Light of Destiny - Shadowless Light
In the clean white operating room, there hangs a large round light disk with many lights neatly arranged on it. When the light shines on the operating table, the surgeon can perform surgery smoothly without being affected by dark shadows. This large synthetic light source is the shadowless lamp. The original operating room shadowless lamp is the clever use of the area of the shadow area and the light source of the relationship between the size of the light-emitting surface, with a large luminous intensity of the lamp to form a large-area light source. This will be able to light from different angles to the operating table, not only to ensure that the surgical field of vision has enough brightness, but also to eliminate the body of the surgeon during surgery to leave the shadow of the body, so as to see the operation carried out.
Surgical shadowless lamps are generally composed of multiple heads, tied to a cantilever, can be done vertically or circular movement, the cantilever is usually attached to a fixed combination, and can be rotated around it. Shadowless lamps are positioned flexibly by means of sterilizable handles or sterilizable hoops (curved rails), and have automatic braking and stopping functions to manipulate their positioning and maintain a suitable space above and around the surgical site. The fixing device of the shadowless lamp can be placed on a fixed point on the ceiling or wall, or on a track on the ceiling.
Shadowless lamps mounted on the ceiling should have one or more transformers in a remote control box on the ceiling or wall to convert the incoming supply voltage to the low voltage required by most bulbs. Most shadowless lamps have dimming controls, and some products have the ability to adjust the range of the light field to minimize light around the surgical site.
Alternative mirror - gastroscopy
Many people have stomach pain, but what exactly is wrong in the stomach, because they can not see, always say not very clear. Since the gastroscope is available, doctors can see every part of the stomach through it. Gastroscope is composed of a large refractive index of light-conducting fibers, gastroscope head of the small lamp to the stomach wall illuminated, the stomach wall of the light reflected into the light-conducting fiber end of the fiber can no longer penetrate the fiber wall. Instead, it is constantly fully reflected, only from the other end of the light-guiding fiber out, the doctor can see what is wrong in the stomach.
Currently the most advanced clinical gastroscope is the electronic gastroscope. Electronic gastroscope has good image quality, large screen, clear images, high resolution, slim and soft body, bending angle, flexible operation and other advantages. Favorable diagnosis and carry out a variety of endoscopic treatment, and storage, video, photography and other functions, to facilitate consultation and data preservation.
With the continuous progress of medical science and technology, gastroscopy is more and more widely used in clinical practice. Gastroscopy is the most intuitive examination method for diagnosing gastric diseases, and the cooperation with pre-operative, intra-operative, and post-operative care plays a crucial role in the smooth progress of the examination.
Lasers
Lasers in a sense, can really be called "the light of a hundred uses", not only in the industrial and military to show their skills, but also in the medical treatment has its own place.
Laser Dentistry
Based on the different roles of lasers in dental applications, there are several different laser systems.
One of the important features that distinguishes lasers is the wavelength of light, with different wavelengths of laser light acting differently on tissues. Light in the visible and near-infrared spectral range has low light absorption and high penetration, allowing it to penetrate deeper into the dental tissues. The laser used for treatment is usually a few watts of moderate intensity. The effect of the laser on the tissue also depends on the way the laser pulse is emitted.
The application of lasers in the diagnosis of dental caries can be done for demineralization, shallow caries, and hidden caries. The application of lasers in treatment can do cutting, polymerization of fillings, and cavity treatment.
Laser blood washing
The World Health Organization (WHO) has recently reported that 15 million people around the world die every year from coronary heart disease, hypertension, cerebral thrombosis and other cardiovascular and cerebrovascular diseases, and the number of elderly people over the age of 60 years old dying from cardiovascular and cerebrovascular diseases accounts for more than 90%.
Cardiovascular and cerebrovascular diseases are characterized by high morbidity, high mortality, high disability, high recurrence rate, high treatment cost and high complications.
Nowadays, laser is used to irradiate the blood, and the light quantum is absorbed by the blood molecules and converted into molecular energy, thus activating the blood cells. Light quanta also produce other photochemical reactions and biological effects on the blood, and the therapy that applies these effects to treatment and health care is called photo-quantum blood therapy (also known as laser blood washing).
