Chicago StemCell Therapy

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A Novel Approach To Treat Osteoarthritis With Stem Cell Therapy

Osteoarthritis, also called degenerative arthritis or degenerative joint disease, is a set of mechanical abnormalities regarding degradation of joints, along with articular cartilage and subchondral bone. Symptoms may consist of joint pain, tenderness, stiffness, locking, and sometimes an effusion. When bone surfaces come to be much less well protected via cartilage, bone may be uncovered and damaged. As a result of decreased movement secondary to pain, local muscles may additionally atrophy, and ligaments may additionally become further lax.

Can stem cells be used to treat osteoarthritis?

A lot of clinics offer stem cell therapy for osteoarthritis; however treating osteoarthritis with stem cells is still new. More research is wanted to find out how satisfying to use stem cells and how useful stem cells are to deal with osteoarthritis earlier than they grow to be a standard remedy for osteoarthritis.

Most stem cells utilized for the treatment of osteoarthritis are adult mesenchymal stem cells (MSCs). Research shows that MSCs launch anti-inflammatory factors that help in recovery and reduce pain. MSCs may be easily accumulated from fats or bone marrow. MSCs are able to turn into cartilage, bone, muscle, tendon, ligaments, or fats, relying on the kind of tissue that surrounds them. This is why MSCs are utilized in stem cell therapy for osteoarthritis.

Stem cell therapy has been established to set off profound healing activity. Besides recovery of damaged tissues, stem cells have the unique ability to modulate the immune system that allows you to close off pathological responses while preserving ability to combat off disease.

How do stem cells help to treat osteoarthritis?

Research shows that injections of stem cells into a joint might help relieve signs of osteoarthritis together with pain, swelling and loss of movement in a joint. Stem cells can also be used to make an artificial tissue in a lab (tissue engineering) and then placed into a joint. This method may also help rebuild or repair damaged bone, ligaments, cartilage in a joint.

Safety of stem cell treatment

Stem cell therapies using a patient’s own cells tend to be safe for the treatment of osteoarthritis. Most injection-based therapies use a patient’s own MSCs which are referred to as autologous MSCs taken from bone marrow or fat.

Some stem cell therapies use stem cells donated from different people (known as allogeneic MSCs). When donor stem cells are used, there are possible risks that include growing an infectious disorder or an unwanted immune reaction where your body attacks the donor cells. If you have got a stem cell therapy for osteoarthritis you'll have follow-up to observe for signs of undesirable side effects. The safety of a stem cell therapy also highly relies upon on the standards used to prepare the stem cells before they're given and making sure they're given in a hygienic and sterile setting.

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HERE’S WHAT STEM CELL THERAPY CAN DO FOR YOUR PAIN

Stem cells had been a hot subject matter in medicine for many years and while there is extensive promise, at the moment, science has yet to make many powerful applications. At the heart of this new technology are stem cells that are undifferentiated cells that can develop into almost any form of cell consisting of muscle, cartilage or nerves. Once fully developed, stem cell therapy for pain could assist patients with many forms of chronic pain.

The process makes usage of a one’s own stem cells to repair destroyed tissue and regenerate new healthy tissue, i.e., to help restore and heal damage and degeneration. Stem cell therapy for pain has reduced the need for prescription medicinal drug and surgery, proving to be a helpful method towards managing and potentially lessen pain in the body.

How does the treatment work?

The human body has a wonderful ability to heal itself. Stem cells can multiply and turn into specialized cells to target something damage or situation demands healing within the body. Positive research results maintain to roll in demonstrating the efficacy of stem cell therapy as a game changer for accelerating healing, regenerating tissue, and preventing pain. It has helped untold numbers of patients overcome insufferable chronic joint pain, restoring function and mobility and enhancing their quality of life.

Here are some things to realize about how stem cell therapy for pain can help people who are suffering with chronic pain.

Common conditions that the stem cell therapy can help are;

·         Osteoarthritis or Rheumatoid arthritis

·         Back pain, commonly lower back pain

·         Sciatica

·         Neck pain

·         Tendinitis

·         Torn meniscus

·         Sprains and strains

·         Broken bones

·         Achilles tendinitis

·         Rotator cuff tears

Stem cells lessening nerve damage and the formation of scar tissue

Stem cells are capable of repair nerve damage, enhance muscle control, and restore function and mobility. As adults have stem cells within tissues/organs, including within the central nervous system, they're capable of restore nerve damage. Besides that, stem cells are broadly used to improve muscle control and restore function and mobility.

Stem cells do relieve ache and work to restore damaged regions

As opposed to steroid shots such as cortisone, which might be helpful in lowering inflammation at the expense of delayed or no healing, stem cell therapy for pain work to lessen the ache and inflammation related to these conditions, in addition they work to restore and regenerate the damaged tissues.

Medication is not the only alternative for pain relief

Medicine may assist with inflammation and pain, but usually, its miles a short-term solution. Using a person’s own cells to promote tissue healing and regeneration can be more powerful for lowering inflammation and decreasing pain in the long-lasting run, especially in comparison to seemingly endless cycles of prescription medication.

If you want to know more about stem cell therapy, call us on 815-412-6174

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How Are Stem Cells And Regenerative Medicine Connected?

