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  • Book
    Stéphane Rinfret, editor.
    Contents:
    1. How to justify CTO revascularization
    2. How to set up a chronic total occlusion angioplasty program
    3. What equipment should be available?
    4. Specific basic techniques to master in CTO PCI
    5. When and how to perform an antegrade approach using a wire escalation technique
    6. When and how to perform an antegrade dissection/re-entry approach using the CrossBoss and Singray Catheters
    7. How to deal with difficult antegrade issues
    8. Intra-occlusion microinjectin of contrast: when, why and how
    9. How and when to perform the retrograde approach
    10. How to recanalize in-stent chronic total occlusion
    11. How to fix common problems encountered in CTO PCI: the expanded hybrid approach
    12. How to improve catheter support during CTO PCI
    13. When and how to perform a transradial appraoch for CTO PCI
    14. How to manage radiation and contrast during chronic total occlusion percutaneous coronary intervention
    15. Complications of chronic total occlusion percutaneous coronary intervention
    16. How to prevent perforation during CTO PCI
    17. How to prevent and manage ischemic complications during CTO PCI
    18. Managing entrapped gear during chronic total occlusion interventions
    19. How to start and build your CTO practice and maintain referrals in a competitive environment
    Index.
    Digital Access Springer 2016
  • Article
    Perea EJ, Daza RM, Mendaza MP.
    Chemotherapy. 1977;23 Suppl 1:127-32.
    The possible existence of a transferable resistance to fosfomycin was studied in 50 strains of enterobacteria that were isolated in our hospital and which showed a resistance to fosfomycin of more than 256 mug/ml. E. coli K12 E711 was used as a receptor strain in the conjugation -- the times of conjugation were 20 min and 18 h. We found a transferable resistance in 28% of the strains. In all but one of the cases, only the resistance to fosfomycin was transferred. The recombinant which received the resistance to fosfomycin together with three other resistances was used as the donor for the transduction with the phage P1Kc to the receptor strain which was E. coli UTH 1038. A study was carried out on the influence of the radiation of the transducing phages with ultraviolet light on the frequency of transduction. The findings demonstrated a linear decrease in the frequency in proportion to the increase in the time of radiation.
    Digital Access Access Options