Low-intensity laser therapy: radial artery irradiation therapy, fast effect, significant therapeutic effect, can produce the following effects:
(1) change the blood rheology index, improve the rheological properties of the blood, which can reduce blood pressure, reduce the viscosity of the whole blood, plasma viscosity, platelet aggregation capacity, activate the enzyme system, accelerate the metabolism.
(2) Improve blood circulation and stimulate sympathetic and parasympathetic nerves. It can make the mucous membrane and nasal mucous membrane vasoconstriction and dilation, thus reflexively causing intracranial blood circulation and systemic blood circulation. Improvement of systemic symptoms may occur, such as mental improvement, reduction of generalized weakness, and increase in appetite.
(3) Restore the normal form of red blood cells. Replenish the biological energy of red blood cells, strip the fat layer on the surface of red blood cells, restore the negative charge on the surface of red blood cells, increase the repulsive force between red blood cells, make the red blood cells free individually, and avoid cell adhesion.
(4) Improve the oxygen-carrying capacity of red blood cells. Due to the light quantum supplementation of red blood cells bioenergy, so that red blood cells can be better combined with oxygen to play its oxygen-carrying and oxygen transport function, to ensure the oxygen supply of muscle tissue.
(5) Increase the SOD content of blood red blood cells. In the SOD (superoxide dismutase) content measurement, it is found that after treatment with low intensity laser, the SOD content in the red blood cells increases, and at the same time it can remove free radicals and garbage in the blood.
(6) Regulation of immunity. Activate white blood cells, improve their phagocytic activity and chemotaxis, promote the material metabolism and energy metabolism of the body, which is conducive to the repair and regeneration of damaged tissues, and thus has the effect of regulating the body's immunity.
(7) Activating brain cells. Low-intensity laser radial artery irradiation increases cerebral blood perfusion, improves brain cell function, and thoroughly improves cerebral microcirculation.
(8) Softening blood vessels. Low-intensity laser irradiation blood therapy can protect the endothelial cells of blood vessels, enhance or restore the elasticity of blood vessels, reduce low-density lipoprotein, correct acidemia, soften blood vessels and prevent thrombosis.
Laser treatment of myopia
Excimer laser treatment of myopia was first started in 1985 by American doctors in clinical application, and has developed rapidly in recent years and was introduced to China in the early 1990s. The surgical effect of excimer laser in treating high, medium and low myopia is far better than that of previous refractive surgeries. However, there are still many people who are skeptical about it, fearing that their eyes will be pierced and burned.
Generally speaking, excimer laser is ultraviolet light with very short wavelength, which has photochemical effect rather than thermal effect with biological tissues. Therefore, there will be no thermal damage, let alone burning. In addition, there are people who are concerned about piercing the eyeball, this concern is superfluous. Excimer laser has a short wavelength, weak penetration, each pulse can only cut 0.25 microns in depth, is in the cell level cutting, cutting extremely precise, so it is impossible to penetrate the eyeball.
Some people worry that it may harm other parts of the eye, which is also over-anxious, because excimer lasers are equipped with infrared tracking system, when your eyeball deflection is out of the normal range, the laser will automatically stop hitting, to ensure safe treatment.
The principle of laser treatment for myopia is that myopia is caused by the anterior and posterior diameters of the eyeballs being too long or the front surface of the eyeballs being too convex for the external light rays to converge accurately under the eye. Excimer laser corneal refractive therapy technology, is a computer-controlled excimer laser beam, so that the front surface of the eyeball slightly flattened, so that the external light can accurately converge on the bottom of the eye imaging, to achieve the purpose of correcting myopia.
Excimer laser is a fluorine-argon gas mixture produced by the excitation of an invisible ultraviolet beam, is a cold laser, can accurately ablate the cornea of the human cornea is expected to remove the part of the cornea without damaging the surrounding tissues and other tissues and organs.