Regenerative Medicine encompasses many fields of technology and medicine. Stem cells in regenerative medicine maintain to enhance the sector of regenerative medicine and what it gives patients and scientists. Stem cells have and will continue to play an essential function in clinical discoveries via developmental biology and healing applications, however, we must take into account not to restrict our descriptions or mind concerning Regenerative Medicine and it’s competencies to stem cell studies alone. The best constraints positioned around it are those we set, as those within the field are seeking for to find the intricacies of our biological systems.

Current approaches of stem cells in regenerative medicine:

Stem cells in regenerative medicine have a very vital position and have many potential applications.

·         First, due to their function in improvement and their capability to turn into many potential cells types, stem cells are critical to the field of developmental biology. Developmental biologists seek to find what genes and pathways are involved in cellular differentiation (how cells turn into specific cellular sorts together with liver, skin, or muscle cells) and the way these can be manipulated to create new healthy tissues.

·         Second, stem cells may be carried out to drug trying out and development. New drugs which are developed in Pharma will be appropriately and successfully tested by using differentiated stem cells. As scientists learn more about how stem cells broaden to form new tissue they will be capable of follow their information in maintaining differentiated cell types that may be used to check unique drugs. This approach is already underway in the most cancers therapy world, wherein cancer cells and grown within the laboratory for the cause of trying out anti-tumor and chemotherapeutic drugs.

·         Finally, and of maximum interest to patients and scientists is the role played by Stem cells in regenerative medicine and Cell-Based Therapy. These therapies will apply the information of stem cell development, differentiation, and preservation to generate new, healthful tissue for diseases desiring transplant or substitute of damaged tissue, inclusive of arthritis, Parkinson's disease, kind 1 diabetes, and coronary disease. Cell treatment options may one day is to be capable to replace organ donation and dispose of the troubles that accompany it together with rejection and tissue insufficiency. Although there are still many difficulties surrounding the field of stem cell research and therapy, over the coming decades scientists desire to continue to make discoveries with a purpose to permit the potentials of cell-based treatments to grow to be a reality.

For further details call us on 815-412-6174

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Can I Avoid Elbow Surgery?

Elbow pain is regularly because of overuse. It is one of the most mobile joint within the human body frame and is used constantly at some point of the day, making it liable to injury, stiffness, weakness, instability and pain. Active individuals, athletes and the older populace often experience elbow pain as a symptom of osteoarthritis.

Osteoarthritis of the elbow is traditionally treated with surgical measures such as a total shoulder replacement, or arthroplasty. Surgery requires long recovery period and restricted routine activities. For this reason, some alternatives to elbow surgery has been introduced.  

Alternative treatment options to elbow surgery

Biologic treatments for the elbow mimic the body’s natural healing system with the aid of accelerating the maturation of the recuperation tissue. The orthopedic specialists can help your body respond faster to a harm and can talk an array of  alternatives to elbow surgery for the painful elbow joint. Some of these remedies include:

·         Stem Cell Injections

·         Platelet Rich Plasma (PRP) injections

·         A2M

Stem cell injections for the elbow

Stem cell treatment may provide alternatives to elbow surgery for patients suffering from osteoarthritis.

Once a bone marrow sample is collected, and the white blood cells, platelets and adult stem cells are harvested, these three recovery retailers are blended and may be injected at once right into a patient's damaged elbow joint. These unique cells are thought to work together to promote regeneration of the elbow joint and lower pain.

Stem cell therapy for osteoarthritis makes use of a patient’s own pluripotent adult stem cells instead of more controversial embryonic or fetal stem cells. Autologous cells replicate the healing benefits of embryonic stem cells without ethical concerns.

PRP injections for the elbow

Platelet rich plasma and PRP therapy holds exquisite promise in the sports medicines and orthopedic field of treatment. Scientists have demonstrated that PRP injections release 3-5 times the growth factors compared to regular human blood. This may be highly beneficial to injured soft tissue because it speeds up healing, the usage of the body's natural process. The science in the back of PRP injections continues to evolve; and the future of platelet-rich plasma looks encouraging in healing sports accidents and other soft tissue damage to the elbow as well as shoulder.

A2M injections: A treatment for elbow injury

A2M stands for Alpha 2 Macroglobulin, a naturally happening protein found in blood plasma. A2M inhibits cartilage degradation via neutralizing dangerous enzymes inside a degenerative joint. It promotes new tissue growth which supports the overall recovery of the affected elbow joint and work as alternatives to elbow surgery.

A2M is a non-surgical method that might ease pain and neutralize joint deterioration due to harmful enzymes. When administered properly, A2M is thought to make contributions to the following:

·         Stop the breakdown of cartilage and prevent similarly cartilage loss

·         Reduce pain resulting from osteoarthritis

·         Slow the destruction of osteoarthritis

·         Improve joint function

·         Support elbow joint recuperation and sell precise tissue growth

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Common Types Of Shoulder Surgeries And Its Uses

Shoulder surgery may be used to deal with certain situations of the shoulder if nonsurgical options don’t provide preferred ache remedy or go back of function. Some situations which can require shoulder surgical procedure include severe shoulder arthritis, rotator cuff tears and frozen shoulder. Some fractures of the bones making up the shoulder joint may additionally also advantage from surgical procedure.

Shoulder surgery options to relieve everything from a sports-related injury to a degenerative disease include:

Coracoid Transfer for Shoulder Instability

If you suffer from chronic shoulder instability, you may be a great candidate for coracoid transfer surgical treatment. In this open shoulder surgery treatment technique, your health care provider transfers a bit of bone from the front of your shoulder blade to the the front of your shoulder socket. This helps maintain the ball within the socket of the shoulder joint and affords extra safety towards continual dislocation of the joint. This kind of shoulder surgical procedure manner is mainly useful for patients who've had shoulder stabilization methods previously or who're lacking bones within the the front of the shoulder socket.

