We all know about 3D printing in the medical industry. Whether it is creating medical tools that fit requirements, measuring implants, and constricting prosthetics, 3D printing is everywhere and is helping healthcare providers save lives every single day.

How many would have known that this very same 3D Printing is taking over the dentistry sector of healthcare? As oral health awareness and oral care grow, dentistry also takes its part. Dentists’ appointment, without a doubt, is the most dreaded days for 90% of the people, and the other 10% were most probably the same when they began meeting a dentist.

Though this is the case scenario, surveys say more people want to meet the dentists in recent years. Every American visits the dentists at least twice a year, though the experience is dreaded.

Now that we know how important dentists care for patients, we must also know how crucial dentists are to the economy and other economic activities. There is a multitude of businesses out there that is solely dependent on dentists, this is why companies construct Dentist Email List or other marketing channels that get them to connect with dentists more efficiently.

With dentists and dentistry being the root element for the majority of businesses, it still is growing at an incredibly fast pace, one great example of that is 3D Printing. Let us get in-depth to an important advancing component in dentistry.

3D Print Braces:

Aligners that were once very hard to make is now a piece of cake. Aligning teeth has become a necessity for every individual. Let us first get to know how it all started. A college student at the New Jersey Institute of Technology created his aligners! Exactly, it was just as shocking to everyone else. This student could not afford a traditional set of braces, so he ended up 3D printing his braces.

The student’s DIY Version of the aligners was a great start to 3D Printed braces in the industry. He built the set of braces by himself with models of his teeth and a Strategy 3D printer.

Dental Implants that are 3D Printed:

A 3D model can be created to replace a tooth. Missing teeth aren’t a hard task to fill up now. Traditional methods were long and exhaustive leading to loss and wastage of time. 3D prints have led dentists to make a 3D model which can be the best result and on-point for replacement.

In China, there is an autonomous 3D dental implant intervention that has a robot that can lead an implant surgery by itself, with the help of 3D prints.

3D Printed Crowns:

It is so far the most common use of 3D in dentistry. 3D printing allows the production of crown very quickly, and 60% faster than the traditional manufacturing time. This process is time-saving, and the professional can modify and reprint the crown if there are any mistakes.

All this process need is a scan, and the work here is complete. It also eases the time of dentists and the extra work for the patients who need to travel back and forth.

Wrapping it up:

The mind-blowing new technologies such as virtual or augmented reality, 3D-printing, or CRISPR will revolutionize dentistry and our whole attitude towards oral health in the future. Going to the dentist was one of the worst nightmares for every child, but the growing oral health awareness is getting to a point where it has become a necessity.

3D Printers taking part in dentistry is just one of the largest changes happening in it. There are many more transformations in the field of dentistry that are reconstructing the industry. It is not just dentists alone that enjoy the growth of this industry it also includes patients, business partners, and the economy.

Individuals with a healthy physical condition can consider having immune cell banking when they’re still young and fit. Given that cancer is frequently affected due to genetic tendency, those with a family background of cancer should always think of accessing the great opportunity of banking their immune corpuscles before facing such a deadly health condition. Similarly, considering the whopping number of Americans diagnosed with cancer and its high mortality rate, more and more people in the US these days choose banking and storage of their immune cells. Notably, in 2019, the FDA has approved the process of immunotherapy as an effective way to treat victims suffers from varieties of cancers.

For those who’re still on the fence about immune corpuscles banking should go through its pros and cons as stated below and consider what brings it in the mainstream:

Pros

• Unlike cord blood, with immune cell banking, you can be treated from various diseases like leukemia and varied cancers, sickle-cells anemia, and certain metabolic disorders. While cord blood cells are accessed in a newborn’s umbilical cord, typically for adults or the elderly, these helpful blood cells can be found in bone marrow or peripheral organs. Similarly, whereas collection and storage of cord blood is more likely to match patients and siblings as they come across fatal health conditions, having immune cell has a negligible chance to treat your family members and works wonders for you. The procedure is painless and safe.

