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  • Book
    [edited by] James Stannard, Andrew Schmidt.
    Contents:
    Chapter 1. The polytrauma patient
    Chapter 2. Care of the soft tissue envelope
    Chapter 3. Musculoskeletal infection associated with skeletal trauma
    Chapter 4. Acute compartment syndrome
    Chapter 5. Evolving concepts in plate fixation
    Chapter 6. Treatment strategy for nonunion
    Chapter 7. Treatment strategy for malunion
    Chapter 8. Treatment of fractures in geriatric patients
    Chapter 9. Injuries to the cervicocranium
    Chapter 10. Lower cervical spine injuries
    Chapter 11. Thoracic spine injuries
    Chapter 12. Thoracolumbar and lumbar spine injuries
    Chapter 13. Shoulder girdle injuries
    Chapter 14. Proximal humerus fractures and shoulder dislocations
    Chapter 15. Humeral shaft fractures
    Chapter 16. Distal humeral fractures
    Chapter 17. Elbow trauma
    Chapter 18. Forearm fractures
    Chapter 19. Distal radius fractures
    Chapter 20. Carpal fractures and dislocations
    Chapter 21. Hand fractures and dislocations
    Chapter 22. Pelvic ring injuries
    Chapter 23. Acetabular fractures
    Chapter 24. Hip dislocations and associated fractures of the femoral head
    Chapter 25. Femoral neck fractures
    Chapter 26. Intertrochanteric hip fractures
    Chapter 27. Subtrochanteric femur fractures
    Chapter 28. Femoral shaft fractures
    Chapter 29. Distal femur fractures
    Chapter 30. Patella fractures and injuries to the knee extensor mechanism
    Chapter 31. Knee dislocations and ligamentous injuries
    Chapter 32. Tibial plateau fractures
    Chapter 33. Tibial shaft fractures
    Chapter 34. Distal tibia fractures
    Chapter 35. Ankle fractures and dislocations
    Chapter 36. Foot fractures
    Index.
    Digital Access Thieme-Connect 2016
  • Article
    Holmes DS, Cohn RH, Kedes LH, Davidson N.
    Biochemistry. 1977 Apr 05;16(7):1504-12.
    The positions of the several sea urchin histone genes on the eukaryotic fragments of the chimeric plasmids pSp2 and pSp17 have been mapped relative to the Eco RI and Hind III restriction endonuclease sites on the plasmids. Two principal mapping methods using the electron microscope have been used: (a) the R-loop procedure and a new modification thereof to map the genes on duplex DNA; (b) the gene 32-ethidium bromide technique to visualize RNA-DNA hybrids on single strands of DNA. It is known that there are two histone genes, H3 and H2A, on pSp17. There are two Eco RI sites at the two junctions of the procaryotic segment with the eucaryotic segment on the plasmid. We show, by an electron microscope method, that for H2A, with a length of 0.52 kilobases (kb), one end of the gene is situated 0.02 to 0.03 kb from one RI site, and that there is a Hind III site within this gene at about 0.13 kb from the end phe other RI site of this plasmid. The H4 gene lies between H2B and H1. The ms the incubation temperature is raised up to a temperature just below that at which strand dissociation of the duplex DNA occurs.
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