Application and role of full femtosecond surgery in hospitals
What is full femtosecond surgery
Full femtosecond surgery, that is, full course femtosecond laser corneal correction surgery, is a treatment method for correcting the eyes through laser technology. It is based on laser cutting on the cornea to change the curvature of the cornea, thereby improving vision problems. Compared with traditional corneal correction surgery, full femtosecond surgery is more accurate, safe, and less thinning of the cornea.
Application in hospitals
All femtosecond surgery has been widely used in modern hospitals. The following are some aspects of full femtosecond surgery in hospitals:
1. Cataract surgery
Full femtosecond surgery is used for corneal ablation in cataract surgery. By using laser technology, doctors can accurately adjust the curvature of the cornea to adapt to the implantation of intraocular lens. Full femtosecond surgery can not only improve the accuracy and safety of surgery, but also reduce the risk of side effects and complications of surgery.
2. Myopia correction surgery
All femtosecond surgery is widely used in myopia correction. By using laser technology to cut the cornea, doctors can change the curvature of the cornea to correct myopia. Full femtosecond surgery is highly accurate and safe, and it can recover quickly after surgery without causing obvious damage to the cornea, which greatly improves the success rate of surgery and patient satisfaction.
3. Corneal transplantation
Corneal transplantation is a method to treat corneal diseases. Full femtosecond surgery is used to cut the donor's cornea and the recipient's cornea. By using laser to precisely cut the cornea, doctors can ensure that the cornea after transplantation has a good recovery in vision and corneal morphology. The application of full femtosecond surgery makes corneal transplantation more safe and accurate, and can improve the probability of successful surgery.
4. Corneal topology detection
Full femtosecond surgery can also be used for corneal topology detection. By scanning the cornea with a laser, doctors can obtain detailed information about the surface of the cornea. This information can help doctors understand the shape and structure of the cornea, so as to help doctors diagnose eye diseases and formulate treatment plans. The application of full femtosecond surgery in corneal topological map detection provides doctors with more tools for detecting eye diseases, and can more accurately assess patients' eye health.
summary
All femtosecond surgery is a kind of eye correction surgery widely used in hospitals. It plays an important role in cataract surgery, myopia correction surgery, corneal transplantation surgery and corneal topology detection. Full femtosecond surgery has the advantages of accuracy, safety, rapid recovery, and less corneal damage and thinning. With the continuous development of medical technology, full femtosecond surgery will expand its application field and play a greater role in the field of ophthalmology.
