Radiology is a special branch of medical science that uses various techniques of imaging for the diagnosis and the treatment of several types of diseases in the body. The different types of imaging techniques used in radiology are X-rays, Computerised Tomographic scan (CT Scan), ultrasound, Magnetic Resonance Imaging (MRI) and nuclear medicine which includes Positron Emission Tomography(PET).

Role played in evaluating hip replacement
Hip replacement surgeries have become extremely common in the recent times, and radiological evaluation remains the mainstay of the overall hip replacement procedure. Thus, the role played by radiology is quite significant in such situations. All the specific anatomical landmarks and the measurements are used to make sure the placement is perfect during the hip replacement surgery. Radiological imaging helps in the assessment of the following conditions that are as discussed below.

The length of leg
The inequality in the length of the two legs is prevalent after a hip replacement surgery which can create a great deal of discomfort and inconvenience to the patients. A greater difference in the length of the two legs increases the chances of dislocation, and this is a situation where radiological evaluation plays a crucial role. With the help of radiological imaging, the length of the legs can be made almost equal.

The horizontal center of rotation
In this case, horizontal center of rotation helps in the assessment of the acetabular component of the prosthesis. This is calculated by the measurement of the distance between the center of the head of the femur and the acetabular teardrop. This distance should be bilaterally equal, and it is just not possible without the help of the imaging techniques of radiology.

Acetabular inclination
The acetabular inclination is the angle formed between the face of the cup and the transverse axis. If the angle is less, then it results in a stable hip, but the abduction is limited. On the other hand, if the angle increases then there are high chances of dislocation of the hip. Thus, with the help of radiological evaluation, proper and effective angular inclination is given which is optimum for the patient.

The stem positioning of the femur
The main aim of the stem positioning of the femur in a hip replacement surgery is placing the stem in a position which is neutral within the shaft. To get a proper idea of the positioning, the imaging techniques are of utmost importance which cannot be achieved perfectly without the imaging.

Thus, the crucial role the different techniques of radiological imaging plays during the overall procedure of a hip replacement surgery can be perceived. With the use of the different imaging techniques, the results obtained are closer to perfection.

How Radiological Evaluation Can Help In Case Of Hip Replacement?

A meniscus tear is a common injury associated with the knee. The meniscus acts a defensive shield, providing a much-needed cushion to the knees, keeping it stable and injury free. Each knee joints contain two menisci located between the tibia and the femur. In this article, we will discuss important details related to meniscus tear to help you understand the injury better.

Facts related to a Meniscus Tear

A meniscus tear can affect all and sundry. However, sports persons (especially those associated with soccer, tennis, football, and basketball) and aged people are more susceptible to the condition.
As per Boston Children's Hospital, of late there has been a steady rise among children suffering from the meniscus tear.
Osteoarthritis may act as a catalyst, accelerating the chances of a meniscus tear.
In most of the times, a meniscus tear occurs when you exert immense pressure on the knee joints such as lifting a heavy object or suddenly standing up from a squatting position. With age, the meniscus is known to suffer from a natural wear and tear resulting in the injury.
As already mentioned, there are two menisci present in each knee joints. The one present inside the knee joint is called Medial Meniscus. Lateral Meniscus is the one present on the outer part of the joint.
Depending on the extent and severity of the injury, a meniscus tear may be
A minor tear: This is a small injury accompanied by mild pain and swelling which may last for not more than 2-3 weeks.
A moderate tear: The injury results in pain that are concentrated mainly around the center or the sides of the knee. The swelling goes from bad to worse over the next 2-3 days, with the person facing discomfort while bending their knee. The knee also stiffens. You may be relieved of the symptoms within a week or two but overusing the knee or twisting it may cause a relapse.
A severe tear: True to its name, your knee is the worst affected in this case. The cartilage tear may be such that the torn pieces get lodged in between the joint spaces causing the knee to lock, pop or even catch. A person experiences unbearable pain and discomfort along with stiffness and swelling (can be immediately following the injury or within 2-3 days). In the case of a severe meniscus tear, a person may not be able to straighten the knee at all (without treatment and medical intervention)
Treatment for a meniscus tear may be surgical or nonsurgical.
The nonsurgical treatment involves the application of cold compress on the affected area. The person needs to take ample rest exerting minimum pressure on the affected knee. Physiotherapy and strengthening exercise can go a long way in improving the condition. To reduce the pain and swelling, the doctor may prescribe painkillers and NSAIDs (Nonsteroidal Anti-Inflammatory Drugs). Keep the knee elevated. The use of elastic wraps may be helpful.

