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Intradermal injection of tuberculin into the eyelid.
Nonhuman primates require anesthesia for this
procedure. This monkey has been anesthetized with
Ketamine.Placement of needle for subcutaneous injection
Placement of intramuscular
injection into quadriceps
Lateral saphenous venipuncture.
KAPLUMBAĞALARDA UYGULANAN BİR KAÇ TEDAVİ YÖNTEMİ :
Figure 2. Names of the individual scutes of an eastern long-necked turtle (Chelodina longicollis) plastron
Figure 3. Radiograph of a Murray river turtle (Emydura macquarii macquarii) showing gravid status
Figure 4. Three standard radiographic views of a turtle exhibited on one plate. Dorsoventral, lateral and craniocaudal projections
Figure 5. Placement of an oesophagostomy feeding tube in an eastern long-necked turtle (Chelodina longicollis) can aid in providing hydrative and nutritional support while being dry-docked
Figure 6. Cleaning and debriding shell wounds with a soft toothbrush[img]http://www.theveterinarian.com.au/clinicalreview/7.JPG[/img]
Figure 7. Wet-to-dry bandaging techniques can be employed in the early stages of fractured shell repair in turtles
Figure 8. Application of occlusive waterproof adhesive dressings can aid in the protection of the wound site
Figure 9. Eastern long-necked turtle (Chelodina longicollis) with adhesive tape stabilisation of its fractured shell. This form of stabilisation can serve as a good ‘first-aid’ measure
Figures 10 and 11. Application of plastic saddle clamps to a cranial plastron fracture in an eastern long-necked turtle (Chelodina longicollis). The fractured edges have been debrided under general anaesthesia. The bridge created by the clamps allows for vital access to the wound
Figure 12. Same turtle as figures 10 to 11 nine weeks later showing good fracture site healing
Figures 13. Application of a plastic saddle clamp to a caudal carapace fracture in an eastern long-necked turtle (Chelodina longicollis)
Figure 14. Application of orthopaedic screws, cerclage wiring and shell wiring of shell fractures in a broad-shelled turtle (Macrochelodina expansa). The use of these fixation types may prove more effective in larger turtles
Figure 15. Patching shell fractures with epoxies such as ‘Fibreglass’ is no longer considered an acceptable means of turtle shell repair. Removal of the epoxy from this broad-shelled turtle (Macrochelodina expansa), revealed necrotic regions of shell
Figure 16. Transverse CT scan through the pelvic girdle of an eastern long-necked turtle (Chelodina longicollis). Note the fracture of the left carapace and underlying fracture of the left ilium and right ventral displacement of the sacral vertebra. The vertebrae cranial to this section showed similar subluxation. The turtle had hindlimb paresis
Figure 17. Large wound with open coelom and shell deficits in an eastern long-necked turtle (Chelodina longicollis). These wounds can be difficult to treat and the prognosis for a wild turtle with such injuries is rated poorARAMIZA HOŞ GELDİN.. AMA YAZACAĞIN KONULARI FORUMDA UYGUN YERLERE YAZARSAN YARDIMCI OLMAMIZ KOLAY OLUR..
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