Shoulder Pain Pump Lawsuit and Lawyers That Can Help
Shoulder pain pumps are commonly used after arthroscopic shoulder surgery.
Unlike other pain pumps, which are also used after various surgeries, shoulder pain pumps have been linked to serious side effects.
Patients using shoulder pain pumps after surgery have a very high rate of developing PAGCL, a permanent condition involving constant pain, popping, and clicking in the shoulder.
PAGCL also results in decreased shoulder movement and range in motion.
The only proven connection between the development of PAGCL and shoulder surgeries is the use of shoulder pain pumps.
Unfortunately, the damage caused by these pumps is often irreversible or requires extensive surgery.
A study published in the July issue of the American Journal of Sports Medicine linked the use of shoulder pain pumps directly to PAGCL.
PAGCL, or posarthroscopic glenohumeral chondrolysis, is a painful condition which permanently damages a person's shoulder and range in motion.
The study, found here, included 177 shoulders.
Of these only 19 people underwent arthroscopic surgery and had an intra-articular pain pump.
of these 19 people 12 have developed PAGCL.
These shocking results clearly show the dangers of using a shoulder pain pump after arthroscopic shoulder surgery.
Shoulder pain pumps frequently result in PAGCL, a condition which requires additional painful surgeries.
The only common link between patients having arthroscopic shoulder surgery and then developing PAGCL is the use of a shoulder pain pump after surgery.
Shoulder pain management pumps are commonly used after shoulder surgeries to reduce pain, but come with irreversible side effects.
The tight joint space and medication combination cause the eventual deterioration of cartilage in shoulder pain pump users.
Shoulder pain pump side effects typically do not appear immediately, rather side effects appear months after surgery when the patient should be completely healed.
Patients using a shoulder pain pump may discover they are not recovering at a normal pace.
Other shoulder pain pump side effects then occur, including popping, grinding, and continuous pain.
These side effects may be caused by the condition PAGCL - a condition which results in the deterioration of shoulder cartilage and sometimes bone.
Shoulder pain pumps have recently been placed on an FDA medical watch list due to the recent link between shoulder pain pumps and the condition PAGCL.
PAGCL is an irreversible condition which causes serious damage and lifelong pain in sufferers.
Shoulder pain management pumps which cause serious side effects are sold under the names Stryker Pain Pump or I-Flow On-Q Pump.
Unfortunately, the manufacturers of these pumps have failed to properly alert doctors and patients to the serious side effects these pumps cause.
Packaging for these pumps lacks adequate warning to alert doctors and patients to the irreversible shoulder damage these pumps may cause.
Shoulder pain pumps have been linked to: * Decreased Mobility * Decreased Range in Motion * Constant Pain (at rest and in motion) * Cartilage Damage * The Development of PAGCL Shoulder pain pumps have recently been linked to the condition PAGCL, or Postarthroscopic Glenohumeral Chondrolysis.
PAGCL is a condition which is classified by the rapid deterioration of shoulder cartilage, and sometimes includes the deterioration of the bone itself.
PAGCL causes extreme discomfort in shoulder pain pump sufferers.
As the cartilage wears down, the bones in the shoulder joint begin to rub against each other which decreases the range of motion and increasing pain levels (while at rest and in motion) in the shoulder.
PAGCL currently has no cure.
Patients who develop PAGCL as a result of using a shoulder pain pump after surgery are faced with the disability for the rest of their lives.
Postarthroscopic Glenohumeral Chondrolysis may occur at any time after arthroscopic shoulder surgery has been preformed and a pain pump has been used.
Typically, symptoms develop within a matter of months after the pain pump has been removed.
The use of Shoulder Pain Pumps after arthroscopic shoulder surgeries has been linked to the development of an extremely uncomfortable shoulder condition called PAGCL.
PAGCL (Postarthroscopic Glenohumeral Chondrolysis) is a condition which occurs when shoulder cartilage begins to deteriorate.
Shoulder pain pumps cause cartlidge deterioration, and therefore cause PAGCL.
While the use of pain pumps in other forms of surgery has been successful, the tight joint area of the shoulder and medication combination of the shoulder pain pump has proven ineffective and dangerous.
The damage caused by shoulder pain pumps may require surgery, or may not be repairable at all.
Patients who received shoulder pain pumps commonly suffer from: Decreased range of motion popping, clicking, grinding in the shoulder shoulder stiffness and/or weakness continuous shoulder pain while in motion or at rest Shoulder pain pump victims often must deal with the painful side effects of their pain pump for the rest of their lives, as no effective treatment has been developed to replace shoulder cartlidge.