• The outcome of multiple research procedures with immune bank has been established to rehab life-threatening diseases like certain cancers, metabolic health complications, and patients with chronic anemia. Similarly, the future potential of using immune cells boasts to be pretty effective to treat other health complexities based on which, countless medical research and studies are going on across the world. Your own immune cell is under the trial stage and possible to get healthy solutions for diseases like cerebral palsy, hypoxic-ischemic like brain-related condition that obstructs brain cells to receive the needed blood or autism, etc in near future.

• Thankfully, with the emergence of immune cell banking, once your decision to go for the same, on your information private banks sends their blood collection executives, get your blood in specialized tubes, take them to their lab, appraise the same and consider storage under needed environment. With this, you can always access your immune cells. Importantly, as private banks charge for a considerable amount and seamless storage of your blood cells compared to public blood banks, the biggest advantage of having private bank services will never allow other families to utilize your blood cells. Having public bank services never guarantee that your blood cells will never be allotted to another family or be donated which may be a cause of your worry due to its unavailability when you’re in real need.

Cons

• Remarkably, immune cell banking is considerably a costly procedure. Which is why; many people opt for services from public bank whereas you typically donate your blood cells. As said above, there is no assurance that you can access your own blood cells to treat your lethal diseases, as anyone has the potential to get that immune cell as a public property. So, instead of considering its cost, appraise the worth of choosing a private bank that ensures the absolute wellbeing of its potential customers. Practically, it appears to be more effective as opposed to paying high insurance premiums all through your lifetime.

• It is worth mentioning, that all private immune cell banking services don’t offer the same kind of services. This is because, always goes for a highly reputable immune cell banking group with a solid background and is rewarded with specialized certification and certified by FDA that establishes its uprightness, commitment, and high-level customer services rather than newcomers in the industry like a mushroom.

The Anatomy Of Elbow:

The elbow is a synovial joint that holds the bottom of the humerus bone and the head of the radius and ulna bones in two types of structures, i.e., a ball-socket junction and a hinged junction. Each of these bones has a distinct shape and forms a couple joint with the other two bones.

The ball-socket junction allows the elbow to rotate along the humerus bone axis with the palm faced up and down, known as supination and pronation, while the hinge junction enables the arm to bend and extend at the elbow allowing flexion and extension movements.

Various types of ligaments and tendons surround the elbow joint to hold the bones in place and contract or relax according to the pressure exerted on the joint.

What Is A Dislocated Elbow?

Since the bones are only held together by ligaments and aren’t hooked or fixed to each other, there are chances of them moving out of their joint position under extreme force. And when any of the three bones move out of their joint, the elbow is considered dislocated. This dislocation can be partial, where a bone is still in contact with the joint but is slightly out of position, while the bones and surrounding soft tissues remain unharmed. Such partial dislocations are also termed as subluxations.

However, if a bone has entirely moved out of its original position, it is a complete dislocation that requires immediate medical assistance. And since there are various muscles, nerves, blood vessels, and ligaments holding the joint, such dislocation can injure these soft tissues along with the elbow bones.

If not treated promptly and comprehensively, elbow dislocations can become a recurring condition.

What Causes Elbow Dislocations?

Elbow dislocation injuries are more common in athletes involved in throwing, lifting, and sprinting sports as they are more prone to traumatic falls and elbow overextensions. It typically occurs when a person falls on an outstretched hand as the impact force is exerted on the elbow joints. This scenario can also happen in a car accident.

In athletes who frequently perform heavy lifting or pulling movements, the ligaments are at risk of overextended and loosening the bone joints. Any improper rotation or impact at this stage can easily cause the elbow bones to dislocate repeatedly.

Other than trauma, people born with lax or weak ligaments are also at higher risk of having recurring elbow dislocations even with moderate impact.

What Are The Common Symptoms Of Elbow Dislocation?

A dislocated elbow can show very obvious and distinct signs such as:

Apparent disorientation and bruising around the elbow
Mild to severe persistent pain
Numbness and pain over the arm
Inability to move the arm
How Are Elbow Dislocations Diagnosed And Treated?