Shoulder replacement surgery

Arthritis could make it hard and painful to perform even the most effective each day tasks. If nonsurgical treatment options are not improving your condition, you may be an awesome candidate for total shoulder replacement. Total shoulder replacement is a surgical procedure that replaces your arthritic shoulder joint with synthetic parts—specifically, a metallic ball and plastic socket. This type of shoulder surgery is very powerful at relieving ache and improving function.

Reverse total shoulder replacement

Often, you can experience shoulder arthritis alongside with harm to the rotator cuff, that's the group of muscle mass that preserve your shoulder in vicinity and permit you to pass your arm in one of a kind directions. If you suffer from both situations at the identical time, a total shoulder replacement procedure won't provide enough relief.

Another alternative is reverse total shoulder replacement. In this shoulder surgery, an orthopedic physician replaces worn away cartilage and modifications the location of the ball and socket joint so you can use a one-of-a-kind set of healthy muscle groups to transport your arm as opposed to your broken rotator cuff muscle mass.

Arthroscopic Rotator Cuff repair

A variety of conditions and accidents can harm the rotator cuff,  and make it difficult to move your arm. Arthroscopic rotator cuff repair is a minimally invasive shoulder surgery which uses an arthroscope, or thin, flexible tube prepared with a small digital camera and physician will insert that through a small incision in your shoulder. The digital camera magnifies your harm onto a display screen and lets your surgeon visualize the damage in detail. The general practitioner can then restore your tissue and repair the torn cuff to its correct position at the pinnacle of your arm bone very precisely without affecting any surrounding tissue.

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Knee Injuries Are Associated With Knee Arthritis Progression

Knee injury is one of the strongest risk factors for development of knee arthritis. Knee arthritis is typically a slowly progressive and degenerative disorder. Knee injury and arthritis occur when protective covering of cartilage fails to protect your knee joint and rub together.

Knee injury and arthritis can make taking a step painful. Pain, stiffness, and swelling in the joint are just some of the symptoms that can occur when a person has this condition.

Symptoms associated with knee arthritis

·         Gradual increase in pain

·         Swelling or tenderness

·         Buckling

·         Locking

·         Popping or cracking sounds

·         Poor or limited range of motion

·         Loss of joint space

What injuries can cause knee pain and arthritis?

Knee injury and arthritis can influence any of the bursae, ligaments, or tendons which are surrounding the knee joint. The ligaments, cartilage, meniscus, and bones forming the knee joint can also injured. The knee joint’s design is complex and it is one of an active weight-bearing joint of our body are factors which makes the knee more prone to injury.

·         Ligament injury of the knee

Injury to the ligaments on the inner portion of the knee, the outer portion of the knee, or within the knee occurs due to trauma. A ligament injury is usually painful at rest and may be swollen and warm. The pain is generally worsened by bending the knee, putting weight on the knee, or walking. The severity of the knee joint injury can vary from mild to severe.

·         Meniscus Tears of the Knee

The meniscus can be torn with the strain full forces of rotation that are applied to the knee during sharp, rapid motions. This is relatively common in sports requiring reactive body movements. Meniscus tears incidence increase with aging and degeneration of the underlying cartilage. The patient of a meniscal tear may have a rapid onset of a popping sensation with a certain activity or movement of the knee.

·         Fractures of the Knee

Bone breakage or fracture of any of the three bones of the knee can occur with severe knee trauma, such as motor vehicle accidents and impact traumas. Bone fractures within the knee joint can be serious and require surgical repair as well as immobilization with casting or some other supports.

·         Knee tendinitis

Tendinitis is an inflammation of the tendon, which is often, occurs by events, like jumping, that strain the tendon. As a result, a rupture of the tendon below or above the kneecap can occur. When it does occur, there may be bleeding within the knee joint and extreme pain with any knee movement.

Things that worsen knee pain with arthritis

Your knee injury and arthritis would become worse if you’re doing any of the following things;

·         You Aren’t Exercising

·         You’re Not Losing Weight If You Need to

·         You’re Trying to Cope With Knee arthritis By Yourself

·         You’ve Vitamin-D Deficiency, Which Is crucial for Bone Health

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Stem Cell Recruitment, Powerful Regenerative Therapy

Stem Cell Recruitment is an injection therapy which can enhance healing, modulate inflammation, reduce scar tissue, protect and cushion and provide lubrication for enhanced mobility.

Stem cell recruitment involves the injection of growth factors which works as key component in the repair and regeneration process into targeted problem areas in order to repair and replace dead cells, damaged cellular structures, and damaged tissue, in virtually any area of the body.

The therapy is administered through a single injection of Human Amniotic Fluid, which helps the body boost its ability to heal itself. The Amniotic Fluid helps to recruit your body’s own stem cells to assist in the reconstruction and regeneration of injured cells or tissue. This can lead to an elimination of pain, and a quick recovery.

How an Amniotic fluid injection does work?

An amniotic Fluid injection takes advantage of the body’s ability to heal itself. By using an amniotic fluid injection, your physician injects the amniotic fluid from amniotic tissues into your body. The amniotic fluid has anti-inflammatory properties, similar to steroid and cortisone shots. However, amniotic fluid therapy goes far beyond the benefits of standard injection therapy.

