Advantages of Full Femtosecond Ophthalmology Surgery in Wuhan Sixth Military General Hospital
The Ophthalmology Department of Wuhan Sixth Military General Hospital is a well-known hospital focusing on the treatment of ophthalmic diseases. As one of the highlights of this technology, full femtosecond surgery has many advantages, which will be described in detail in the following four aspects: surgical effect, operation time, postoperative recovery and safety.
Surgical effect
First of all, full femtosecond surgery performed well in terms of surgical effect. It adopts a knife free operation mode, and completely relies on laser equipment for laser cutting, which avoids the damage of the blade to the cornea in traditional surgery. Therefore, the corneal section after surgery is more smooth and even, and the visual acuity after surgery is high, and the visual quality of the eyes is significantly improved.
Secondly, full femtosecond surgery can also be personalized according to the individual differences of patients, so as to obtain better surgical results. Through detailed preoperative examination and measurement, ophthalmologists can accurately determine the surgical parameters, including the depth and diameter of corneal ablation, to meet the different needs of different patients. This personalized adjustment makes the surgical effect more accurate and effectively improves postoperative vision.
In addition, full femtosecond surgery can also repair the curvature of the cornea and improve the corneal morphological abnormalities caused by myopia or astigmatism. Through accurate cutting and correction, the surgery can make the cornea more regular, thus improving the patient's diopter, and the postoperative vision is stable and lasting.
Operation time
Compared with traditional surgery, full femtosecond surgery has shorter operation time and simpler operation. Traditional surgery relies on manual ultrasonic scalpel for cutting, which is complex and time-consuming. The full femtosecond surgery relies entirely on laser equipment for cutting. The operation is simple and fast, reducing the operation time.
The reduction of operation time not only improves the efficiency of the operation, but also reduces the surgical burden of patients. The short operation time means that the patient needs to keep the fixed head position for a shorter time during the operation, which reduces the discomfort and fatigue of the patient.
In addition, the shortening of the operation time will also help to reduce the risk of surgery and reduce the uncertainties in surgery. Rapid surgical procedures can reduce the movement of patients during the operation and reduce the risk of potential surgical complications.
Postoperative recovery
Postoperative recovery is one of the key factors for successful operation. The advantage of full femtosecond surgery is that the postoperative recovery process of patients is relatively fast and smooth.
First, because the corneal area cut during the operation is small, the surgical trauma is small, and the postoperative pain is less. Patients usually only need to use eyedrops and eye masks within a few days after surgery to complete postoperative recovery.
Secondly, the full femtosecond surgery does not need to suture the wound and remove the suture after the operation, which reduces the postoperative discomfort and the number and burden of follow-up visits.
Finally, due to the careful measurement of corneal parameters before surgery and the determination of individual surgical parameters, the vision recovered quickly and stably after surgery. Most patients can obtain satisfactory vision and return to normal life and work about one month after the operation.
Security
The high safety of all femtosecond surgery is one of the important reasons for its popularity.
First, full femtosecond surgery uses laser cutting to avoid the risk of corneal injury caused by the blade in traditional surgery. Through the automatic control of laser equipment, the operation process is more accurate, reducing the risk of misoperation by operators.
In addition, the full femtosecond surgery also uses advanced corneal refractive tracking technology to ensure accurate and safe cutting. The tracking technology can adjust the laser cutting in time when the patient's eyes move or deform to ensure the stability and safety of the operation.
Finally, the full femtosecond surgery is convenient and fast, while reducing the contact with the corneal surface during the operation, reducing the infection and infection risk.
summary
To sum up, the full femtosecond ophthalmic surgery in the Sixth Military General Hospital of Wuhan has many advantages in terms of surgical effect, operation time, postoperative recovery and safety. Through blade free surgery, personalized adjustment of surgical parameters, repair of corneal morphology and other ways, it has achieved the goal of comprehensively improving patients' vision. At the same time, the fast, simple and safe features of full femtosecond surgery also provide patients with better surgical experience and recovery effects.
