Libro: Veterinary Laser Therapy In Small Animal Practice

It includes: how lasers work on tissue, how to use them in different scenarios, how to maximise results, how to use them on different conditions including soft tissue, musculoskeletal and neurological, how to integrate lasers with other therapies, when not to use lasers or use with caution, how to choose the equipment and implement it in the practice environment and promote the treatment to clients. The book also includes case studies to illustrate the use of lasers in practice on a range of conditions in different animals including dogs, cats and exotics.

Veterinary Laser Therapy in Small Animal Practice combines the clinical and scientific approaches reflected in the work of the two authors, showing how both sides together can help you have a positive impact on the patient.

  1. Half Title
  2. Title
  3. Copyright
  4. Contents
  5. Preface
  6. Acknowledgments
  7. Abbreviations
  8. Some of what you will see
  9. Introduction: light as a healing tool
  10. Part 1 Light’s actions in the body
  11. Chapter 1 Light is just the catalyst
  12. 1.1 Electromagnetic radiation
  13. 1.2 Absorbing light
  14. 1.3 Light’s bio-targets
  15. 1.4 Absorption leads to …
  16. 1.4.1 Heat
  17. 1.4.2 Changing shape
  18. 1.4.3 Physical chemistry
  19. 1.4.4 Shapeshifting examples
  20. 1.5 Light’s targets within the cell
  21. 1.5.1 Cytochrome C
  22. 1.5.2 Nitric oxide: a not-so-secondary effect
  23. Summary from a different perspective
  24. Chapter 2 Blood and light
  25. 2.1 Circulation basics
  26. 2.2 Heat … again
  27. 2.3 Push vs. pull
  28. 2.4 Vasodilation: nitric oxide rearing its head again
  29. 2.5 Oxygenation
  30. Summary from a different perspective
  31. Chapter 3 Anti-inflammatory effect
  32. 3.1 Changing the flavor of the inflammatory soup
  33. 3.1.1 Vasoactive amines
  34. 3.1.2 Acute phase proteins and plasmatic proteases
  35. 3.1.3 Lipid mediators
  36. 3.1.4 Cytokines
  37. 3.1.5 Molecule of the year and more
  38. 3.2 The anti-inflammatory effect of laser therapy on different cells, tissues, and conditions
  39. Summary from a different perspective
  40. Chapter 4 Analgesic effect
  41. 4.1 How can laser therapy provide analgesia?
  42. 4.2 Don’t forget pain assessment
  43. 4.3 Analgesia in different conditions: clinical studies
  44. Summary from a different perspective
  45. Chapter 5 Tissue healing
  46. 5.1 Wound healing
  47. 5.2 Healing of tendons and ligaments
  48. 5.3 Muscle healing
  49. 5.4 Bone healing
  50. 5.5 Nerve healing and function
  51. 5.6 Treating contaminated and infected tissues
  52. Summary from a different perspective
  53. Part 2 Pointing the light into the patient
  54. Chapter 6 Light’s path to all these places in the body
  55. 6.1 Attenuation via absorption and scatter
  56. 6.2 Scatter: the primary interaction
  57. 6.3 How much and in which direction?
  58. 6.4 How this adds up to dose
  59. 6.5 Interpreting dose in vitro vs. in vivo
  60. 6.6 Power
  61. 6.6.1 Average vs. peak power
  62. 6.7 Treatment time and reciprocity
  63. 6.8 Power density and patient comfort
  64. Summary from a different perspective
  65. Chapter 7 Pointing light at soft tissue: clinical applications
  66. 7.1 General treatment considerations and parameters
  67. 7.1.1 Dose
  68. 7.1.2 Power
  69. 7.1.3 Pulsing frequencies
  70. 7.1.4 How often?
  71. 7.2 Wounds and burns
  72. 7.2.1 Acute wounds
  73. 7.2.2 Chronic wounds
  74. 7.2.3 Burns
  75. 7.2.4 Wound care, dressings, and laser therapy
  76. 7.2.5 How to improve results
  77. 7.3 Lick granuloma
  78. 7.4 Dermatitis
  79. 7.4.1 Acute and chronic dermatitis
  80. 7.4.2 Pododermatitis
  81. 7.5 Ear disease
  82. 7.5.1 Otitis
  83. 7.5.2 Aural hematomas
  84. 7.6 Sacculitis and perianal fistulas