Cortisone and other drugs only provide temporary pain relief and amniotic fluid actually restores degenerated tissue while providing pain relief. The growth factors in the amniotic fluid may help recruit your body’s own stem cells, directly mitigating the damage repair and the regeneration of healthy tissue. Additionally, amniotic fluid injections also contain hyaluronic acid, which lubricates joints and tendons, easing the pain and helping restore mobility.

Conditions Treated with Stem Cell Recruitment Therapy

Stem Cell Recruitment is utilized to help treat a wide variety of conditions including;

·         Knee

·         Hip

·         Shoulder

·         Spine

·         Elbow

·         Foot and ankle

·         Hand and wrist

·         Cosmetic

·         Wound care

·         Dental

Can Stem Cell Recruitment Be Used On knees and Joints?

Stem cell recruitment procedures are now being used for joint damage for knees, hips, and shoulders among many others. Stem cell recruitment and other forms of stem cell injection which are using for knees are minimally invasive outpatient procedures that require no recovery time. Healthy stem cells from the patient’s body are recruited, and amniotic fluid is injected from non-morally challenging sources.

Typically, patients are back to their normal activities within twenty-four hours. Stem cell recruitment therapy is done using a combination of human amnion membrane and other naturally occurring cellular structures that contain stem cells, multiple extracellular matrix proteins, growth factors, cytokines, and other specialty proteins which are very helpful for healing damaged joint and bone tissue safely and effectively.

Why choose Stem Cell Recruitment Therapy?

Stem Cell Recruitment offers following benefits;

·         Quick Recovery; Return to everyday activities within 24-48 hours.

·         Powerful Treatment; Amniotic Fluid targets inflammation in the body and helps to rebuild new, healthy tissue.

·         Safe & Drug Free; Amniotic Fluid contains a number of growth factors and other endogenously synthesized molecules.

·         Convenient & Painless; Standard treatment requires 15-minute office visit and just a single injection.

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All About Shoulder Joint Replacement Surgery

Shoulder joint replacement surgery was first performed in the United States in the 1950s to treat severe shoulder fractures. Over the years, shoulder replacement has come to be used for many other painful conditions of the shoulder, such as different forms of arthritis.

Types of shoulder joint replacement surgeries

There are three types of shoulder joint replacement surgeries:

Total shoulder replacement: This is the most familiar type of shoulder replacement. The ball at the top of your humerus is replaced with a metal ball, which gets attached to the remaining bone. The socket is then covered with a new plastic surface.

Partial shoulder replacement: In this type of shoulder joint replacement surgery only the ball gets replaced.

Reverse shoulder replacement: if you have a torn rotator cuff then you will get this. It’s also done if another shoulder replacement surgery didn’t work. The metal ball will attach to your shoulder bones, and a socket is implanted at the top of your arm.

Overview of the procedure

In shoulder replacement surgery, the damaged humeral head or joint ball is replaced with a metal ball, and a smooth plastic surface replaces the glenoid or socket joint. Metal-on-plastic surfaces are the hallmark of virtually all shoulder replacement implant procedures. Partial shoulder replacement or hemi replacement might also be recommended for patients with certain severe shoulder fractures of the humeral head. This process requires the replacement of the ball component only.

Who should not get a shoulder replacement?

Certain patients are not good candidates for shoulder joint replacement surgery. These include those:

·         Whose symptoms are not sufficiently disabling to warrant surgery

·         Feeling  loss or paralysis of both rotator cuff and deltoid muscles

·         Who have active infections

·         With a progressive disease of the nervous system that has affected the joint

Benefits of shoulder replacement surgery

Shoulder joint replacement surgery is a highly beneficial surgical procedure intended to reduce pain and restore shoulder’s mobility and function. The primary benefit of shoulder joint replacement is pain relief. Additional benefits include the restoration of strength, motion, and function to help patients return to an activity level as near to normal as possible. Many patients return to the sports they love like golf, tennis, and swimming, while also pursuing personal health activities such as individual training and yoga.

Complications of shoulder replacement

Complications are rare in total shoulder joint replacement surgery, but can include:

·         Stiffness

·         Instability (the ball slipping out of the socket)

·         Infection

·         Nerve damage

·         Glenoid loosening

Do’s and Don’ts

The success of shoulder joint replacement surgery will depend on how you follow your surgeon’s instructions. Some common do's and don'ts are;

·         Don't use the arm to push yourself up from a chair or in a bed

·         Do follow the home exercise program

·         Don't lift anything more heavy than a glass of water for the first 2 to 4 weeks after surgery

·         Don't participate in contact sports

·         Do avoid placing your arm in somewhat extreme position

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Efficacy Of Prp Treatment For Knee

Platelets are cells fragments present in the blood and are best known for their ability to help the blood clot. However, they also contain a variety of proteins called growth factors.

Platelet-rich plasma therapy is built on the presumption that these growth factors can support healing. The process uses the person's own blood and involves separating the blood cells from the plasma, the liquid part of the blood. The process increases the number of platelets than normal and then they put back into the plasma. Now this now contains a higher than usual concentration of platelets, which a doctor can inject into an area damaged by injury and disease.

Research has shown in the past years that platelet-rich plasma can help with knee pain, and PRP for knee may be particularly helpful for those who have had no success with other knee treatments.

How can someone prepare for PRP treatment?

