
Learn the therapeutic effects, indications, and forms of laser therapy, then review contraindications and the equipment and use in patients.
Join this laser therapy course for dogs and cats, designed for veterinarians, veterinary assistants, and veterinary physiotherapy practitioners to enhance clinical practice.
Targets veterinary medicine students in their fourth or fifth year by offering a course on laser therapy in dogs and cats, expanding access beyond practicing veterinarians.
Explore laser therapy concepts, including light amplification by stimulated emission of radiation, the electromagnetic spectrum, and how wavelength defines laser color, for example 904-nanometer red light stimulating tissue healing.
Explain how lasers emit a single-wavelength, convergent, monochromatic beam and note their use in physical therapy as low-power, non-ionizing lasers.
The laser beam delivers photons that the skin absorbs, triggering primary effects. Secondary effects on microcirculation and cellular throughput follow, with tertiary anti-inflammatory, energetic, and regenerative effects modulated by frequency.
Explore infrared laser with a red light to stimulate circulation, support tissue regeneration, and provide anti-inflammatory effects in dogs and cats.
Handle laser therapy equipment safely by checking console and setting treatment time. Adjust frequency up to 5000 hertz and protect eyes with glasses, avoiding direct head direction to eyes.
Explore laser application techniques for dogs and cats, including systematic point-by-point placement around painful areas every two centimeters, direct on acupuncture or trigger points, and sweeping with different laser heads.
Operate laser for dogs and cats, adjust time 30 to 1 minute, apply pathology-based parameters with cm² doses, and select frequencies: low 500–700 Hz, medium 2000–3000 Hz, high 4500–5000 Hz.
Follow an approximate guide for laser dosage, adjusting by equipment, parameters, and patient pathology to create a treatment protocol, while recognizing results are not absolute and may be limited.
Laser therapy helps manage pain and inflammation in dogs and cats, including joints, ligaments, tendons, and post-operative or acute injuries, with caution for infections or cancer.
Laser therapy reduces inflammation and promotes tissue regeneration in spinal cord trauma, making it indicated for both orthopedic and neurological patients depending on the pathology.
Apply laser therapy to the lumbar region using the established technique, targeting the first to last lumbar vertebrae, with the number of application points tailored to the pathology and protocol.
learn laser therapy in the thoracic area by applying the laser between thoracic vertebrae, palpating for pain, and assessing bilateral surrounding regions.
Apply laser therapy around the hip joint with application points every two centimeters, adjust frequency for the desired effect, and treat the surgical scar to stimulate tissue registration.
Apply laser therapy at six points around the hip, holding each point for five seconds.
Learn six-point knee laser therapy application, including targeting the joint area and surrounding tissues, and apply laser treatment around the entire knee for ACL surgery or other procedures.
Target shoulder pathologies with laser therapy by applying treatment points on the brachial biceps and around the shoulder joint to support joint health in dogs and cats.
Apply elbow laser therapy in dogs and cats by tracing around the joint with six application points, using sequential mode to auto-restart each application interval.
Target four application points around the carpus in dogs and cats to treat the phalanx or metacarpals, generating analgesia and reducing inflammation.
Apply laser therapy directly to phalanges in dogs and cats, using palpation and digital images to locate lesions and guide treatment points on metacarpals or metatarsals.
Apply laser therapy to phalanges in dogs and cats in this Part 2 lecture from the veterinary medicine course. Note Ebola in Britain and the area around the world.
Apply transcranial photobiomodulation with laser at 50 Hz for 15–20 seconds at occipital or a different site to reduce nervous sequelae after trauma or distemper, avoiding contagion during six months.
Learn laser therapy for hip dysplasia in dogs and cats by palpating the groin-area muscle and applying laser at three to four points, sized to the patient.
Explore laser therapy for wounds in dogs and cats with exudate, including applying a protective film over the wound, appropriate dressings, and proper cleaning of equipment tips after use.
Learn laser therapy for sciatic nerve paralysis in dogs and cats, tracing the nerve from hip to hind limb and applying six application points with symmetry analysis.
Discover laser therapy for fractures in dogs and cats by applying laser around fracture sites and wounds, using analgesic frequencies first and regenerative frequencies later every 48–72 hours.
Learn safe eye protection practices during laser therapy, including wearing glasses for the patient, owner, and therapist, and avoiding direct laser exposure to eyes.
Laser therapy for elderly dogs aims to mitigate cognitive changes such as wandering and day–night habit shifts, using transcranial stimulation to reduce signs of degenerative disease and prevent injuries.
Do not use laser therapy in pregnant bitches and queens, as it can stimulate birth. The course on laser therapy in dogs and cats discusses this precaution for pregnant patients.
Explore laser therapy for puppies, noting no contraindications and its safe use in patients with congenital diseases or locomotor system pathologies.
combine the laser with other physical agents in the session to relax the patient, use laser first before gel and electrostimulation, then apply ultrasound while taking care of the equipment.
Welcome to this course, where you will find theoretical and practical content on the use of therapeutic laser in small animals, with a description of the mechanisms of action, therapeutic effects, forms of application, indications and contraindications of this physical agent.
We are very happy to bring you the best up-to-date information in this new comprehensive Veterinary Laser Therapy training!
Laser therapy includes treatments that use light. In this course we will deal with locomotor and nervous pathologies.
But laser therapy and phototherapy have a much wider field of action, very useful for the clinical veterinarian, and indispensable for the physiotherapist.
The effects of the low intensity laser are multiple:
- Biochemical effect: the release of preformed substances such as histamine, serotonin, brakinin is stimulated. It stimulates DNA synthesis and modifies normal enzymatic reactions, both excitation and inhibition. It stimulates ATP production inside cells, accelerating mitosis and interfering with prostaglandin production, similar to the mechanism of some anti-inflammatory drugs. It has fibrinolytic action.
- Bioelectric effect: normalization of the membrane potential rebalancing and normalizing the cellular functional activity.
- Bioenergetic effect: it is the ability of the mitochondria to store energy, it is absorbed when applying the laser and retains it. The energy captured by the cells functions as an exciting message, contributing to the normality of the altered functions.
These effects produce physiological and therapeutic responses.
The laser increases circulation, stimulates the hypothalamus and the adrenal with the release of cortisol and stimulates the release of beta endorphins that relieve pain.
The laser increases tissue repair processes, due to the stimulation of the healing capacity of the connective tissue, as well as the new formation of vessels from the existing ones.
Increases the speed of regeneration of damaged nerve fibers, stimulation of bone tissue repair, activation of fibroblasts responsible for the formation of collagen, incidence in the disappearance of calcifications.
You can purchase the course now by clicking on "Buy now" and obtain the full course, with a space to ask your questions.
TEMARY
Section 1
Introduction and history of laser
Section 2
Physical characteristics of laser radiation
Laser parts
Types of laser emitters
Low power lasers
Section 3
Mechanism of action of the laser
Primary and secondary effects
Therapeutic effects
Section 4
Application
Section 5
Laser dosage
Section 6
· Indications
Section 7
Joint treatment
Section 8
Advanced laser therapy
Section 9
Questions and inquiries
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