This book collects the most effective and cutting-edge methods and protocols for deriving and culturing human embryonic and adult stem cells—in one handy resource. This groundbreaking book follows the tradition of previous books in the Culture of Specialized Cells Series—each methods and protocols chapter is laid out exactly like the next, with stepwise protocols, preceded by specific requirements for that protocol, and a concise discussion of methods illustrated by data. The editors describe a limited number of representative techniques across a wide spectrum of stem cells from embryonic, newborn, and adult tissue, yielding an all-encompassing and versatile guide to the field of stem cell biology and culture. The book includes a comprehensive list of suppliers for all equipment used in the protocols presented, with websites available in an appendix. Additionally, there is a chapter on quality control, and other chapters covering legal and ethical issues, cryopreservation, and feeder layer culture. This text is a one-stop resource for all researchers, clinical scientists, teachers, and students involved in this crucial area of study.

This volume on stepwise techniques to culture adult human stem cells begins with the basic methods to culture adult stem cells followed by related methods to supplement stem cell culture. This and future volumes of techniques will allow laboratories across scientific entities – academic and commercial – to adapt the described methods for similar methods with cells from other species. The standardized techniques will allow across the board interpretation of other technologies such as Omics studies. These methods can be a starting platform for culturing stem cells even in laboratories that might not be familiar with the techniques. Scientific and early clinical trials strongly favor the development of translational studies with adult stem cells. A major impediment to progress in the field of regenerative medicine is a lack of standardized methods to culture specific stem cells. Such documented methods would allow for scientific rigor and reproducibility to enhance efficient and safe translation of stem cells to patients. This book fills that gap.

The purpose of Stem Cell Culture is to provide a comprehensive resource for researchers in the fields of embyonic, fetal and adult stem cell biology to find methods for the purification, culture, and differentitation of these cell types, with the main emphasis on the maintenance of the stem cell phenotype in vitro. This volume will be the first to broadly cover multiple types of stem cell culture from different ages, organs and species. Authors will focus on the practical do's and don'ts of isolating and culturing these cell types, and feel free to use illustrative data or diagrams whereever this improves the comprehension of the reader. This should allow the reader to compare and contrast techniques and make this a standard reference for those in the field, or desiring to start stem cell culture. - Describes techniques in stem cell research - Delineates critical steps and potential pitfalls for each method - Covers specific procedures in dealing with Human Embryonic Stem Cells

This lavishly-illustrated, authoritative atlas explores the intricate art of culturing human pluripotent stem cells. Twelve chapters – containing more than 280 color illustrations – cover a variety of topics in pluripotent stem cell culturing including mouse and human fibroblasts, human embryonic stem cells and induced pluripotent stem cells, characteristic staining patterns, and abnormal cultures, among others. Atlas of Human Pluripotent Stem Cells in Culture is a comprehensive collection of illustrated techniques complemented by informative and educational captions examining what good quality cells look like and how they behave in various environments. Examples of perfect cultures are compared side-by-side to less-than-perfect and unacceptable examples of human embryonic and induced pluripotent stem cell colonies. This detailed and thorough atlas is an invaluable resource for researchers, teachers, and students who are interested in or working with stem cell culturing.

FRESHNEY’S CULTURE OF ANIMAL CELLS THE NEW EDITION OF THE LEADING TEXT ON THE BASIC METHODOLOGY OF CELL CULTURE, FULLY UPDATED TO REFLECT NEW APPLICATIONS INCLUDING IPSCS, CRISPR, AND ORGAN-ON-CHIP TECHNOLOGIES Freshney’s Culture of Animal Cells is the most comprehensive and up-to-date resource on the principles, techniques, equipment, and applications in the field of cell and tissue culture. Explaining both how to do tissue culture and why a technique is done in a particular way, this classic text covers the biology of cultured cells, how to select media and substrates, regulatory requirements, laboratory protocols, aseptic technique, experimental manipulation of animal cells, and much more. The eighth edition contains extensively revised material that reflects the latest techniques and emerging applications in cell culture, such as the use of CRISPR/Cas9 for gene editing and the adoption of chemically defined conditions for stem cell culture. A brand-new chapter examines the origin and evolution of cell lines, joined by a dedicated chapter on irreproducible research, its causes, and the importance of reproducibility and good cell culture practice. Throughout the book, updated chapters and protocols cover topics including live-cell imaging, 3D culture, scale-up and automation, microfluidics, high-throughput screening, and toxicity testing. This landmark text: Provides comprehensive single-volume coverage of basic skills and protocols, specialized techniques and applications, and new and emerging developments in the field Covers every essential area of animal cell culture, including lab design, disaster and contingency planning, safety, bioethics, media preparation, primary culture, mycoplasma and authentication testing, cell line characterization and cryopreservation, training, and troubleshooting Features a wealth of new content including protocols for gene delivery, iPSC generation and culture, and tumor spheroid formation Includes an updated and expanded companion website containing figures, artwork, and supplementary protocols to download and print The eighth edition of Freshney’s Culture of Animal Cells is an indispensable volume for anyone involved in the field, including undergraduate and graduate students, clinical and biopharmaceutical researchers, bioengineers, academic research scientists, and managers, technicians, and trainees working in cell biology, molecular biology, and genetics laboratories.