In extreme cases, surgery may help to treat the injury and the associated symptoms.

Facts About a Meniscus Tear!

Bone cancer is a rare form of cancer in the cancer family. It affects one of the bones of your body and spreads to other bones. But, more often, it has the tendency to affect the long bone in the legs and the arms. There are many types of bone cancers. While some of them can affect children, the others typically affect the adults. This type of cancer is different than those cancers which get initiated from other parts of the body and spread to the bones.

What are the symptoms of bone cancer?
The typical signs and symptoms of bone cancer include acute pain in the bone, tenderness in the affected area, swelling of certain bones, a tendency of bone breakage, fatigue with little or no effort, unexplained weight loss, shortness of breath etc.

What are the causes of bone cancer?
There is no particular reason for bone cancer. Studies have shown that an error in the structure of the DNA leads to bone cancer. This error leads the bone to grow and divide in an uncontrolled manner leading to non-extinction of cells. These cells keep growing and form a mass invade to other parts of the body, leading to cancer.

What are the different types of bone cancer?
The type of the bone cancer can be distinguished from where cancer originates from. Some of the common bone cancer type includes the following:

Osteosarcoma: This is the form of cancer that originates from the bone cells and is often witnessed in young adults and children. They often attack the arm and the leg.
Chondrosarcoma: This form of cancer begins from the cartilage cells. The exact place of damage appearance includes legs, arm, and pelvis. This is typically observed in middle-aged persons in older adults.
Ewing's sarcoma: Though researchers are yet to find out the location this form of bone cancer originates from, it is mostly considered to affect the legs, arms, and legs of young children.
What are the risk factors?
While doctors are yet to researching for the exact reason of bone cancer, there are certain risk factors which have been associated with the bone cancers.

Inherited genetic syndromes: Certain genetic condition such as the hereditary retinoblastoma and Li-Fraumeni syndrome which are passed on from generations are a prime culprit of bone cancer.
Paget's disease: This is a bone-related disorder that affects the bone and increases the chance of bone cancer.
Radiation: Exposure to a huge amount of radiation increases the chances of bone cancer and other associated cancers.
How is bone cancer detected?
Imaging tests such as the bone scan, x-ray, MRI, PET scan and the CT scan can diagnose bone cancer. Apart from these, oncologists might order a biopsy that includes removing a part of the tissue and test the same in a laboratory can also help to detect bone cancer.

Bone Cancer - Risk Factors Associated With It!

Spondylitis, or cervical spondylitis, is a common condition that affects a large section of the adult population. This most common disorder of the cervical spine is a degenerative condition. There are soft disks between the vertebral bones which shrink with age and gets stiff. This leads to formation of small bone spurs. This reduces the space available for the disk to move, causing nerve pinching.

Causes:

Ageing is the most common cause for spondylitis. Injury, incorrect sleeping posture, and heavy weight-lifting can also cause spondylitis. While earlier it was common in people who were 60-plus, with more people spending more time at their computers and workstations, the onset happens much earlier in 30s and sometimes even in 20s.

Symptoms:

Most symptoms related to spondylitis are centered on the neck and shoulder regions. There is pain and stiffness in the neck that can extend to the shoulders, nape of the neck, arms, and sometimes even the fingers. In rare cases, the pain can extend into the forehead and back of the head too. Associated symptoms include numbness, weakness, and a pricking sensation in the hands, arms, and sometimes fingers.

Homeopathy in cervical spondylitis:

Homeopathy treats the root of the issue after taking into account all symptoms. Listed below are some common homeopathic remedies for spondylitis.

Conium: there is neck pain along with vertigo when lying down or turning in bed. There is constant mild pain in the back of the head and a tight sensation in the forehead region.
Rhus tox: when the neck pain is worse in the morning and with rest, rhus is a good option. Moving the neck helps relieve this pain, which is often as a result of some injury.
Kalmia latifolia: when there is pain extending from the neck to the arm and hand and fingers, kalmia works wonders. There may also be pain from the nape of the neck to the shoulder blades. The pain is increased with leaning forwards or looking down. The patient may also have nausea with the pain.
Gelsemium: when there is pain extending from the neck to the back of the head, centering in the occipital region. The patient also feels weak, dull, and dizzy. The pain is triggered by emotional excitement.
Silicea: when there is pain extending from the neck to the eyes and forehead, silicea provides good relief. The patient will have intolerance to cold and feels chilly. The pain is improved by heat pads and lying down.
Calcarea phos: if the radiographs show bony changes in the cervical spine with the spondylitis, this is very useful. The bony spurs that form can be painful and cause nerve pinching leading to vertigo.