Ask your doctor about all the things you should do or avoid doing prior to the treatment of PRP for knee. Follow their instructions well. You will need to:

·         Avoid taking anti-inflammatory medicines seven days prior to PRP

·         Have an MRI of your knee so your doctor can determine the extent of the damage

·         Arrange to use crutches up to two days after the injection

·         Have somebody drive you home

How PRP therapy works for knee?

PRP therapy can used in number of knee problems like instability and pain in knee joint, injuries, osteoarthritis, carpal tunnel syndrome, chronic pain conditions or sprains and strains.

Platelets rich plasma promotes healing when it is injected. PRP for knee aims to stimulate cartilage repair and offer relief from pain.

There are healing platelets in your blood. These platelets were drawn out from your body, concentrated and then injected back into your knee during the procedure of PRP for knee.

After injection, concentrated platelets start providing you pain relief by regeneration. And then they replaced damaged knee tissues by repairing them.

PRP is very useful in knee pain relief but you may require more than one injection.

PRP can be used as a treatment option in all stages of OA.

Significant improvements in function and reductions in pain can occur with three injections per month, yielding significantly better outcomes in the short-term.

After PRP therapy

In the weeks after PRP for knee, the following steps can increase the likelihood that treatment will work:

·         Avoid doing strenuous exercises.

·         Avoiding using anti-inflammatory medications, such as aspirin and ibuprofen. These drugs can interfere with treatment.

·         Wearing a splint for the first few weeks to stabilize the joint.

·         Using cold compresses to decrease swelling and reduce pain. Some people find that alternating hot and cold packs is helpful.

·         Elevating the joint at night, by sleeping with the knee (or affected joint) rose on a few pillows.

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Surgery As A Treatmet Option For Tennis Elbow

Surgery for tennis elbow removes the damaged tendon in order to ease pain and help you move your elbow more easily. The surgery can be done in one of two ways including Open surgery and Arthroscopic surgery.

Open surgery

It is the most common approach for tennis elbow surgery. In an open surgery, surgeon makes a cut above the bone on the side of your elbow. Then he or she will remove the damaged piece of tendon and reattaches the healthy part back to the bone. The doctor may also remove a tiny piece of bone in your elbow to improve blood flow and help the area heal faster.

Arthroscopic surgery

During this procedure, the surgeon first makes a few tiny cuts in the skin over your elbow. Then very small instruments and a camera go into the holes. After that, the surgeon removes the damaged parts of your tendon.

With either type of surgery, the opening is closed with staples or sutures (a row of stitches). Then it will cover with a bandage or other dressing. You would be able to go home on the same day as your surgery.

What happened after tennis elbow surgery?

After tennis elbow surgery, a sterile bandage and splint is applied on your elbow. You will remain in a splint for about a week after surgery to allow the incision to heal. After that, the splint and sutures are removed and you can allow to gently moving the wrist and elbow.

You will begin light exercises within several weeks of tennis elbow surgery and you can begin strengthening about after six weeks. If you want to return to your athletic activities you can usually begin to do so about 12 weeks after surgery. This will vary from patient to patient, so your doctor will better recommend what is appropriate in your case.

Results of tennis elbow surgery

Most patients of tennis elbow will never need surgery. There are a small percentage of patients who eventually need surgery. Between 80% and 90% of patients find improvement with tennis elbow surgery. Those individuals who still have persistent pain in their elbow even after tennis elbow surgery should further investigate other potential causes of elbow pain to determine if there could be another source of symptoms. You may find a loss of strength after the surgery as this is not uncommon.​

Risks of the procedure

Some risks which are associated with tennis elbow surgery are;

·         Infection

·         Nerve and blood vessel damage

·         Possible prolonged rehabilitation

·         Loss of strength

·         Loss of flexibility

·         The need for further surgery

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How Prp Injections Benefit In Hip Pain?

Platelet-rich plasma (PRP) therapy is one of the types of regenerative medicine. They help you manage pain in tendons, muscles, ligaments, and other injuries. PRP therapy performs as injections which use your body's own healing properties to treat pain and stimulate healing.

Conditions which require PRP injections

People suffering from pain in the ligaments, tendons, muscles, bones and cartilage in the hips benefit from PRP treatment for hip. This includes people who have a degenerative condition or suffered from an injury. Common conditions treated with PRP injections are:

·         Bursitis

·         Tendinitis

·         Bone injuries

·         Torn ligaments

·         Muscle injuries

·         Hip osteoarthritis

How PRP helps in hip pain?

Platelets make up blood along with white and red blood cells. They help with clotting when you get a cut. They also contain proteins and growth factors that help with healing cuts. Plasma is the liquid portion of blood. It's made mostly of water. PRP treatment for hip is successful alternative of surgery because PRP contains a higher concentration of platelets than normal blood does which helps in healing of injured ligaments and tissues.

Before your doctors consider a surgical treatment for managing hip pain and other injuries, they exhaust all non-surgical options first and their priority is PRP treatment for hip. Doctors frequently use PRP in treating pain in your hips and restoring function and range of motion.

PRP injections for hip

While performing PRP treatment for hip; a doctor takes a small amount of your blood from a vein in your arm and uses a machine called a centrifuge to separate the platelets and other growth factors from all other blood components. The procedure takes almost 15 minutes to complete.

A doctor then injects this platelet-rich liquid, called plasma, directly into the hip joint. Doctors generally use ultrasound guidance to ensure precision. People often experience pain relief and improved function within two to six weeks.

What to expect from PRP hip injection?

