Current Protocols in Stem Cell Biology
โ Scribed by Mick Bhatia, Andrew Elefanty, Susan J. Fisher,
- Publisher
- Wiley
- Year
- 2011
- Tongue
- English
- Leaves
- 1451
- Edition
- 1
- Category
- Library
No coin nor oath required. For personal study only.
โฆ Synopsis
Published in affiliation with the International Society for Stem Cell Research (ISSCR), Current Protocols in Stem Cell Biology covers the most fundamental protocols and methods in the rapidly growing field of Stem Cell Biology.ย With tested and proven protocols from laboratories around the world, Current Protocols in Stem Cell Biology provides methods and insights that will enhance the progress of global research.Current Protocols in Stem Cell Biology is divided into three parts:Embryonic Stem Cells - covers methods for isolation of stem cells from a variety of model organisms and humans, characterization of these cells and the undifferentiated state, induction of differentiation into cells of the mesodermal, endodermal, ectodermal and extraembryonic lineages, and molecular and functional characterization of the differentiated state.Adult Stem Cells - includes the isolation of progenitor stem cells from differentiated tissues, their characterization, and differentiation.Genetic Manipulation of Stem Cells - provides tools for manipulating the genetic content of stem cells and for marking stem cells.Updated continually, this product will add new methods and ideas as the field expands. It employs the standardized presentation and format that has made Current Protocols the most respected source of methods for twenty years.ย
โฆ Table of Contents
TOC......Page 1
Forward......Page 4
Preface......Page 5
sc01a00......Page 9
sc01a01......Page 10
sc01a02......Page 31
sc01a03......Page 49
sc01a04......Page 69
sc01b01......Page 100
sc01b02......Page 133
sc01b03......Page 169
sc01b04......Page 194
sc01b05......Page 223
sc01b06......Page 240
sc01b07......Page 251
sc01c00......Page 266
sc01c01......Page 268
sc01c02......Page 275
sc01c03......Page 291
sc01c04......Page 308
sc01c05......Page 327
sc01c06......Page 342
sc01c07......Page 359
sc01c08......Page 369
sc01c09......Page 384
sc01c10......Page 395
sc01c11......Page 410
sc01d01......Page 424
sc01d02......Page 446
sc01d03......Page 462
sc01d04......Page 485
sc01d05......Page 492
sc01e00......Page 523
sc01e01......Page 524
sc01e02......Page 533
sc01e03......Page 545
sc01e04......Page 555
sc01e05......Page 582
sc01e06......Page 593
sc01f01......Page 618
sc01f02......Page 631
sc01f03......Page 645
sc01f04......Page 655
sc01f05......Page 674
sc01f06......Page 693
sc01f07......Page 705
sc01f08......Page 724
sc01f09......Page 734
sc01f10......Page 740
sc01f11......Page 754
sc01g01......Page 767
sc01g02......Page 789
sc01g03......Page 797
sc01h01......Page 807
sc01h02......Page 816
sc02a00......Page 825
sc02a01......Page 826
sc02a02......Page 830
sc02a03......Page 839
sc02a04......Page 846
sc02a05......Page 869
sc02a06......Page 900
sc02a07......Page 925
sc02a08......Page 939
sc02a09......Page 953
sc02b01......Page 961
sc02b02......Page 990
sc02b03......Page 1003
sc02c01......Page 1014
sc02c02......Page 1041
sc02c03......Page 1050
sc02d01......Page 1062
sc02d02......Page 1075
sc02d03......Page 1091
sc02d04......Page 1168
sc02d05......Page 1194
sc02d06......Page 1215
sc02e01......Page 1233
sc02e02......Page 1242
sc02f01......Page 1250
sc02g01......Page 1261
sc0301......Page 1273
sc0302......Page 1285
sc0303......Page 1296
sc04a01......Page 1306
sc04a02......Page 1314
sc04b01......Page 1339
sc05a01......Page 1353
sc05a02......Page 1364
sc05a03......Page 1379
sc05a04......Page 1388
sc05a05......Page 1399
sc05b01......Page 1411
Appendix1......Page 1445
Appendix2......Page 1446
Appendix3......Page 1447
Appendix4......Page 1449
๐ SIMILAR VOLUMES
<span>This new edition brings together some of the latest developments and protocols reflecting the rapidity with which bioreactor technologies are advancing and being applied. Given that the use of bioreactors in cell biology is becoming more commonplace as attempts are made to scale-up production
This meticulous volume recognizes the need to translate what has been learned primarily in tissue culture dishes to approaches supporting scale-up studies, not only to large quantities of cells but also to heterogeneous cell constructs.ย Notable advances are being made in these latter approaches, pr