Going through a single knee implant surgery might not be the end of the road for patients who suffer from surgical cement complications.

Surgical cement complications could cause the bone cement to break down and cause pain for the patient. Over time, this degradation of the materials inside the knee implant could impair all of the benefits tied to the replacement surgery. A patient might even experience more daily pain from the surgical cement complications.

Without being warned about these complications, however, a patient might not know that the post-procedure symptoms are caused by surgical cement issues. Any sudden or strange side effects should be reported to a physician immediately.

Patients who have experienced surgical cement complications during a knee replacement surgery might have to face the additional risks for a revision surgery. Unfortunately, numerous patients have begun to experience symptoms and problems following knee replacement implant surgery, largely tied to surgical cement complications.

These surgical cement complications can affect mobility and cause consistent pain, leading the patient to get revision surgery. Numerous patients have already complained or have had to go through revision procedures due to surgical cement complications.

This surgical cement is a bone cement used to attach the knee implant to the bone. When a knee implant fails due to the bone cement failing to stay attached to the bone, patients should be mindful of the symptoms of surgical cement complications. These surgical cement complication symptoms include swelling, reduced range of motion, chronic pain, instability and persistent pain.

Numerous bone cement products have been associated with surgical cement complications. Pain from this surgery can affect a patient in many ways, including making him or her unable to return to work at least for a short period.

Cements that have been implicated in failed knee replacements include the DePuy CMW1 bone cement and the Cobalt HV bone cement.

Knee replacement implants come in two form: cementless and cemented. A cemented joint prosthetic uses a bone cement that is intended to attach the patient’s natural bone to the implant.

Unfortunately, many patients who have received this form of implant have suffered from surgical cement complications. One of the most popular types of cement for surgeons to work with is known as high viscosity cement. This is sometimes preferred by physicians because it takes less time to mix together as well as less time to set in the patient.

However, some researchers argue that surgical cement complications can develop with the use of high viscosity cement due to the higher likelihood of failure.

Specifically, surgical cement complications can come about as a result of the cement’s failure to bond as well to the bone. Whether a patient has suffered from aseptic loosening, this could lead the patient to have to undergo additional surgeries and run the risk of facing complications or the risk of infection from additional procedures.