Intravenous laser therapy (IV laser therapy) is a form of treatment that involves the use of laser light to treat various conditions and to stimulate healing in a non-invasive way. In intravenous LASER therapy, low-intensity laser light is administered into a peripheral vein of the patient through an intravenous catheter. This form of therapy uses the beneficial properties of laser light to relieve symptoms and promote healing in various medical conditions.
INTRAVENOUS LASER THERAPY
Intravenous laser therapy (IV laser therapy) is a form of laser therapy that involves the administration of laser light directly into a peripheral vein of the patient through an intravenous catheter. This technique can be used for various medical and therapeutic purposes, and has the potential to have various health benefits.
Intravenous laser price: 530 RON
Any extra color for the same procedure costs 125 RON
Package of 5 therapies - 2150 RON. For the extra color in the package, the cost will be 100 RON
Transdermal laser price: 420 RON
Any extra color for the same procedure costs 125 RON
Package of 5 therapies - 1800 RON. For the extra color in the package, the cost will be 100 RON
What is intravenous LASER therapy?
Intravenous LASER therapy is an innovative method that uses LASER light to improve circulation, energize the body and support the immune system. This form of therapy is non-invasive and offers a wide range of health benefits.
How does intravenous LASER therapy work?
The procedure involves the administration of the laser directly into a peripheral vein of the patient through an intravenous catheter. The duration and frequency of the sessions depend on the therapeutic goal and the specific treatment protocol.
It is about a WEBER laser (low power laser diode, usually 2 mW) which is coupled to a sterile optical fiber led through a syringe needle (catheter) with which a patient's vein is punctured. We work with customized mixes of 6 colors of therapeutic medical laser - red, blue, green, yellow, ultraviolet and infrared which are specialized in different therapeutic indications.
When is intravenous LASER therapy recommended?
Intravenous laser therapy can be recommended in a number of medical situations, but the precise indications may vary depending on the individual case and the doctor's assessment.
LASER therapy in circulatory conditions
Laser therapy can be used to improve blood circulation in cases of chronic venous insufficiency, deep vein thrombosis (DVT), varicose veins and other circulatory diseases. The laser can stimulate blood vessels and help reduce inflammation in these conditions, which can relieve symptoms such as pain and swelling.
LASER therapy in immunological conditions
In certain immunological conditions, such as rheumatoid arthritis or systemic lupus erythematosus, laser therapy can be used to reduce inflammation and improve symptoms. The laser can influence the body's immune response and help manage immunological disorders.
LASER therapy in post-surgical recovery
Intravenous or locally applied laser therapy can be beneficial during the post-surgical recovery period. This can speed up the tissue healing process, reduce inflammation, and help relieve discomfort and pain associated with surgery.
LASER therapy in oncology
Laser therapy can be used in oncology in different ways. For example, the laser can be used in photodynamic therapy for the treatment of certain types of cancer, where photosensitive substances are activated by laser light to destroy cancer cells. Also, the laser can be used in oncological surgery for the excision or ablation of tumors.
LASER therapy - contraindications
Although laser therapy can have significant benefits in many conditions, there are also important contraindications that must be taken into account. Contraindications may vary depending on the type and intensity of the laser, but may include:
The presence of tumors or malignant lesions in the treatment area.
Sensitivity to light (photodermatosis) or conditions that can be exacerbated by exposure to light.
The presence of pigment in the eye that could absorb the laser in a dangerous way.
Conditions that can cause an increase in collagen formation, which can increase the risk of excessive scarring or keloid following laser treatment.
Effects of intravenous LASER
The effects of the Red Laser
It positively influences the rheological properties of the blood. It has a tendency to decrease the aggregation of platelets and reduce the deformability of erythrocytes. Activation of the phagocytic function of macrophages. Positive effect on the proliferation of lymphocytes and B cell subpopulations. Stimulation of the immune response by increasing IgG, IgM immunoglobulins and stimulating cytokines, interferons, interleukins and TNF-alpha.
The development of so-called "giant mitochondria" with the activation of various metabolic pathways. Increasing ATP production by activating Cytochrome C and normalizing the cell membrane potential. Tissue hypoxia is reduced and fibrinolysis is activated. Analgesic, spasmolytic and sedative effects. Antitumor effect. Activation of adult stem cells. It improves the microcirculation in the central nervous structures by stimulating the functional activity of the hypothalamus and the limbic system, favoring the activation of hormonal, immunological and vegetative metabolism and the mobilization of adaptive reserves.
The effects of the Green Laser
Green binds to hemoglobin. It improves the function, behavior and cellular elasticity of red blood cells. Increased oxygen delivery to tissues and improved affinity. Increasing the attraction of oxygen to hemoglobin. Improved ability of hemoglobin to carry more oxygen. Decrease of lactic acid.
Activates repair and stabilization pathways. Stimulates platelets to respond to activating agents. Positive effect on the sodium/potassium pump, which helps to regulate intra- and extracellular cationic homeostasis. Green laser increases ATP production in irradiated mitochondria by more than 30%. It reduces blood viscosity.