Unlike other pain pumps, which are also used after various surgeries, shoulder pain pumps have been linked to serious side effects.
Patients using shoulder pain pumps after surgery have a very high rate of developing PAGCL, a permanent condition involving constant pain, popping, and clicking in the shoulder.
PAGCL also results in decreased shoulder movement and range in motion.
The only proven connection between the development of PAGCL and shoulder surgeries is the use of shoulder pain pumps.
Unfortunately, the damage caused by these pumps is often irreversible or requires extensive surgery.
A study published in the July issue of the American Journal of Sports Medicine linked the use of shoulder pain pumps directly to PAGCL.
PAGCL, or posarthroscopic glenohumeral chondrolysis, is a painful condition which permanently damages a person's shoulder and range in motion.
The study, found here, included 177 shoulders.
Of these only 19 people underwent arthroscopic surgery and had an intra-articular pain pump.
of these 19 people 12 have developed PAGCL.
These shocking results clearly show the dangers of using a shoulder pain pump after arthroscopic shoulder surgery.
Shoulder pain pumps frequently result in PAGCL, a condition which requires additional painful surgeries.
The only common link between patients having arthroscopic shoulder surgery and then developing PAGCL is the use of a shoulder pain pump after surgery.
Shoulder pain management pumps are commonly used after shoulder surgeries to reduce pain, but come with irreversible side effects.
The tight joint space and medication combination cause the eventual deterioration of cartilage in shoulder pain pump users.
Shoulder pain pump side effects typically do not appear immediately, rather side effects appear months after surgery when the patient should be completely healed.
Patients using a shoulder pain pump may discover they are not recovering at a normal pace.
Other shoulder pain pump side effects then occur, including popping, grinding, and continuous pain.
These side effects may be caused by the condition PAGCL - a condition which results in the deterioration of shoulder cartilage and sometimes bone.
Shoulder pain pumps have recently been placed on an FDA medical watch list due to the recent link between shoulder pain pumps and the condition PAGCL.
PAGCL is an irreversible condition which causes serious damage and lifelong pain in sufferers.
Shoulder pain management pumps which cause serious side effects are sold under the names Stryker Pain Pump or I-Flow On-Q Pump.
Unfortunately, the manufacturers of these pumps have failed to properly alert doctors and patients to the serious side effects these pumps cause.
Packaging for these pumps lacks adequate warning to alert doctors and patients to the irreversible shoulder damage these pumps may cause.
Shoulder pain pumps have been linked to: * Decreased Mobility * Decreased Range in Motion * Constant Pain (at rest and in motion) * Cartilage Damage * The Development of PAGCL Shoulder pain pumps have recently been linked to the condition PAGCL, or Postarthroscopic Glenohumeral Chondrolysis.
PAGCL is a condition which is classified by the rapid deterioration of shoulder cartilage, and sometimes includes the deterioration of the bone itself.
PAGCL causes extreme discomfort in shoulder pain pump sufferers.
As the cartilage wears down, the bones in the shoulder joint begin to rub against each other which decreases the range of motion and increasing pain levels (while at rest and in motion) in the shoulder.
PAGCL currently has no cure.
Patients who develop PAGCL as a result of using a shoulder pain pump after surgery are faced with the disability for the rest of their lives.
Postarthroscopic Glenohumeral Chondrolysis may occur at any time after arthroscopic shoulder surgery has been preformed and a pain pump has been used.
Typically, symptoms develop within a matter of months after the pain pump has been removed.
The use of Shoulder Pain Pumps after arthroscopic shoulder surgeries has been linked to the development of an extremely uncomfortable shoulder condition called PAGCL.
PAGCL (Postarthroscopic Glenohumeral Chondrolysis) is a condition which occurs when shoulder cartilage begins to deteriorate.
Shoulder pain pumps cause cartlidge deterioration, and therefore cause PAGCL.
While the use of pain pumps in other forms of surgery has been successful, the tight joint area of the shoulder and medication combination of the shoulder pain pump has proven ineffective and dangerous.
The damage caused by shoulder pain pumps may require surgery, or may not be repairable at all.
Patients who received shoulder pain pumps commonly suffer from: Decreased range of motion popping, clicking, grinding in the shoulder shoulder stiffness and/or weakness continuous shoulder pain while in motion or at rest Shoulder pain pump victims often must deal with the painful side effects of their pain pump for the rest of their lives, as no effective treatment has been developed to replace shoulder cartlidge.