Experts pointed out that the people who are suitable for excimer laser treatment: 18 years old to 50 years old, stable myopia 150 degrees to 2,000 degrees in the last two years, or combined with astigmatism 100 degrees to 400 degrees, and hyperopia 200 degrees to 800 degrees are suitable for treatment.
People with infectious inflammation of the eye, cone cornea, glaucoma, cataract, fundus lesions, or diabetes, connective tissue diseases and other systemic diseases are not suitable for excimer laser treatment.
Not long ago, from Shanghai Ruijin, Changhai and other hospitals related departments of the survey shows that excimer laser treatment of myopia, students accounted for the vast majority of patients, especially high school students, the outpatient amount of the trend of increasing day by day. In this regard, the experts cautioned: excimer laser treatment of myopia, teenagers under 18 years of age should not.
According to experts, in order to ensure safety and effectiveness, excimer laser treatment of myopia requires patients to have a stable refractive state before surgery, and corrected visual acuity of 0.5 or more. Accordingly, the best age to undergo surgery should be between 25 and 35 years old, young people under the age of 18 are in the growth period of the body, the eye refraction is not stable, if you blindly undergo surgery, one or two years after the eyesight is very likely to regression, seriously affect the expected efficacy of the success of the failure.
Interpretation of optometry
Ophthalmology, also known as optometry, is a combination of modern optical technology and modern ophthalmology, the use of modern optical principles and techniques to solve visual disorders of the emerging interdisciplinary. It is a medical specialty with both classic traditional colors and modern high-tech features, and is also an interesting, challenging and rewarding medical career. The specialty aims to improve and promote clear and comfortable vision by optical, pharmaceutical, surgical, and psychological means, and to protect the health of the eyes, a noble cause that brings light to mankind. However, the main focus is to solve visual disorders with optical techniques. The discipline of optometry is characterized by clinical, scientific research and teaching in physiology, pathology and optics related to vision of the human eye. Scientific research focuses on visual aspects, including basic and clinical research on myopia, hyperopia, astigmatism, amblyopia, low vision, optical lenses, corneal contact lenses, refractive surgery and other visual corrections. The ultimate point is to solve the problem of binocular ****same vision.
Ophthalmology is the beginning and the end of ophthalmology. The relationship between them has been the main object of ophthalmology medical research. This is because the eye is much more sophisticated than a high-grade camera. Therefore, it requires a specialized study of the anatomy of the eye and the refractive system of the eye before one can be competent in the specialty. It is only on the basis of this that one can understand the medical physics of the eye.
The anatomy of the eye is very important, especially for the fitting of corneal contact lenses and the subsequent review, in which the cornea is important. The reason for this is that the physiology of the cornea determines its optical importance. To ensure the transparency of the cornea and the refractive power of the cornea itself, then the histologic structure of the cornea has to ensure that it meets the physiologic requirements.
In our lives, we often see many people wearing glasses. This eyeglasses learning is very big.
The issues involved are:
(1) Examination before optometry. This is a combination of learning + experience + theory + technology. It is mainly in four areas of history taking. Refractive history taking, for the previous refraction to be understood; sensory history taking, mainly visual acuity and primary binocular visual function inquiries; ocular motility examination of the history taking, mainly binocular visual function in detail; the fourth is to understand the binocular eye health, mainly binocular intraocular pressure, slit-lamp microscopy to check the health of both eyes, picking up the glasses to determine whether the internal condition of the eye is normal.
(2) Optometry, which is a program. The initial main examination of the method is four: corneal curvature meter examination and ophthalmology a ultrasound examination, retinal microscope examination, automatic optometry examination, and the primary perception examination. An advanced examination should also include an overall examination of visual function in both eyes. This is not just a visual acuity examination, but also an eye accommodation and convergence examination, binocular eye tracking sweep test, occult strabismus and fusion function examination and binocular stereo vision examination based on this.
(3) Prescription. The principle is to be carried out according to the different needs of different ages, but nowadays, the optometry in many places is based on the national standard of 1.0. The best way to determine whether an external object is imaged on the retina after it passes through the refractive system of the eye is based on an examination tool.
