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  • Book
    O. Topaz, editor.
    Contents:
    Preface
    Laser physics and laser sources for cardiovascular applications
    Optic fibers and mechanical properties of laser catheters
    Landmarks along the introduction of laser to cardiovascular therapy
    Laser-thrombus interaction: from basic research to clinical utilization in the management of cardiovascular diseases
    Laser for treatment of acute coronary syndromes
    Laser for management of ST-elevation acute myocardial infarction
    Laser for revascularization of complex targets: old SVGs, CTO, left main disease, stent restenosis
    Laser utilization for synergistic technology strategy for coronary revascularization: laser and directional rotablation; laser combined with drug eluting balloon
    Laser for revascularization of peripheral arterial disease- SFA, renal, subclavian, carotid arteries
    Laser for infra-popliteal revasculariztion
    TMR- physiology, pathology and basic research concepts
    TMR-endovascular and surgical techniques and clinical outcomes
    Laser application for venous thrombosis
    Laser for IVC filter removal
    Laser for interventional electrophysiology ? extraction and removal of pacemaker and AICD leads
    Laser for treatment of cardiac arrhythmias
    Laser application for treatment of congenital heart disease
    Nursing perspectives of cardiovascular laser procedures
    Laser safety in the cardiovascular suite and the operation room
    Laser induced cardiovascular complications : mechanisms, recognition and management
    Laser in cardiovascular veterinary medicine.
    Digital Access Springer 2015
  • Article
    Ward AC, Waldhalm DG, Frank FW, Meinershagen WA, DuBose DA.
    J Am Vet Med Assoc. 1977 Feb 01;170(3):340-2.
    Oral inoculation of approximately 1.2 x 10(9) viable Escherichia coli to pregnant cows resulted in increased blood serum and colostral whey titers to the "O" antigen. The antibody titers were more pronounced in colostral whey and were correlated with the inoculum strain of Escherichia coli. There was no correlation between antibody titers of the colostrum ingested and the resulting serum antibody titers of the calves. The incidence of diarrhea in calves did not correlate with the antibody titer in the colostrum. The occurrence of diarrhea was significantly greater in calves that did not ingest colostrum until they were 12 hours old, compared with calves that had free access to their dams and suckled within an hour of birth.
    Digital Access Access Options