Doctors recommend you to avoid anti-inflammatory drugs such as ibuprofen for four to six weeks after PRP treatment for hip while the injury heals. This is because injections of biologic material stimulate the body’s inflammatory response which is an important part of healing. If the injection site swells doctors recommend taking over-the-counter acetaminophen and applying an ice pack for 15 minutes at a time, three times a day.

You should also avoid strenuous activities involving the hip for four weeks after PRP treatment for hip to give the injured tissue time to heal. Your doctor might provide crutches to help you move around for a few days without putting weight on the joint.

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Stem Cell Recruitment; Revolutionary Procedure To Help Regenerate Joints And Tissues

Stem Cell Recruitment is a safe and effective form of regenerative therapy helping the body boosts its ability to heal itself. Stem Cell Recruitment Treatment is administered through a single injection of Human Amniotic Fluid (AF).

By using a combination of growth factors and other endogenously synthesized molecules, Stem Cell Recruitment Therapy helps to reconstruct and regenerate new, healthy tissue without surgery

What is an Amniotic fluid injection?

Amniotic Fluid contains a rich mixture of cytokines, collagens, elastins and growth factors that creates an extra-cellular matrix which supports healing and also has the potential to reduce inflammation and scarring. Stem Cell Recruitment uses AF as it is filled with growth factors which assist the body in tissue repair, reducing inflammation and pain and contributing to the regeneration and reconstruction of injured tissue.

How these injections do works?

Body has the ability to repair itself and amniotic Fluid takes advantage of. With an amniotic fluid injection, doctor will inject the amniotic fluid from donated amniotic tissue into your body. The amniotic fluid has anti-inflammatory properties which are similar to cortisone and steroid shots. However, amniotic fluid goes far beyond the benefits of standard injection therapy.

Cortisone and other drugs only provide temporary pain relief but amniotic fluid actually restores degenerated tissue while providing pain relief. The growth factors in the amniotic fluid may recruit your body’s own stem cells by directly mitigating the repair mechanism and regeneration of healthy tissue. In addition, amniotic fluid injections contain hyaluronic acid which lubricates tendons and joints and ease pain and helping restore mobility.

Conditions where stem cell recruitment is effective

Stem cell recruitment is an ultimate solution for persons suffering from;

·         Joint Injuries: shoulders, hips, knees, elbows, ankles, wrists, toes and fingers

·         Soft tissue injuries: rotator cuff syndrome, tennis elbow and plantar fasciitis

·         Spinal injuries: lower or mid back pain, neck pain and sacroiliac joints

Benefits which Stem cell recruitment therapy is offering

Stem cell recruitment treatment is offering following benefits;

·         All Natural & Drug-free as it contains a large concentration of Growth Factors, including bFGF “Basic fibroblast growth factor” this is a signaling protein encoded by a gene that assists in cell growth and maturation, and tissue repair

·         Convenient & Painless: takes 15-minute for single injection

·         Quick Recovery Time: You can return to everyday, low impact activities.

·         Safe, Non-steroidal Alternative to Surgery: Helps recruit your body’s stem cells and healing components to reconstruct and regenerate the injured tissue that is causing pain

·         Powerful Treatment: Helps to relieve pain associated with joints, soft tissue and spinal injuries

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HOW ARTHRITIS AFFECTS THE KNEE? AND HOW IT CAN MANAGE?

Arthritis is defined as inflammation of the joints. There are three different types of arthritis that can occur in knee which are Rheumatoid arthritis (RA), Post-traumatic arthritis and Osteoarthritis. Osteoarthritis is the most common type of arthritis knee pain. It is often known as degenerative wear-and-tear type of arthritis knee pain and commonly occurs in people older than age of 50 but might occur in younger people too.

What causes knee arthritis?

The most common cause of arthritis knee pain is age. Almost everyone will develop some degree of osteoarthritis as they age. However, several other factors can increase the risk of developing significant arthritis at an early age.

Age The ability of cartilage to heal naturally or eventually decreases as a person gets older.

Gender Women ages 55 and older are more likely than men to develop arthritis of the knee.

Weight Increases pressure on all the joints, especially on the knees. Every pound of weight you gain adds 3 to 4 pounds of more weight on your knees.

Heredity This includes genetic mutations that might make a person more likely to develop arthritis knee pain. It may also be due to inherited anomalies in the shape of the bones that surround the knee joint.

Athletics Athletes involved in soccer, tennis, or long-distance running may be at higher risk for developing arthritis knee pain. It means that athletes should take precautions to avoid injury. However, it's important to note that regular moderate exercise can strengthens joints and can decrease the risk of osteoarthritis. In fact, weak muscles around the knee can lead you to osteoarthritis.

Symptoms of osteoarthritis in knee

The common symptoms of arthritis knee pain are;

·         Gradual increase in pain

·         Swelling or tenderness

·         Buckling and locking

·         Cracking or popping sound

·         Poor range of motion

·         Loss of joint space

·         Deformities of the knee

Treatments of knee osteoarthritis

As arthritis knee pain has several causes, there treatment options are also wide. However, common options are;

Weight loss losing even a small amount of weight can significantly decrease knee pain from osteoarthritis.

Exercise Strengthening the muscles around the knee helps the joint to become more stable and decreases pain. Stretching exercises can help keep the knee joint flexible and mobile.

Physical therapy if you are having trouble with daily activities, physical or occupational therapy can help. Physical therapists teach you ways to strengthen the muscles and to increase flexibility in your joint.

