Live Chat
Today's Hours: 8:00am - 10:00pm
Lane Medical Library

Search

Filter Results

Did You Mean:

Search Results

Sort by
relevance
  • Book
    edited by Eyal Herzog, Edgar Argulian.
    Summary: This book comprehensively reviews the use of echocardiography in the rapidly evolving field of critical care cardiology. Increasingly, cardiac care units (CCU) are focusing on the management of patients with multisystem diseases, advanced hemodynamics compromise, complex ventricular arrhythmias, and established or incipient multi-organ failure. This book covers ultrasound applications in such topics as hemodynamic assessment and the assessment of patients with intracardiac devices. Syndrome-based echocardiography in the CCU is also covered with an emphasis on using echocardiography in patients with acute dyspnea, acute chest pain and neurologic syndromes. The use of contrast echocardiography in the CCU is also covered. Echocardiography in the CCU reveals the essential role of various echocardiographic modalities in modern acute cardiovascular care. This is therefore a critical resource for all cardiology practitioners and trainees who use echocardiography in CCUs.

    Contents:
    Hemodynamic assessment in the CCU by Echo
    Use of Echo in Patients with Intra-Cardiac Device
    Non Cardiac Ultrasound in the CCU
    Hand held Ultrasound devices in the CCU
    Contrast Echo in the CCU
    Echo in Acute Chest Pain
    Echo in Acute Dyspnea
    Echo in Syncope
    Echo in Hypotension and Shock
    Echo in Cardiac Arrest
    Echo in a Patient with Arrhythmia
    Echo in Acute Neurologic Syndrome
    Echo in a Patient with a new murmur.
    Digital Access Springer 2018
  • Article
    Eames WB, O'Neal SJ, Monteiro J, Miller C, Roan JD, Cohen KS.
    J Am Dent Assoc. 1978 Mar;96(3):432-7.
    A convergence of 20 degrees for full crowns is the most likely to be seen clinically, as determined by random measurements taken at a dental laboratory. Castings did not seat without cement, by an average of 215 micron at 10 degrees of convergence, or by 99 micron at 20 degrees of convergence. Biting forces will seat a casting approximately 150 micron, but will cause random concentrations of force against tooth structure, thus compressing it. All castings tend to rebound from this position. Zinc phosphate and polycarboxylate cemented crowns seated to 33 micron and 20 micron respectively when relieved, but each were elevated to 112 micron when not relieved. A silicophosphate cement displaced crowns with 20 degrees of convergence 122 micron under "ideal" clinical conditions, even when relieved; and with CBA 9080 cement, more than 500 micron. A die relief method was found to be the most suitable of the three casting compensation techniques. Casting retention, after cementation, was increased by 25%.
    Digital Access Access Options