Spondylitis - Causes and Symptoms

Endoscopy refers to inserting microscopic cameras into the body through tiny incisions which throw up pictures of the inside of the body onto a screen. Endoscopy has been used for diagnostic purposes since the 1970s. Endoscopy for surgery has become popular from the 1990s.

Endoscopic spine surgery is a state-of-the-art surgery technique which involves micro incisions and minute tubes that cause almost no damage to surrounding tissues and muscles. It is a minimally invasive surgery and it is also called a pinhole surgery.

What are the advantages of endoscopic pinhole spine surgery?

There are a lot of reasons why doctors opt for an endoscopic surgery-

  It is also called Minimally Invasive Spine Surgery (MISS) because it causes little blood loss
  Recovery is almost immediate. A person can resume everyday activities within a week
  Very little pain around the surgery region so minimum pain medication is needed.
  No muscle or bone is removed.
  Since screws and rods are not used, full mobility of the spine can be restored
  The wounds are minute and do not usually require stitches and thus no ugly scars are left after the wounds heal.

What are the characteristics of an endoscopic spine surgery?

  The surgery is performed under local anaesthesia
  The person is discharged within 24 hours of the surgery
  The incisions that are made are microscopic

What are the different types of endoscopic surgery?

Endoscopic discectomy:
It is the least invasive of all spinal surgeries. It is used for treating herniated discs. Endoscopy reveals images of the spine. Through the same tunnel, surgery tools are inserted and the bulging or herniated disc is pulled out with a grasper. The wound does not always require stitches to close it.

Endoscopic Laminotomy:
This a substitute for open laminotomy. The camera helps locate exactly where the target area is. Then an incision is made below and above the lamina to relieve the pressure compressing the nerve.

Endoscopic facet rhizotomy:
With microscopic cameras, the nerves causing pain are identified and then the laser is used to numb these nerves which relieve pain. This type of surgery can also remedy a previously botched spinal surgery, facet joint arthritis or facet joint pain

Endoscopic foraminotomy:
This type of surgery again uses microscopic surgical tools guided by a tiny camera to enlarge a narrowed neuro of spinal nerve root canal to give it more room to move about without being compressed.

Endoscopic Spine Surgery & Pinhole Technique!

Sports injuries are a common problem, where various types of musculoskeletal injuries can occur during the physical activities. These injuries can either be acute or chronic in nature. In athletes, such injuries can pose as a risk to their careers, which makes it essential for the physicians to provide the most appropriate treatment. It is mandatory to provide a prompt, safe and quick treatment that can restore the athlete s preinjury level of participation in sports.

Various treatment approaches are present for treating sports injuries. The use of intra-lesion blood injection is being made for addressing the musculoskeletal injuries. An easy and minimally invasive method of using concentrated autologous growth factors in treating sports injuries is the use of platelet rich plasma (PRP). It is a fraction of the blood plasma that contains a higher concentration of platelets than normal plasma, along with growth factors.

PRP is used in the treatment of both soft tissue and bone injuries. Growth factors have a positively influencing effect on the healing process of connective tissue components.
There is a huge difference between the anatomy and functions of tendons, ligaments, muscles and joint capsules. Hence, the site of injection of PRP also varies.
The cellular tension in the tissue and the collagen structure is affected after the administration of PRP.
Use of PRP is popular in the treatment of an Achilles tendon. For injecting PRP, an ultrasound scan is done, the site of injection is accurately identified and then PRP is administered.
Proper location of the site of injury and deciding the accurate injection zone prior to the injection of PRP makes it easier to facilitate treatment and eliminate discomfort.
Administration of PRP should be considered secondary to physical therapy and other conservative means of treatment.
Enthesopathy is a discomfort in the area where the attachment of tendons, ligaments and the articular capsule is present. The use of PRP is increasing in the treatment of this condition. It has an inflammatory nature and presents as epicondylitis or capsulitis.
Studies have proved that PRP is an effective alternative to injection of steroids for an anti-inflammatory effect. Steroids majorly provide only symptomatic relief, whereas PRP is more definitive.
PRP has also found an increased use in the area of surgical procedures of knees. It is used to increase the efficiency of the healing grafts placed in the knee during reconstructive surgeries.
For treatment of bone injuries, use of PRP has shown an improved quality and rate of bone healing. Even in cases of an infected injury, PRP aids in healing efficiently.
No known side effects or complications after use of PRP have been observed, which makes it a sought after option in management of sports injuries.


Platelet Rich Plasma In Sports Injuries

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