The effects of the Blue Laser
Blue light releases nitric oxide (NO) in monocytes, vasodilation and improvement of endothelial dysfunction. It has an essential role in analgesia, vasodilation and angiogenesis through the c-GMP pathway. It contributes to increasing the production of NO, activates telomerase and thus stops the shortening of anti-aging telomeres. Increasing NO lowers blood pressure. NO is an immune stimulant and neuromodulator, as well as a stimulator of adult stem cell proliferation.
Anti-inflammatory action - reduces cytokines and contributing factors. Antimicrobial (Acne Treatment). It deactivates the pathogenic agent (effective against bacteria and viruses). Detox effects. Positive effects on the heart and metabolism. In combination with curcumin, it has an antitumor effect.
Effects of the Yellow Laser
Positive effects on the hormonal system. Improving the antioxidant enzyme system with a detoxifying effect. Strong antidepressant effects. Positive effects on pain relief in patients with chronic pain. It influences the metabolism of vitamin D, with an effect on bone, tissue and immune health.
It has a positive influence on the general condition. Effective in chronic fatigue syndrome. Improves serotonin production. Effective in panic and anxiety disorders. It influences the metabolism of vitamin D, with an effect on bone, tissue and immune health.
Effects of Ultraviolet Laser
Irradiating the blood with UV light strengthens the immune system. Antiviral and antibacterial effects are produced, by increasing the production of toxic reagents for the pathogen. Destroys fungal growth. Pathogenic damage also allows the release of antigens in which the immune system can strengthen itself.
It improves the body's ability to detoxify and eliminate toxins. It restores the normal size and movement of fatty elements. Activates cortisone and sterol molecules. It improves the general condition. Today, UV light is also used for sterilizing surgical instruments to eliminate MRSA, etc., in transfusion medicine for sterilizing blood probes from bacteria and viruses.
Effects of the Infrared Laser
Infrared has a tissue penetration depth of 6-7 cm, thus also reaching the bone structures. It contributes to the increase of cellular activity and microcirculation. It regenerates damaged structures. Analgesic and spasmolytic effect. It is used in Stem Cell therapy.
The benefits of intravenous LASER therapy
Intravenous laser therapy can offer several benefits depending on the conditions treated and the therapeutic goals. Here are some of the potential benefits of this therapy:
Improving blood circulation: Intravenous laser therapy can help improve blood circulation in the treated areas. This can be particularly useful in cases of chronic venous insufficiency, deep vein thrombosis and varicose veins.
Reducing inflammation: The laser can have an anti-inflammatory effect, which can help reduce inflammation in various medical conditions. This benefit can be valuable in treating autoimmune diseases, arthritis and other inflammatory conditions.
Pain relief: Intravenous laser therapy can help reduce pain and discomfort associated with certain conditions, such as joint and muscle pain or neuropathic pain.
Stimulation of tissue healing: The laser can promote tissue healing, accelerating the processes of cellular repair and regeneration. This is beneficial in post-surgical recovery and wound healing.
No pain or invasiveness: Intravenous laser therapy is usually a painless and non-invasive procedure, which means that patients do not have to undergo surgery or suffer significant discomfort.
Reducing the need for medication: In some cases, laser therapy can reduce the need for medication or other treatments, which can be beneficial for patients who want to avoid the side effects of medication or surgery.
Personalization and adaptability: Intravenous laser therapy can be adapted to the individual needs of the patient and can be used in a wide range of medical conditions, from circulatory conditions to dermatological or neurological conditions.
It is important to mention that the exact benefits may vary depending on the individual case and the condition treated.
Our team of LASER therapy specialists
Our team of LASER therapy specialists is made up of qualified and dedicated medical professionals who specialize in the use of lasers for therapeutic purposes. These specialists work together to provide high quality care to our patients and to ensure that each patient receives the appropriate treatment.
Our team of specialists in LASER therapy is dedicated to improving the health of our patients by using this advanced therapeutic technology. Each member of the team brings expertise and experience to ensure that patients benefit from the optimal treatment according to their individual needs.
Frequently asked questions for INTRAVENOUS LASER THERAPY
The procedure of an intravenous LASER therapy session can vary depending on the therapeutic purpose and the specific protocol of the treatment. However, in general, an intravenous LASER therapy session may involve the following steps:
Preliminary evaluation: Before starting LASER therapy, the patient is evaluated by a LASER therapy specialist or a qualified medical professional. This includes the evaluation of the medical condition and the establishment of therapeutic objectives.
Intravenous catheter administration: An intravenous catheter is placed in a peripheral vein, usually in the hand or arm. This catheter will allow the administration of laser light into the circulatory system.
Laser administration: Low-intensity laser light is inserted into the catheter and then administered into the patient's vein. This process can take between 20 minutes and an hour or more, depending on the specific treatment protocol.
Patient monitoring: The patient is monitored during the procedure to ensure that everything proceeds safely. The patient may feel a slight warmth or tingling sensation in the treated area.
End of session: After completing the procedure, the intravenous catheter is removed and the patient can be released to leave.
The duration of an intravenous LASER therapy session can vary depending on the specific treatment protocol and the condition being treated. Usually, a session can last between 20 minutes and an hour or more. It is important to talk to the specialist who performs the therapy to obtain specific information about the duration of the session in your case.
For an appointment at Quantica720°, you can contact us at 0723 271 738 to discuss your needs.