  85. 7.7 Hygroma (false bursitis)
  86. 7.8 Gingivitis and stomatitis
  87. 7.9 Abdominal organs
  88. 7.9.1 Transabdominal treatments
  89. 7.9.2 Laser therapy during laparotomy
  90. 7.10 Airway
  91. Summary from a different perspective
  92. 7.11 Case studies
  93. Chapter 8 Different flavors (frequencies) for different tissues
  94. 8.1 Evidence that tissue type matters
  95. 8.2 Understanding the WHY
  96. 8.3 Best guesses
  97. 8.4 Little bit of this … little bit of that
  98. Summary from a different perspective
  99. Chapter 9 Pointing light at musculoskeletal and neurological conditions: clinical applications
  100. 9.1 General treatment considerations
  101. 9.1.1 Dose (J/cm2)
  102. 9.1.2 Power (W)
  103. 9.1.3 Frequency (Hz)
  104. 9.1.4 How often?
  105. 9.2 Laser therapy for fractures and osteotomies
  106. 9.2.1 Laser therapy in growing animals
  107. 9.2.2 Laser therapy and metallic implants
  108. 9.3 Tendon and ligament injuries
  109. 9.4 Muscle and laser therapy
  110. 9.4.1 Trigger points
  111. 9.5 Arthritis
  112. 9.6 How to assess clinical progression
  113. 9.6.1 Musculoskeletal pain assessment
  114. 9.6.2 Goniometry
  115. 9.7 How to improve results
  116. 9.7.1 Asking the right questions
  117. 9.7.2 Some anatomical considerations: tips for different areas
  118. 9.8 Laser therapy in neurological patients
  119. 9.8.1 Intervertebral disk disease
  120. 9.8.2 Treating peripheral nerves
  121. 9.8.3 Transcranial laser therapy
  122. Summary from a different perspective
  123. 9.9 Case studies
  124. Part 3 Using light in your practice
  125. Chapter 10 Considering laser therapy for your practice
  126. 10.1 Make an educated choice
  127. 10.2 Laser safety and contraindications
  128. 10.2.1 Eye exposure
  129. 10.2.2 Neoplastic growths
  130. 10.2.3 Pregnant uterus
  131. 10.2.4 Recent infiltration of joints with steroids/NSAIDs
  132. 10.2.5 Thyroid
  133. 10.2.6 Other extra precautions
  134. 10.2.7 Compliance and regulatory considerations
  135. 10.3 How to charge for therapy and when
  136. Chapter 11 Implementation of laser therapy in practice
  137. 11.1 Early implementation
  138. 11.2 How to integrate laser therapy with your current treatments
  139. 11.2.1 Medications
  140. 11.2.2 Surgery
  141. 11.2.3 Acupuncture Laser acupuncture
  142. 11.2.4 Other physical modalities
  143. 11.2.5 Stem cells and platelet-rich plasma
  144. The future light to be shed
  145. Appendices
  146. Appendix A. Pain assessment scales
  147. Appendix B. Goniometry
  148. Appendix C. Compilation of suggested treatment parameters
  149. Appendix D. Area measurement tool
  150. References
  151. Index

Veterinary Laser Therapy In Small Animal Practice

Stephens, Bryan J. Suárez Redondo, María
Editorial 5m Publishing

$ 490,000 Precio online

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ENTREGA 20-30 DÍAS HÁBILES DESPUÉS DE LA COMPRA. Laser therapy has become increasingly popular in small animal practice and has many benefits to the patient – including reduced inflammation, faster tissue healing and less pain, and can be used in a wide variety of conditions including wounds, sprains and fractures. Aimed at the first opinion vet, this very practical book covers the most important aspects of laser use in the practice environment. But it does so in a slightly different approach, taking two (often mis-aligned) perspectives – fundamental science and clinical applications – and combining them for a robust, useful guide to the practice of laser therapy.

ISBN 9781789180053
Idioma en
Páginas 256
Año de publicación 2019
Palabras clave Libro, Veterinary-Laser-Therapy-In-Small-Animal-Practice-Stephens-Bryan-Suárez-Redondo-María-,
Físico Tapa Blanda (22x24x1cm)

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