Monolayer chiken embryo fibroblast cell culture 85
Plating or cloning efficiency 86
Growth curve of cloned population 87
Feeder layer 87
Preparation of feeder cells 88
Scaling up of animal cell culture 89
Scaling up of anchorage dependent cell culture 90
xiii
Roller bottle system 90
Hollow fibre system 90
Glass bead reactors 90
Microcarrier system 91
Scaling up of suspension cell culture 91
Stirred tank reactor 92
Airlift fermentor system 92
xiv
Another random document with
no related content on Scribd:
The Project Gutenberg eBook of An address to
British females on the moral management of
pregnancy and labour, and some cursory
observations on medical deportment
This ebook is for the use of anyone anywhere in the United States
and most other parts of the world at no cost and with almost no
restrictions whatsoever. You may copy it, give it away or re-use it
under the terms of the Project Gutenberg License included with this
ebook or online at www.gutenberg.org. If you are not located in the
United States, you will have to check the laws of the country where
you are located before using this eBook.
Language: English
BRITISH FEMALES
ON
SUGGESTED BY
The Death
OF HER ROYAL HIGHNESS PRINCESS
By WILLIAM COOKE,
SURGEON-ACCOUCHEUR.
LONDON:
PRINTED FOR E. COX AND SON,
ST. THOMAS’S STREET, BOROUGH.
1817.
J. M‘Creery, Printer,
Black-Horse-Court, London.
ADVERTISEMENT.
Great Prescot-Street,
Nov. 24, 1817.
AN ADDRESS.
Some men have directed all their time and talents to insulated
departments of medical or surgical practice. Does not this make
them pedantic? Although they have risen high in these departments,
yet having but partially appreciated other objects, they are
contemned, notwithstanding they are effecting equal good by
different agency. Division of human labor has its advantages; but, if
frittered into needless division, it injures the whole.
For what beneficial end, many will exclaim, are these observations
made? and had I not drawn for myself the line of demarcation, I
would gladly meet the inquiry in an attempt to prove that some men
of superior knowledge, and of eminent rank, would have greatly
extended their benefits to human nature had not their manners been
repulsive:—that the extraneous habits of these men are borrowed,
by an aspiring race of students, who appear in plumes of fancied
beauty; whose affected air justifies the suspicion that the art of
medicine is not merely conjectural:—and that by ingenuousness,
candour, kindness, and an attentive regard to mental phenomena,
united certainly with a competency of knowledge, not only the honor
of the profession is enhanced, but its utility promoted. If there are
no diseases of mind independently of body, which we are willing to
admit, the influence of mind on body must be allowed. The popular
belief in the salutary influence of faith, is well founded—the opposite
feeling of distrust, will act perniciously. The man whose mind is
properly furnished will dexterously seize occasions of alleviating
distress, which another, who may be almost exclusively watching for
diseased structure, would not easily comprehend.[2]
An attempt to make chronic cases of disease subservient to any
mercenary purpose, is an entire perversion of the liberal dictates of
science; and often renders the most assiduous exertions unavailing.
Where there is scarcely sufficient disease to impose bodily
restriction, it cannot be expected that protracted courses of medicine
can be endured, unless it be administered in the most simple and
unobjectionable form. Nevertheless, it is a duty to subdue chronic
diseases; and often it can only be done by a persevering
management of diet, aided by medicine.
Persons whose minds have been little cultivated, are apt to seek
undue commendation, and to gain by improper means the
confidence of their employer. However well disposed and well
informed the lady, perhaps her knowledge of parturition may be
circumscribed by her personal experience. But the nurse is supposed
to have gained much knowledge, beyond the immediate obligations
of her own station, by her intercourse with medical practitioners.
She thinks herself competent to the comparison of the different
methods of management which may consist in mere circumstantial
differences, but which by her are made important. She thinks herself
competent to change diet, to administer medicine, to regulate the
time of rising and sitting up, in the absence of the practitioner, and
often even contrary to his orders. Because they have seen spirituous
liquor given in some cases without actual injury, they think it may be
given in all; and it is often only by a positive injunction this can be
counteracted. They propagate unnecessary follies respecting the
peculiar dangers of certain days. And if the patient be dejected, they
rally them, and often urge the necessity of premature rising to
dinner or tea, to promote cheerfulness. Within the last few weeks,
though spirits had been decidedly prohibited in a case of first
parturition, as soon as the practitioner had left, the nurse so boldly
urged some brandy, that the lady could not refuse compliance. The
obtrusiveness and loquacity of this person very materially affected
the recovery of an interesting woman. We express ourselves strongly
and decidedly on this point, because we pity a delicate
inexperienced female, who happens at so critical a moment to be
managed by an ignorant or obtrusive nurse; and because we have
no question that most of the evils which spring up subsequently to
parturition, arise from the contravention of proper orders, either
respecting quietude or diet. During the first few days or week in all
cases the entire regulation of even minute particulars should be
under the direction of the medical attendant; and in some cases this
attention must be carried farther. It must not be tolerated that a
woman who shall have had the longest experience, and who may
even be able to detect striking differences, should prescribe either
counter to established regulations, or when medical advice is
accessible. There certainly are instances of sudden transition, in
which the nurse must act according to her best judgment, and in
which, if wrong, she is not blame-worthy. When on this topic, I
cannot totally exonerate the accoucheur from some connivance in
the assumed importance of the nurse; and through a want of
explicitness and decision, she has often been left either to the
selection of her own plans, or plans have been so carelessly or
loosely suggested, that it may justly be questioned whether it was
intended they should be enforced.
After labor, quietude is the chief subsidiary; but some regard must
be had to the state of the patient. The sudden transition from long-
suffering to almost entire case, produces a striking moral effect, and
effusions of grateful expression generally succeed. The stimulus of
distension and pain, being withdrawn, a great degree of faintness
often supervenes. The administration of a small quantity of brandy
or wine in some gruel, is highly proper where this happens in any
threatening degree—but should only be continued till that sensation
is removed. Some ether in camphorated mixture, we have often
seen very speedily remove the faintness and agitation which succeed
delivery.
Often, early after labor, pain and throbbing in the head, aversion
to light and sound arise; attended sometimes with a quick, at others,
a very slow pulse; the latter, indicating a great degree of congestion,
or accumulation of blood in the head. In this case, medical advice
ought to be promptly solicited, especially if it has not subsided by a
gentle aperient—as castor oil. Powerful doses of purging medicine
will become necessary; and, perhaps, bleeding from the arm, or
leeches to the temples, may be required.