Elbow dislocations are typically diagnosed via physical examinations and imaging techniques such as X-rays. Their aim is to test the extent of dislocation and if any surrounding soft tissues have been damaged.

In mild and simple dislocations where there is no tissue damage, the bones can be manually repositioned into the joint under anesthesia. This procedure is called a reduction maneuver. Else, your joint will be immobilized in a splint for up to 3 weeks, and you’ll be prescribed therapeutic exercises for improving the elbow’s range of motion.

If the dislocation is complex with soft tissue damage, a surgical relocation of the elbow joint is the best option.

Dr. Pranjal Kodkani, being a sports injury specialist, confirms that elbow dislocations are fairly common and can be effectively treated with a preventive approach. If you ever suffer from dislocation and need prompt elbow treatment in Mumbai, Dr. Kodkani is the best orthopedist for treating your condition. With his modern-day surgical and non-surgical methodologies, he is widely regarded for his elbow dislocation treatment in Mumbai and around the city. You can directly consult him by visiting Dr. Kodkani’s website and booking your online consultation.

The shoulder joint is the most frequently damaged joints of the body. It is because of the massive complexity of varied mobility. But as there is no adequate support to the shoulder joint, you need to take extra care to stabilize the joint region.

The shoulder joint is the synovial joint part where hyaline cartilage covers both the ball and the socket (the humerus and the glenoid cavity). This articular cartilage gives cushion-like support and flexibility to the shoulder joint. It also prevents the bones from rubbing against each other. If this cartilage wears away, it causes more friction between the humerus and glenoid leading to pain. To compensate for the cartilage damage, both humerus and glenoid produce osteophytes (or bone spurs), that will restrict your range of motion.

Additionally, inflammation of the synovium (a delicate membrane that surrounds the shoulder joint) worsens the pain. This condition leads to a restricted range of motion. Additionally, inflammation of the synovium (a delicate membrane that surrounds the shoulder joint) leads to worsening of pain. This pain will keep on increasing with continuous work. As and when the pain continues, it migrates to the back of the shoulder. The intensity of pain will also vary according to the weather conditions. This condition is called shoulder osteoarthritis, where you need treatment.

As it is a degenerative condition, your physician may ultimately recommend shoulder joint replacement surgery. This is where you must understand the fact that there are non-invasive alternatives for surgical shoulder pain treatments like Regenerative therapies.

Conventional Treatment for Shoulder Osteoarthritis

The conventional treatment methods for shoulder pain involves R.I.C.E. (Rest, Ice therapy, Compression, and Elevation) formula, activity modification, administration of NSAIDs (nonsteroidal anti-inflammatory drugs), and the use of corticosteroid injections to reduce the pain and inflammation arising due to osteoarthritis. But prolonged administration of NSAIDs and steroid injections cause adverse systemic side effects. Moreover, steroid injections damage the adjacent normal tissues of the affected site and make them weak.

The surgical method involves the removal of damaged cartilage. But this procedure comes with potential side-effects such as pain, infection, bleeding, nerve damage and other side effects. Also, patients experience risks associated with the use of general anaesthesia. They will undergo an extensive rehabilitation program after the surgery.

Regenerative cell therapy for shoulder osteoarthritis
Though regenerative cells are already present in the human body, there arises a deficit as we age. Hence, our bodies will lose their regenerative power.

This is where minimally invasive non-surgical regenerative cell treatment helps in repairing the damaged cartilage and regenerating a newer one for better functioning. Regenerative therapies include cellular treatment and platelet-rich plasma (PRP) therapy. Compared to surgery, regenerative treatment is nearly risk-free. Here, the cells are extracted only from the patient’s own body. There are no risks, like rejection and allergy associated with regenerative cell therapy. You will be experiencing significant improvement within a few weeks after the treatment. Hence, regenerative therapy is the best alternative to shoulder joint surgery in the case of degenerative shoulder disease.

For more information about the regenerative cell treatment for Golfer’s elbow and to have a deeper knowledge of the Golfer’s elbow treatment offered by Medica Stem Cells, you can contact at our clinics in Ireland, London and Dubai.