Cosmetic RadioSurgery Treatments
What is Radiosurgery?
Radiosurgery is a technology used to treat a variety of soft tissue conditions, from the skin to deeper tissues.
Instead of using a scalpel, radio waves do the cutting.
Radiosurgery technology is somewhat similar to laser or electrosurgery, but it uses a different part of the electromagnetic spectrum than either.
Instead of using light waves (like laser), and instead of using high-temperature, low-frequency waves (such as with electro-surgery), radiosurgery uses low-temperature, high-energy waves in the radiobandwidth.
What's the benefit of using radio waves instead of laser or electrosurgery?
First, the low-temperature waves used by radiosurgery means that tissues are not burned like they are with electrosurgery.
Radiosurgery high energy waves penetrate much less deeply into peripheral tissue (0.02 mm) than CO2 laser (0.5 mm), Holmium laser (0.05 mm), or electrosugery (1.0 mm) units.
The benefit to patients is that there is substantially less peripheral tissue destruction (by a factor of 25x compared to laser and by a factor of 50x compared to
electrosurgery).
Less peripheral damage to tissues means much greater precision and significantly faster healing times.
Simply put, radiosurgery is an extremely precise way to perform surgery, creating much less trauma to surrounding tissues than other technologies.
We use the latest technology to ensure safe and effective removal of moles, warts and skin lesions.
Radiosurgery is a technique for excising and ablating soft tissue lesions that has established its role as a useful tool in dermatology and other specialties, particularly neurosurgery
Benefits of Cosmetic Radio-Surgery
- It facilitates, accelerates, and improves surgical procedures tremendously with following noteworthy advantages:
- Radiosurgery is a useful technique for dermatological surgery in general and specialist practice.
- It is mainly used in the treatment of benign lesions.
- Radiosurgery is particularly useful in situations where it is important to achieve good cosmetic results.
- Tissue removal occurs at a very superficial skin level
- Minimal damage to surrounding tissues
- Minimal scar tissue formation
- No pain, no stitches, no bleeding, no post-operative swelling, or infection
- Enhanced healing
- Excellent cosmetic results
Preparing for Surgery
- You may eat a light breakfast and/or lunch on the day of surgery since you will be awake for the entire procedure.
- NO ASPIRIN, IBUPROFEN, OR VITAMIN E SHOULD BE TAKEN FOR TWO WEEKS PRIOR TO SURGERY since this can thin your blood and cause excessive bleeding during and after surgery. You should take any other medications as usual.
- Wear a buttoned shirt or blouse to the office so that no clothing has to be pulled over your head following surgery.
- Arrange for someone to take you home following surgery. You should plan to be in the office for a total of two to two and one half hours.
- You and/or your caregiver will be instructed on how to apply bandages prior to your departure.
Post-Operative Instruction
- You should plan to “take it easy” for the first week following surgery. This means no heavy exercise, lifting, or straining (since this could cause bleeding to occur).
- You may shower, bathe, wash your hair, etc. beginning on the day following surgery. Leave the dressing in place until after you come out of the shower.
- Dressing changes:
a. Remove the old dressing and dispose of it.
b. Cleanse the treated area with cotton-tipped applicators (Q-tips) soaked in Hydrogen Peroxide solution. Use some dry applicators to remove the bubbles that remain.
c. Apply a thin layer of Fucidin ointment (prescription).
d. Cut telfa dressing to size and tape in place with Micropore Paper tape.
e. If bleeding occurs at any time, apply firm pressure to the bleeding site with gauze or a tissue for 30 minutes
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Comparison with other equipments
The other equipments used in the field of ano-rectal surgery include the Infrared coagulator, Cryogun, Lasers and Electrocautry. A brief account of their comparison with the radiofrequency is as below.
| RADIOFREQUENCY | INFRA RED COAGULATION |
| Multiple applications/uses in proctology surgery. | Limited to coagulating bleeding internal hemorrhoids. |
| Can cut, coagulate or fulgurate. | Can only coagulate. |
| Low recurrence rate after treatment. | High recurrence rate in hemorrhoids. |
| RADIOFREQUENCY | ELECTROCAUTERY OR BOVIE |
| Simultaneous cut and coagulation. | Requires different modes and adjustments for different applications. |
| Minimal smoke production. | Produces excessive smoke. |
| Minimal surrounding tissue damage. | Tissue damage like 3rd degree burns. |
| Heats tissues below 1000 C. | Raises tissue temperature above 5000C. |
| Sterilizes tissues under application. | Can cause postoperative sepsis. |
| Minimal scarring creates soft supple scar. | Gross scarring and fibrosis. |
| Faster healing. | Slow healing. |
|
RADIOFREQUENCY |
CRYOSURGERY |
| Tissue interaction can be predetermined with power setting selection. | Difficult to achieve precise tissue destruction. |
| No tissue adherence or charring. | Probes often stick to the site of application and cause detachment of the tissue with bleeding. |
| Minimal postoperative edema and discharge. | Extensive edema and profuse discharge from the treated area. |
| Result is immediately visible. | Uncertainty of result due to variable tissue response. |
| Multiple uses in proctology. | Used for the treatment of hemorrhoids alone. |
|
RADIOFREQUENCY |
LASER |
| Adaptable for multiple uses in proctology. | Limited applications in proctology surgery. |
| Equally effective for cutting and coagulation. | Good cutting effect but poor coagulation. |
| Unit cost much less. | High instrument cost. |
| Portable. | Limited mobility. |
| Inexpensive treatment. | Costly treatment. |
| Easy anal canal access due to variable electrodes. | Limited access in the anal canal. |
| Faster healing. | Risk of misdirected reflected beam and delayed wound healing. |
Other advantages of radiofrequency surgery -
Radiofrequency surgery allows cutting without pressure, and, consequently, there is little tissue damage and minimal scarring. The electrode tip is sterile, as is all the tissue being exposed to it.
Healing is by granulation, with a soft and supple scar. It could be performed with ease even in the depth and in difficult areas like the anal canal. There are minimal incidences of postoperative
infection, thereby achieving faster wound healing with negligible use of sutures etc.
The electrodes are reusable and may be kept in cold sterilization solution when not in use
CONTACT US
Briston Orchard
St. Mellion
SALTASH near Plymouth
PL12 6RQ
3rd Floor
No 5 Barnfield Crescent
Southernhay
Exeter
Devon
EX1 1RF
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