Search

Search Results

• Book

  Ma and Mateer's Emergency Ultrasound. 3rd ed.

  [editors] O. John Ma, James R. Mateer, Robert F. Reardon, Scott A. Joing.

  Contents:
  Training and program development / Timothy Jang, Michael J. Lambert
  Equipment / William Scruggs, J. Christian Fox
  Physics and image artifacts / Corky Hecht, William Manson
  Ultrasound in prehospital and austere environments / William Heegaard
  Trauma / O. John Ma, James R. Mateer, Andrew W. Kirkpatrick
  Cardiac / Robert F. Reardon, Scott A. Joing
  Pulmonary / Lisa Mills, Fernando Silva
  Critical care / Robert Reardon, Gavin Budhram, and David Plummer
  Abdominal aortic aneurysm / Robert F. Reardon, Dave Plummer, Thomas Cook
  Hepatobiliary / Daniel Theodoro, Resa Lewiss
  General surgery / Masaaki Ogata
  Renal / Stuart Swadron, Dina Seif
  Testicular / Srikar Adhikari
  First trimester pregnancy / Robert F. Reardon, Scott A. Joing
  Second and third trimester pregnancy / Barry Knapp, Don Byars
  Gynecologic concepts / Michael J. Lambert, J. Christian Fox
  Deep venous thrombosis / Tom Constantino, Harry Goett, Michael Peterson
  Soft tissue / Andreas Dewitz
  Ocular / Matt Lyon, Dietrich Jehle
  Pediatric applications / Jason Fischer, Adam Sivitz, and Alyssa Abo
  Vascular access / John S. Rose, Aaron E. Bair, Aman K. Parikh
  Additional ultrasound-guided procedures / Andreas Dewitz ... [et al.].

  Digital Access AccessEmergency Medicine 2014

  Print Access Request

  Location

  Version

  Call Number

  Items

  Books: General Collection (Downstairs)

  2014

  RC78.7.U4 M32 2014

  1
  Get Shareable Link

  View Details
• Article

  Fine structure of the secretory and non-secretory ameloblasts in the frog. II. Fine structure of the non-secretory ameloblast.

  Zaki AE, MacRae EK.

  J Morphol. 1978 Nov;158(2):181-97.

  The non-secretory ameloblasts present at the enamel-free surfaces of maxillary teeth in the frog Rana pipiens were examined by electron microscopy at different stages of tooth development. Their main fine structural features seem to reflect a transport function. During early tooth development, the non-secretory ameloblasts adjacent to odontoblasts and predentin exhibit extensive lateral surface specializations and numerous cytoplasmic vesicles. During late tooth development, the non-secretory ameloblasts adjacent to mineralizing dentin show numerous cellular junctions, well-developed intercellular channels with numerous interdigitating processes and labyrinthine configurations at their distal surfaces. An intact basal lamina is present between the non-secretory ameloblasts and the dentin surface until the dentin becomes fully mineralized. At this stage the adjacent cells no longer exhibit surface specializations. It is suggested that the non-secretory ameloblasts may participate in the mineralization of adjacent dentin at the enamel-free surfaces. This surface dentin becomes fully mineralized at a later stage of development than the underlying dentin.

  Digital Access Access Options
  Get Shareable Link

  PubMed