(4) Recommendations for lens wear. Many of us nowadays will say that the degree of the eye has increased again, in fact, this should be the work of the optometrist after the optical examination. How to prevent the degree of increase is an optometric professional must do their responsibility, because this is a combination of psychological and physiological and life learning.
Portable X-ray machine
Medical portable X-ray machine, also called medical portable X-ray machine or medical X-ray fluoroscope. This type of X-ray machine is suitable for medical use, mainly used in clinics, township health centers, athletes training department and school medical office and other departments. Because of its low cost, low X-ray dose (high security), simple operation, small size, most can be connected to the computer for processing printing, etc., to meet the insufficient to accommodate large-scale X-ray machine equipment for medical institutions equipment blank, in recent years by the medical industry and the favor of many workers.
The therapeutic effect of far-infrared rays
We know that the absorption of far-infrared rays by the human body depends on the wavelength of far-infrared rays and the state of the skin. Human skin contains 70% water, water is a good absorber of far infrared rays. Therefore, the human body's absorption spectrum of far-infrared rays approximates that of water. Therefore, far infrared therapy is suitable for treating superficial diseases. However, this does not prevent the treatment of deep diseases, because the healing effect can be made to reach the deep part of the tissue through medium conduction, cell **** vibration and blood circulation.
Far infrared rays play a huge role in human health, first of all, far infrared rays can activate the activity of biological macromolecules. The far infrared rays can activate the activity of biological macromolecules, thus exerting the function of biological macromolecules to regulate the body's metabolism, immunity and other activities, which is conducive to the restoration and balance of the body's functions, and to achieve the purpose of preventing and curing diseases.
Secondly, it can promote and improve local and systemic blood circulation. After the far infrared effect on the skin, most of the energy is absorbed by the skin, the absorbed energy is converted into heat, causing the skin temperature to rise, stimulating the heat receptors in the skin, through the thalamus reflex, so that the vascular smooth muscle relaxation, vascular dilation, blood circulation is strengthened. On the other hand, due to the heat effect, it causes the release of vasoactive substances, the vascular tension is reduced, the superficial small arteries, superficial capillaries and superficial veins are expanded, the blood circulation is accelerated, and the blood circulation is improved.
Third, it can enhance metabolism. If the body's metabolism is disturbed, caused by the exchange of substances inside and outside the body is out of order, then, a variety of diseases will not come. Such as water electrolyte metabolism disorders, serious life-threatening; sugar metabolism disorders caused by diabetes; lipid metabolism disorders caused by cardiovascular disease, obesity; protein metabolism disorders caused by gout and so on. Through the heat effect of far infrared, can increase the vitality of the cells, regulate the neurohumoral mechanism, strengthen the metabolism, so that the body's material exchange is in a smooth state.
Fourth, improve immune function. Immunity is a physiological protection reaction of the human body, which includes cellular immunity and humoral immunity, the human body to resist disease has an extremely important role. After clinical observation, far infrared can improve the phagocytosis function of macrophages, regulate cellular immunity and humoral immunity, which is conducive to the health of the human body.
Fifth, anti-inflammatory, analgesic. The mechanism of action is as follows:
(1) the thermal effect of far infrared through the neurohumoral response, eliminating the pathological process of inflammation, so that the original destruction of the physiological equilibrium to accelerate the return to normal, improve the local and systemic resistance to disease, and at the same time can activate the immune cell function, enhance the phagocytosis of leukocytes and reticulocytes skin cells, to achieve the anti-inflammatory and antibacterial purpose.
(2) The thermal effect of far infrared increases the skin temperature, sympathetic nerve sensibility is reduced, the release of diastolic vasoactive substances, vasodilatation, accelerated blood flow, blood circulation is improved, tissue nutrition is enhanced, tissue metabolism is activated, the cellular supply of oxygen is improved, the state of blood and oxygen supply to the foci area is improved, the regenerative capacity of the cell is strengthened, and the inflammation is controlled and localized to accelerate the repair of the lesion.
(3) The thermal effect of far infrared improves microcirculation, establishes collateral circulation, enhances the stability of the cell membrane, regulates the concentration of ions, improves osmotic pressure, accelerates the discharge of toxic metabolites, accelerates the absorption of exudates, and leads to the subsidence of inflammation and edema.
