Pelvic floor muscle training, when done in a structured way, helps to prevent certain complications during pregnancy and labour. These changes occur due to hormonal and anatomical changes. The complications that usually occur are incontinence, perineal tears, pelvic organ prolapse, less active pushing required during second stage of labour. Why is pelvic muscle training important? Pelvic Floor Muscles The pelvic floor is a set of muscles attached to the spine at the back and to the pubic bone at the front.  Importantly, these muscles are the key supporter for the uterus, bladder and bowel. Some activities of daily living help women maintain their pelvic floor strength to functional level. Unfortunately, pregnancy and childbirth lead to the potential injury and weakening of these muscles. As a result, pelvic floor dysfunction is common after childbirth. This includes urinary incontinence, pelvic organ prolapses, dyspareunia and perineal tears. Significantly, this…

Herniated discs may also be referred to as slipped discs, or disc bulges. They can be a source of pain and fear for many people.  To understand a herniated disc, a quick anatomy lesson is needed, we have included a picture below to help. Between each of our vertebrae in our spine, there is a disc with a soft inner core (nucleus pulposus, and tougher outside (annulus fibrosus). The herniation refers to the soft layer protruding out, and may vary in size. In larger protrusions, it may put pressure against other structures in the area like the nerves, causing a variety of symptoms in the areas the nerve root gives sensation and motor function to. Herniated discs can occur anywhere along the spine but are are most common in the lower back (lumbar) region. What are the causes of a herniated disc? Firstly, age-related degeneration. With age, the intervertebral discs get…

What is Parkinson’s Disease? Parkinson’s Disease is a progressive neurological condition resulting in difficulty starting and maintaining movements in the body. Importantly, there is a loss of some neurons (brain cells) that contribute to coordinating muscles and creating smooth movements. As a result, individuals with this condition experience a range of symptoms that impair their strength, mobility,  flexibility, and posture. 4 hallmark features Tremors: Firstly, tremors are usually the initial symptom. The tremor is mostly when the body is resting, such as sitting, but may worsen over time to affect the individual while they’re performing other tasks like writing, eating, or shaving. Rigidity: Secondly, rigidity refers to stiffness of the muscles and joints. In Parkinson’s, it can affect the arms, legs, trunk, and even the face. Bradykinesia: Next, bradykinesia means slowness of movement which may include stopping or hesitating during movements. Postural Instability: Finally, difficulty balancing and correcting postural faults…

Osgood-Schlatter’s disease (OSD) is a fairly common condition in adolescents that results in knee pain and loss of function. Typically, it is characterized by pain and inflammation just below the knee, especially in individuals that are active and engage in sports and other physical activities.  As a result, this condition can be quite disruptive to a young athlete, who suddenly finds themselves unable to participate fully in practices or games due to pain. Specifically, in this blog, we will discuss causes, symptoms, and effective physiotherapy treatment of OSD.   What causes Osgood-Schlatter’s Disease? OSD is primarily an overuse injury causing the tendon under the knee, the patellar tendon, and the part of the bone it attaches to, the tibial tuberosity to become painful and inflamed. Eventually,  the tendon and bone experience repetitive traction and strain through high intensity movements such as running and jumping, and the tendon pulls on the…

Triangular Fibrocartilage Complex (TFCC) Injury The TFCC is a combination of ligament, tendon and cartilage and therefore name as Triangular Fibrocartilage complex. This ligament has a major function of stabilizing and supporting the wrist. It is an important structure connecting the forearm bones to the small bones in wrist, thereby giving you the mobility when you grip object tightly or rotate the wrist. The TFCC provides these movement more support and range while behaving as cushion in the area. What causes TFCC strain or tear? There are two ways your TFCC can give up – either due to injury or any degeneration of these ligament. Injury – most often when you fall on outstretched hand is a common precursor of the TFCC injury or tear. The mechanism could be a sudden impact or a twisting injury. Older adults are more vulnerable as there can be thinning of these ligaments with…