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  Handbook of in vitro fertilization. Fourth edition. [4th ed.]

  edited by David K. Gardner, Carlos Simón.

  Contents:
  IVF : the first four decades / Mae Wu Healy, Micah J. Hill, and Alan DeCherney
  Evaluation and preparation of the infertile couple for in vitro fertilization / David R. Meldrum
  Carrier screening / Stephanie Hallam and Gregory Porreca
  Testing ovarian reserve / Daniela Galliano, Nuria Pellicer, and Antonio Pellicer
  Basics of ovarian stimulation / Sandra J. Tanahatoe, Frank J.M. Broekmans, and Bart C.J.M. Fauser
  Role of antagonists in human IVF : the tool to a safer and more patient friendly IVF / Evangelos Papanikolaou and Robert Najdecki
  Ultrasonography in IVF / Roger A. Pierson
  Oocyte retrieval / Nina Resetkova and Michel M. Alper
  In vitro maturation for clinical use / Melanie L. Walls and Roger Hart
  Sperm preparation for IVF and ICSI / Christopher J. De Jonge and Nancy Bossert
  Assisted fertilization / Zsolt Peter Nagy
  Analysis of fertilization / Basak Balaban
  Human embryo development and assessment of viability / David K. Gardner and Markus Montag
  Embryo culture systems / David K. Gardner and Michelle Lane
  Polar body, cleavage stage and trophectoderm biopsy / Antonio Capalbo, Laura Rienzi, Danilo Cimadomo, and Filippo Maria Ubaldi
  Preimplantation genetic testing / Nathan R. Treff and Carmen Rubio
  Oocytes and embryo cryopreservation / Ana Cobo
  Quality control and quality assurance in the IVF laboratory / David Mortimer and Sharon T. Mortimer
  Oocyte donation / Irene Woo and Richard J. Paulson
  Endometrial receptivity / Sujata Lalitkumar, Eva Gomez, Maria Ruiz-Alonso, Diana Valbuena, Felipe Vilella, and Carlos Simón
  Embryo transfer / Giulia Mariani and Jose Bellver
  Multiple vs singleton births : consequences and prevention / Ernesto Bosch
  Monitoring and evaluation of infertility treatments : is there a priority for monitoring of cognitive function in children born from ART and other treatments? / Michael J. Davies, Vivienne M. Moore.

  Digital Access TandFonline 2017
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• Article

  Investigation of the binding of Escherichia coli RNA polymerase to DNA from bacteriophages T2 and T7 by kinetic formaldehyde method and electron microscopy.

  Cherny DI, Aleksandrov AA, Zarudnaya MI, Kosaganov YN, Lazurkin YS, Beabealashvilli RS, Svochkina LP.

  Eur J Biochem. 1977 Sep 15;79(1):309-17.

  The complexes of T2 DNA with RNA polymerase of Escherichia coli were studied by two methods: kinetic formaldehyde method with preliminary fixation of complexes with low formaldehyde concentrations, and electron microscopy. For electron-microscopic investigations the effect of different conditions of formaldehyde fixation for DNA-RNA-polymerase complexes was studied and optimal fixation conditions were found. The suggested fixation method for DNA-RNA-polymerase complexes allows investigation of RNA polymerase molecule distribution on DNA in a wide range of conditions (ionic strength of the solution, weight ration of enzyme to DNA etc.). The comparison of the concentration of RNA polymerase molecules bound to DNA, determined by electron microscopy, and the concentration of defects in DNA as determined by the kinetic formaldehyde method, showed their coincidence. The electron-microscopic procedure was used to make maps of RNA polymerase distribution on T7 DNA. A correlation between the binding regions of the enzyme and the genetic map of early DNA T7 region was found.

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  PubMed