(4) Analgesic effect. The thermal effect of far infrared reduces the excitability of the nerve endings; the improvement of blood circulation, edema subsides, reduces the chemical and mechanical stimulation of the nerve endings; the thermal effect of far infrared improves the pain threshold, and all of the above play a role in relieving pain. Far infrared biological effects, in addition to the above thermal effects, there are many other important biological effects, such as the relationship between far infrared and life, far infrared to improve microcirculation, activation of water molecules, activation of tissue cells and other important functions.
Sixth, the regulation of autonomic nervous system.
The autonomic nervous system is mainly to regulate the function of internal organs, people in a state of anxiety for a long time, the autonomic nervous system continues to be tense, which will lead to reduced immunity, headache, dizziness, insomnia, fatigue, cold limbs. Far infrared rays can regulate the autonomic nervous system to maintain the best state, the above symptoms can be improved or eliminated.
Seventh, skin care and beauty.
Far infrared irradiation of the human body produces **** Ming absorption, can cause fatigue and aging substances, such as lactic acid, free fatty acids, cholesterol, excess subcutaneous fat, etc., membership follicle mouth and the activation of subcutaneous fat, not through the kidneys, directly from the skin metabolism. Therefore, it can make the skin smooth and soft.
Eighth, reduce fat.
The physical therapy effect of far infrared rays can make the body heat energy increase, cell activation, and therefore promote the metabolism of adipose tissue, combustion decomposition, the consumption of excess fat, and thus effective weight loss.
But the infrared ray is not a hundred benefits and harmless, in our acceptance of infrared therapy, should also pay attention to some infrared ray contraindications:
(1) the contraindications of the warm treatment method, also all of the infrared ray treatment of the contraindications. For example: the need for quiet acute inflammation, feverish diseases, progressive wasting disease, non-inflammatory edema, diseases that may cause internal bleeding.
(2) The dose should be reduced in the elderly, infants, and young children, in those who are physically exhausted, and in those who have a very low tolerance for heat.
Photon hair removal
Photon hair removal machine is the use of modern high-tech means of combining products with modern medical aesthetics, is the world's only access to double U.S. FDA certification of hair removal machine, is considered safe, effective, fast, no side effects of permanent hair removal of the latest high-tech technology.
Abnormal hair growth or hirsutism is partly temporal, and may be associated with the use of certain drugs (such as androgens) and hirsutism syndrome, which greatly affects aesthetics. The main areas of hair removal are the underarms, both upper and lower limbs and the upper lip in women, cheeks, neck and chest in men. The key to inhibiting hair growth lies in precisely destroying two important components of the hair follicle, namely the bulge and the papilla. When it comes to hair removal, every beautiful lady can list out many methods, and ladies and gentlemen suffering from body hair have surely tried some of them, but what is the result? But what is the result? Is it that the disturbing hair never grows again, or it grows again and again, and the more it grows, the thicker it gets? In today's rapidly changing medical technology, people are paying attention to a new hair removal technology - photon hair removal technology.
Photon hair removal technology is the use of patented intense pulsed light source of selective light (broad-spectrum technology) pyrolysis principle, to provide a gentle, non-invasive therapy, the use of hair follicles in the melanin cells of the absorption of a specific wavelength of light, the follicle to produce heat, thus selectively destroying the hair follicle, to achieve the removal of hair while avoiding damage to surrounding tissues. Hair follicles contain a large number of melanocytes, photon hair removal that is the choice of hair follicles melanocytes are particularly sensitive to the normal epidermis without damage to the light irradiation, the light is absorbed by the melanin in the hair shaft and hair follicles is converted into heat energy, thereby increasing the temperature of the hair follicle, when the temperature rises to a sufficiently high level of hair follicle structure irreversible damage has been destroyed hair follicles have been destroyed after a period of natural physiological process is removed, so that the purpose of permanent hair removal. The hair follicles are removed after a natural physiological process, thus achieving the purpose of permanent hair removal.