Pain relievers and anti-inflammatory drugs this includes over-the-counter choices such as acetaminophen, ibuprofen or naproxen sodium. Don't take these medications for more than 10 days without checking with your doctor. Taking them for longer increases the chance of side effects. If such medications don't provide relief, your doctor may give you a prescription anti-inflammatory drug or other medication.

Injections of corticosteroids Steroids are powerful anti-inflammatory drugs.

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Regenerative Stem Cell Therapy; Technique Which Uses Your Own Stem Cells To Treat You!

Regenerative stem cell therapy is a new treatment which based upon the ability of body to heal itself. Regenerative stem cell therapy is more frequently used to help restore pain-free movement in patients with stubborn knee or shoulder problems. Regenerative stem cell therapy uses immature, self-renewing cells found in the bone marrow to rejuvenate a wide variety of tissues.

Goal of regenerative stem cell therapy:

The purpose of using regenerative stem cell therapy is to help people to heal faster and more naturally as well as avoid surgery and other more invasive treatments which require time to heal completely and be able to get back to normal life.

Type of cells using in regenerative stem cell therapy:

Regenerative stem cell therapy uses adult cells that have been genetically reprogrammed in the laboratory which may include pluripotent stem cells, your own adult stem cells that have been reprogrammed or cells developed from an embryo that is embryonic stem cells.

The reason behind using adult stem cell in regenerative stem cell therapy is that adult stem cells have self-renewing ability, they are clonogenic, and multipotent in nature. And the main role of adult stem cell is to maintain the tissue homeostasis.

Applications of regenerative stem cell therapy:

The regenerative stem cell therapy is more efficiently using in orthopedic injuries but it can also be used in cardiovascular diseases, diabetes, degenerative joint conditions, brain and nervous system (neurological) conditions, such as Parkinson's disease, hair loss, and many other conditions.

How to perfume regenerative stem cell therapy:

The procedure of regenerative stem cell therapy in orthopedic conditions is listed below;

ü  In order to get stem cells your doctor will numb the back of your hipbone with an injection of local anesthetic.

ü  Then doctor will pass a needle into your hipbone to withdraw some amount of bone marrow tissue. And that bone marrow contains stem cells that can become muscle and bone cells.

ü  After that bone marrow fluid will spin and concentrate in a machine called centrifuge. This machine will create a substance called bone marrow aspiration concentrate (BMAC).

ü  Now doctor will numb the skin around your injury with local anesthetic and inject the BMAC in the area near your injury.

ü  Your doctor might use ultrasound to guide the BMAC injection.

Potential complications of therapy:

Side effects of regenerative stem cell therapy may include;

ü  Bleeding

ü  Bruising

ü  Damage to nerves and blood vessels

ü  Infection

ü  Reactions at infection site including swelling, tenderness and warmth

ü  Pain

You can reduce these effects by;

ü  Following activity, dietary and lifestyle restrictions and recommendations

ü  Taking your medications exactly as directed

ü  Notifying your doctor immediately in case of bleeding, fever, or increase in pain

The Chicago Stem Cell Therapy Center offering patients a diversity of treatments and services to facilitate fighting the symptoms of aging, increasing the longevity, and optimize quality of life through revolutionary regenerative medicine.

For further details call us on 815-412-6174

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Does Platelet Rich Plasma (Prp) Therapy Works For Knee?

Traditionally knee pain caused by osteoarthritis (OA) can manage by the use of anti-inflammatories, physical therapy, cortisone injections, and surgery. Recent clinical studies suggest that the PRP therapy for knee is also useful in managing or controlling the knee pain caused by osteoarthritis (OA).

How does platelets rich plasma therapy works for knee pain?

Platelets rich plasma (PRP) therapy involves collecting a small amount of your own blood and spinning that in a centrifuge machine to separate the platelets from the red cells. The platelets which are collected after the centrifugation are then injected into the knee to stimulate healing and regeneration of damaged cells or tissues.

PRP for knee is designed to rebuild cartilage, repair torn meniscus and ligaments, and reduce swelling and pain caused by osteoarthritis or any other musculoskeletal problem. An experienced clinician can help you in joint replacement, PRP for knee also help certain patients to avoid a surgery. Platelets rich plasma therapy works by stimulating the natural immune repair mechanisms and supplying the growth factors necessary to rebuild tissue.

PRP for knee are designed to deliver high concentration of endogenous; it means your own home-grown platelets to the knee where osteoarthritis is present.

Since platelets play a significant role in the healing process of tissue, reintroducing a high concentration of platelets directly into the injured area may enhance the healing process.

After the PRP injections:

Once you use PRP for knee, you should restrict to some instructions like;

·         Avoid doing strenuous exercise, particularly movements that put weight on your knee joint.

·         Avoid using anti-inflammatory medications, such as aspirin and ibuprofen because these drugs can interfere with the PRP treatment. People who need pain relief can ask their doctors about some other options.

·         You should wear a splint for the first few weeks to stabilize the joint. Some providers may also recommend using crutches to avoid putting unnecessary weight on the knee.

·         Using cold compresses to decrease swelling and reduce pain. Some people find that alternating hot and cold packs is helpful.

·         Elevating the joint at night, by sleeping with the knee (or affected joint) rose on a few pillows.

·         Should follow all the instructions from your doctor.

Advantages of PRP treatment:

There are various reasons that why the patients of osteoarthritis might consider PRP treatment for their knees.  Some of the advantages of PRP for knee include;

·         Platelet-rich plasma is autologous plasma which means it comes from the patient’s body, so it is natural and the injections carry few risks.

