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  • Book
    [edited by] A. Vishnu Moorthy ; associate editors, Bryan N. Becker, Frederick J. Boehm III, Arjang Djamali.
    Summary: This book is a collaborative effort between students and teachers at the University of Wisconsin School of Medicine and provides a unique introductory overview of renal disease, including hypertension and renal transplantation, topics not always covered in other texts. It fully discusses the pathophysiology of renal disorders, using case histories and contemporary data to help you appreciate the mechanisms of these diseases and gain a better understanding of the treatment options available. A consistent chapter format--featuring chapter objectives, key points boxes, and helpful case questions with clinical applications throughout--makes the book user-friendly and easy to reference, while questions at the end of each chapter help you assess your mastery of the material.

    Contents:
    Anatomy and physiology of the kidney / A. Vishnu Moorthy and Tracy C. Blichfeldt
    Body fluid compartments and their regulation / Byram H. Ozer and Peter C. Brazy
    Disorders of water metabolism / Ryan Kipp and Peter C. Brazy
    Disorders of sodium metabolism / Claire Elliott Herrick, Jonathan B. Jaffery, and Arjang Djamali
    Pathophysiology of potassium metabolism / Kelly Ann Traeger and Sung-Feng Wen
    Acid-base homeostasis and metabolic alkalosis / Kelly Ann Traeger, Frederick J. Boehm III, and Arjang Djamali
    Metabolic acidosis and approach to acid-base disorders / Frederick J. Boehm III, Kelly Ann Traeger, and Arjang Djamali
    Glomerular diseases / A. Vishnu Moorthy [and others]
    Cystic diseases of the kidney / Kristin M. Lyerly and Arjang Djamali
    Urinalysis and an approach to kidney diseases / A. Vishnu Moorthy and Frederick J. Boehm III
    Acute kidney injury / Paul S. Kellerman and Tracy C. Blichfeldt
    Chronic kidney disease / Ryan Kipp and Paul S. Kellerman
    Replacement therapy for kidney failure: dialysis / Joshua David Lindsey and Paul S. Kellerman
    Replacement therapy for kidney failure: transplantation / Milagros D. Samaniego, Yolanda T. Becker, and Joshua David Lindsey
    Essential hypertension / Theodore L. Goodfriend and Kristin M. Lyerly
    Secondary hypertension / Kristin M. Lyerly and Theodore L. Goodfriend.
    Digital Access ScienceDirect 2009
  • Article
    Hayward RS, Fyfe SK.
    Mol Gen Genet. 1978 Mar 20;160(1):77-80.
    The operon rpoB,C of Escherichia coli codes for the RNA polymerase subunits beta and beta'. rpoB procedes rpoC in the direction of transcription. The nearest characterised gene to rpoB on the chromosome is rplL, which codes for the ribosomal proteins L7/12. rplL appears to be transcribed in the same direction as rpoB,C, and it has been suggested that all three genes may lie in a single operon. The drug rifampicin induces increased production of beta and beta' in suitable strains of E. coli. We show here that alpha and sigma are also induced, whereas synthesis of L7/12 is not detectably affected.
    Digital Access Access Options