Photon hair removal technology has been proven to permanently remove hair during the anagen phase after several treatments, with the exact number of treatments being related to many factors such as the type of skin and hair. Photon Hair Removal is short, after the procedure, you can carry out daily activities and physical exercise, without special care, with the advantages of fast, less painful, long-lasting effect, no damage to the epidermis, etc. It is significantly better than other traditional methods of hair removal, and can effectively get rid of hairs on any part of the body, such as face, armpits, back, legs, and bikini line - of different depths, color and texture of hair.
Photorejuvenation
Photorejuvenation is a technology with cosmetic treatments developed in recent years, and can be said to be the twin brother of hair removal. In the process of hair removal, we find that after repeated hair removal treatments, the skin in the hairy areas will become relatively smooth and beautiful. Of course it was American dermatology laser doctors who first discovered this interesting phenomenon. They were surprised to find that when facial whiskers were removed, the skin became noticeably younger.
A famous dermatologic laser treatment doctor in San Francisco named Bitter was very interested in this phenomenon and conducted a lot of research. The results found that this phenomenon of skin rejuvenation after hair removal treatment is not an accidental phenomenon, but the structure of the skin really due to laser irradiation qualitative changes in order to look young, and found that the laser is not the most ideal light source, strong light is the most appropriate light source. As a result, a method was invented and born to use pulsed intense light to treat photoaging of the skin. After about five irradiations, the structure of the skin changed significantly: the skin's elasticity increased and stopped sagging, pigmented patches of the skin disappeared, and fine wrinkles began to subside. The combined result is a younger and more beautiful skin. Therefore, when this treatment technology began to apply, it was immediately favored by Hollywood movie stars, who flew from Los Angeles to Dr. Bitter's clinic in San Francisco to receive this miraculous treatment. And of course they gave the treatment a very interesting name: photo rejuvenation, which means light rejuvenates the skin.
Overall, photorejuvenation is actually the use of pulsed light on the skin with a cosmetic nature of the treatment, its function is to eliminate, lighten the skin of various pigmented spots, enhance skin elasticity, eliminate fine wrinkles, improve the expansion of the facial capillaries, improve the face of the pores and roughness of the skin, but also to improve the yellowing of the skin color and so on.
Photorejuvenation involves projects
Small needle facelift surgery
The latest cosmetic surgery advocates scarless, minimally invasive and rapid recovery time surgical methods, so that the patient can return to work on the same day or within one or two days, so it is particularly suited to the younger, beauty-loving and active family.
Botox
"Botox", in cosmetic terms, is mainly used to remove dynamic wrinkles (such as frown lines, crow's feet, and forehead wrinkles) and to improve the look of the face and radish legs. If applied correctly, it is a very safe and effective tool for removing wrinkles and improving the shape of the face and legs.
Scar revision
Because of the different causes of trauma, the repaired scars are also different, so professionally they can be divided into several types, the common ones are hyperplastic scars, scars, atrophic scars, contracture scars. For these common types of scars, we now have a whole series of methods to repair them so that they can maximize their recovery when the right treatment is implemented.
Acne
Acne is a chronic inflammatory disease that occurs when the sebaceous glands secrete large amounts of sebum, which cannot be expelled and blocks the hair follicles. Due to the influence of androgens in the organism, it occurs most often during puberty, but recently, there are many people who begin to develop acne in their 20s or 30s.
Moles
There are four non-surgical and surgical methods for dealing with moles: laser, electrocautery, freezing, and chemical etching, each of which has its own advantages and disadvantages.
Facial burns
Facial burns should be handled according to its characteristics, according to the degree of burns, to take timely and appropriate treatment is particularly important.
Skin hair removal
There are two commonly used hair removal methods: permanent hair removal and temporary hair removal.
Photon treatment process
(1) Put on your goggles and close your eyes throughout.
(2) The physician will first apply a cold special cold gel to the treatment area. During treatment, the photorejuvenation head of the photorejuvenation device is placed lightly on the skin to be treated and starts to release intense pulsed light. At this time, you will feel a gust of warmth from the entry of the light beam.