Pluripotent stem cells have the potential to revolutionise medicine, providing treatment options for a wide range of diseases and conditions that currently lack therapies or cures. This book describes methodological advances in the culture and manipulation of embryonic stem cells that will serve to bring this promise to practice.

Stem cell therapy is ushering in a new era of medicine in which we will be able to repair human organs and tissue at their most fundamental level- that of the cell. The power of stem cells to regenerate cells of specific types, such as heart, liver, and muscle, is unique and extraordinary. In 1998 researchers learned how to isolate and culture embryonic stem cells, which are only obtainable through the destruction of human embryos. An ethical debate has raged since then about the ethics of this research, usually pitting pro-life advocates vs. those who see the great promise of curing some of humanity's most persistent diseases. In this book Cynthia Cohen agrees that we need to work toward a consensus on the issue of how we treat the embryo. But more broadly she claims that we need to transform and expand the ethical and policy debates on stem cells (adult and embryonic). This important and much-needed book is both a primer and a means by which to understand the implications of this research. Cohen starts by introducing readers to the basic science of stem cell research, and the core ethical questions surrounding the embryo. She then expands the scope of the debate, looking at the moral questions that will crop up down the line, such as e.g. the use of therapeutic cloning to overcome the body's immune resistance to stem cells; the ethics of using animals to test stem cells; how to disentangle federal and state legal and regulatory policies in pursuit of a coherent national policy; and how to develop an ethics of stem cell research that will accommodate new techniques and controversies that we cannot even foresee now. Her final chapter develops a concrete plan for an oversight system for this research. This is the first single-author book that addresses the many broad ethical and legal issues related to stem cells, and it should be of great interest to bioethicists, researchers, clinicians, philosophers, theologians, lawyers, policy makers, and general readers.

The Indian institution of dentures sitting in a glass of water beside the bed could berendered obsolete by scientists who are confident that people will soon be able to replace lost teeth by growing new ones instead of false teeth, a small ball of cells capable of growing into a new tooth will be implanted where the missing one used to be the procedure needs only a local anesthetic and the new tooth should be fully formed within a few months of the cells being implanted. Paul Sharpe, a specialist in the field of regenerative dentistry at the Dental Institute of king's College, London, says the new procedure has distinct advantages over false teeth that require a metal post to be driven into the jaw before being capped with a porcelain or plastic tooth. The surgery today can be extensive and you need to have good solid bone in the jaw and that is a major problem for some people," The method could be used on far more patients because the ball of cells that grows in to a tooth also produces bone that anchors to the jaw. The choice of growing a new tooth is likely to appeal to patients. "Anyone who has lost teeth will tell you that, given the chance, they would rather have their own teeth than false ones," The average indian over 50 has lost 12 teeth from a set of 32. The procedure is fairly simple. Doctors take stem cells from the patient. These are unique in their ability to form any of the tissues that make up the body. By carefully nurturing the stem cells in a laboratory, scientists can nudge the cells down a path that will make them grow into a tooth. After a couple of weeks, the ball of cells, known as bud, is ready to be implanted. Tests reveal what type of tooth - for example, a molar: an incisor - the bud will form, Using a local anaesthetic, the tooth bud is inserted through a small incision into the gum. Within months, the cells will have matured into a fully-formed tooth, fused to the jawbone. As the tooth grows, it releases chemicals that encourage nerves and blood vessels to link up with it.

Activities to explore the major principles of biology, self-grading quiz, comprehensive glossary, and integrated link to the text-specific Web site.