·         Other treatments can be unreliable or vary from person to person, and some have drawbacks like these treatments are only useful in managing the pain symptoms but they can’t eliminate the pain. And due to the usage of repeated injections ligaments will become weak.

·         But unlike other treatments, PRP for knee do not require long-term rehabilitation and don’t have adverse effects on health.

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Try Prp Injections For Severe Knee Pain Or Osteoarthritis

Platelet rich plasma is also called as autologous conditioned plasma. Platelet rich plasma (PRP) is a concentrate of platelet-rich plasma protein derived from whole blood which is then centrifuged to remove red blood cells. Platelet rich plasma has successfully using in order to treat knee osteoarthritis as during the studies in 2017 PRP knee injection appears to be effective in managing pain associated with knee osteoarthritis (OA).

Osteoarthritis is the most common form of arthritis which is affecting millions of people worldwide. A occurs when the protective cartilage that cushions the ends of your bones wears down. It can wear down over time and due to any other condition like accident.

What does PRP injection do?

PRP knee injection elevates the symptoms of OA which is causing knee pain. PRP knee injection works by doing following things;

·         PRP inhibits inflammation and slow down the progression of osteoarthritis.

·         PRP stimulates the formation of new cartilage.

·         PRP knee injection increase the production of natural lubricating fluid in the joint, thereby easing painful joint friction.

·         A PRP injection contains proteins that alter a patient's pain receptors and reduce pain sensation.

Advantages of platelet rich plasma injection in OA:

While treating OA with PRP injections, doctors directly inject PRP into the affected joint. The aim of PRP knee injection is to;

·         Reduce pain

·         Improve joint function

·         PRP knee injection can possibly slow, halt, or even repair damage to cartilage

There are various reasons that why the patients of osteoarthritis should consider the PRP knee injection.

·         Since platelet rich plasma is autologous, it means PRP comes from the patient’s own body, so it is natural and the injections carry few risks because body will not reject or act negatively to PRP injection.

·         Other treatments using  for mild to moderate osteoarthritis can be unreliable or vary from person to person, and some of them have side effects or drawbacks such as physical therapy can improves but can’t eliminate the symptoms of OA, steroid injections can reduce pain but the repeated injections can weaken tendons and ligaments and can effect on healthy cartilage, long term use of anti-inflammatory medicines  can aggravate stomach problems, blood pressure and heart problems, minor surgeries to treat OA also not work for everyone, joint replacement surgeries need long term rehabilitation period.  

Disadvantages of PRP knee injection:

There are few risks associated with PRP knee injection and the disadvantages are so rare or negligible that almost all doctors believe that PRP injections are worth trying.

·         Pain or irritation at the site of injection

·         Local infection

·         Nerve damage (rare) at the injection site

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Find Out What You Don’t Know About Elbow Surgery

Elbow surgery treatment can be a challenging procedure because elbow is a relatively small and complex hinge joint. Surgical options are only considered if an elbow is injured or arthritis or any other condition causes pain that can't be controlled with medication or interferes with function.

Types of elbow surgery:

Here is the list of some common elbow surgery treatment procedures. These treatment procedures can be performed arthroscopically, using small incisions and camera technology or as a conventional open procedure.

ü  Synovectomy

ü  Fracture repair

ü  Arthroscopic debridement

ü  Total elbow replacement

ü  Elbow interpositional arthroplasty

ü  Tennis elbow surgery

Synovectomy is a procedure which removes synovium, the soft membrane lining the joint. The synovium produces a lubricating fluid in a healthy elbow which eliminates friction as the arm moves. But in case of rheumatoid arthritis and other forms of inflammatory arthritis, this synovium becomes inflamed and in result causes pain and swelling.  By removing synovium, this process can be stops temporarily. The recovery time for this elbow surgery treatment depends on how the procedure was performed and how many tissues have been damaged during the procedure.

Many fractures can heal by immobilizing the elbow in a cast; however other and severe fractures can require elbow surgery treatment for correct positioning the bone. In some cases, surgeon uses metal plates to hold the pieces in place while they heal. Procedure will depend on which bone has been fractured and how badly.

Arthroscopic debridement is a type of elbow surgery treatment which removes bony growths in the joint along with any loose bits of cartilage or bone. The upper end or head of the radius is also removed in some cases. This treatment is successfully using for primary and posttraumatic osteoarthritis. Recovery time for this procedure is usually in between 12 and 24 weeks depending on the age of patient.

Total elbow replacement is a procedure which replaces damaged parts of the elbow with artificial components which consist of two metal stems; one in the humerus and one in the ulna. Elbow replacement is a necessity of pain relief in case of severe fractures and arthritis that causes pain and disability. Recovery time is 12 weeks or minimum.

Elbow interpositional arthroplasty is an elbow surgery treatment procedure which is use to relieve pain that occurs when bone surfaces rub together. The ends of the bones are reshaped in this procedure, and a small section of the patient's Achilles tendon or other soft tissue is fitted into the space between the joint surfaces. Recovery time is up to four months.

Tennis elbow surgery removes the damaged tendon to ease pain and help you move your elbow more easily by means of open surgery or arthroplasty.

All these procedures of elbow surgery involve cutting skin, tendons, and bone so you’ll need strong pain medications for one to two weeks after surgery. Also it will get time to get used to your new elbow.