(3) The treatment guide gel is a water-soluble substance and can be washed with water after treatment.
Post-treatment precautions for photon therapy
No special skin care is needed, but it is recommended to use skin care products under the guidance of a doctor, including stopping the use of all functional cosmetic products (including all kinds of blemish creams, wrinkle creams, etc.), prohibiting the use of all kinds of chemical exfoliative treatments (also known as peeling treatments), and prohibiting skin grinding and the use of scrubs and cleansing creams. Since the cause of pigmentation spots as well as all kinds of photoaging is sun exposure, sun protection and the use of sunscreen are important. Of course the application of skin moisturizers is also needed.
Who is suitable for photorejuvenation treatment?
The first group of people are those who have spots of pigmentation on the face, either solar or freckles, which usually give you a feeling of "dirty face" and cannot be covered up even though they are often covered with powder.
The second group of people: the face begins to appear slack, fine wrinkles, the appearance of aging skin changes.
The third group of people: want to change the texture of the skin, hope that the skin's elasticity is better, the skin is smoother, and to improve the dullness of the skin.
The fourth group of people: rough facial skin, enlarged pores, acne marks, facial capillary expansion.
Usually, the treatment effect of the first three groups of people is more obvious, and the treatment effect of the fourth group of people is relatively poor. In addition, photorejuvenation, like other cosmetic treatments, if your skin conditions are better, the better the effect of the treatment; if your skin conditions are not ideal, photorejuvenation treatment, although there is a good performance, but in general to be worse.
Who is not suitable for photorejuvenation treatment?
People with light sensitivity and patients with recent application of light-sensitive drugs, such people are sensitive to light and prone to skin damage after treatment.
Pregnant women, because the treatment has varying degrees of pain, the theory can not be completely ruled out the potential impact on the development of the fetus may exist.
Systemic use of retinoids (minimum of two months after cessation of use before treatment). Such patients may have a potential temporary weakening of skin repair function.
Treatment of melasma patients should be done with caution, in most cases photorejuvenation is not a solution to the treatment of melasma, on the contrary, it sometimes makes the situation worse.
Patients with unrealistic expectations of treatment results, photorejuvenation although has outstanding cosmetic ability, but she is only a very common medical program, do not exaggerate and deify, no ability to change the nature of your skin, do not hold unrealistic expectations.
What is the difference between photorejuvenation and traditional skin rejuvenation?
Skin rejuvenation has undergone tremendous changes over the past decade or so. Initially, abrasion and deep chemical peels were used, followed by laser resurfacing. While these methods were effective in treating some aspects of photoaging of the skin, clients were usually required to stop working for a period of time, which was also accompanied by unbearable pain, and potential side effects.
Currently, some lasers can be used to treat brown spots, others can be used to treat brown spots, and some can be used for laser facial wrinkle reduction, but there is no other technique that can achieve the results of photorejuvenation - a holistic improvement of skin lesions and skin structure without any disruption to busy modern lifestyles. structure.
Photorejuvenation treats the entire face, resulting in pleasing results that go beyond ordinary cosmetic procedures. Typically, photorejuvenation provides patients with gradual, noticeable improvement in 5 to 6 treatments over a period of more than 4 months. The extremely low risk is a great source of satisfaction for both the patient and the practitioner.
What skin lesions can be treated with Photorejuvenation?
All facial blemishes, enlarged pores, dull skin tone or other abnormalities caused by sun damage and photoaging can affect your well-being and appearance. Photorejuvenation improves both the surface and deeper layers of the skin, rejuvenating the skin and bringing beneficial biostimulatory effects to the deeper layers. After a few treatments, you may notice a significant reduction in facial discoloration and the appearance of smoother, newer skin at the treatment site. This treatment can also be used efficiently on body areas such as the neck, chest and hands.
Do I still need to take care of my skin after undergoing Photorejuvenation?
Yes, photorejuvenation penetrates the skin to treat lesions deep within the skin and rearranges the deep collagen and elastic fibers to restore elasticity. And experts recommend implementing the necessary skin care between treatments to help the skin metabolize and return to its youthful glow.