- Kong toys
- Laptop computers (that are in working condition)
- Squeaky toys for puppies
- Cat toys
- Slip leads (leashes that don’t need collars; No collars please)
- Bio-degradable poo bags (especially ones in a holder)
- Doggy diapers (Teamoy brand, 20″-24″ waist, available on Amazon)
- Manuka honey for wound care
- Joint supplements such as Glucosamine, Salmon or other fish oil supplements
- Grooming scissors, Grooming brushes (plastic only; no wood please)
- Dog/cat Nail clippers
- Canine-specific sunblock (sunscreen for dogs or sunscreen that is safe for babies’ skin)
- Medicated Items: Metacam oral, Killtix collars, Revolution/Advantage/Bravecto/ Nexgard/Spectra
Have you completed your Concussion Baseline Testing? Don’t wait any longer, we are having a one day event where you save 40% from individual testing. Continue reading below for details:
Concussion Baseline Testing open to all athletes (Cost is $70/athlete)
Saturday August 17, 2019
Please book in advance this is NOT a drop in
Sheddon Physiotherapy and Sports Clinic
1300 Cornwall Unit 103
HOW to book
Call at 905-849-4576 or
Email at firstname.lastname@example.org
The multimodal testing that we go through is a series of physical and cognitive tests that provide a pre-injury overview of healthy brain function. This offers an objective benchmark on which to compare should an athlete sustain a concussion. Which also takes the guess work out of return to play decisions. Many organizations may use a single test or a small group of tests as a baseline but we will be using the Complete Concussion Management (CCMI) approach, which uses a variety of tests offering more objective insights, data and improved accuracy and reliability.
- Testing time is roughly 30 minutes, there may be a home portion depending on age. No extra fees apply
Frequently Asked Questions:
- The season has already started, are we too late for concussion baseline tests?
- NO! Preseason is the ideal time for testing, but anytime during the year prior to a concussion is better than no baseline.
- WIll the cost be covered through my insurance?
- The cost of the baseline is covered under most Extended Health Plans since it is administered by a physiotherapist.
- My child had a baseline done over a year ago, why should we do it again?
- As young athletes mature, their baseline scores can change greatly from one year to the next. Therefore, it is recommended that athletes get a baseline at the beginning of each season.
- My hockey team did the impact test preseason, isn’t that good enough?
- No! Computerized neuropsychological tests, such as the ImPACT test are only assessing one aspect of concussions, neurocognitive function. In order to properly manage concussions a baseline test must be multidimensional, assessing the full spectrum of concussion outcomes (i.e., balance, reaction time, visual processing, physical capacity AND neurocognitive function). In order to know when an athlete has fully recovered, the different areas of the brain that could potentially be affected with a concussion must be assessed prior to and after a concussion.
- It’s not mandatory for my childs team.
- Concussion baseline tests are becoming widely used in many sports at all levels. Although not mandatory (yet) in all high-risk sports, it is one of the most important and effective tools for concussion management. Without a baseline test there is no way to accurately know when an athlete has fully recovered from a concussion. Research has shown that concussion symptoms improve much sooner than brain recovery, which may put athletes at risk for returning to sport too quickly, especially if sport clearance is based solely on symptoms.
- Those dates don’t work for my child or team?
- If you are part of a team or an individual who would like to participate in Concussion Baseline Testing but you cannot fit these dates into your schedule, please contact us and we will try to arrange for another date and time.
Lets face it, we all like to think that we’re still as strong, fast and agile as we were in our prime. Unfortunately, aging will get us all. Our endurance, strength, balance and flexibility aren’t what they used to be. Injuries happen more often and take way longer to recover from. To top it all off, lots of us need to make a living, raise a family and maintain a household. Where is the time for working out? Many older athletes would rather spend their time playing the sports they love than pushing weights around a boring gym. Unfortunately, if you’re only playing soccer (or any other sport) 1-2x a week, and spend the rest of your time behind a desk on your tush, chances are you’re a ticking time bomb for injury. Spending most of your week sedentary will make your muscles weak, stiff and poorly conditioned for any sport. You don’t have to be a gym rat to see benefits; you just need to maximize your time at the gym and do the RIGHT exercises. Hitting the gym will not only improve your health and fitness, but it will also increase your success and performance on the field.
Where to Start and What to do?
Soccer requires endurance, strength, power and agility. Therefore, your workouts should focus on improving all of these areas. Strength training doesn’t need to be done everyday. If you’re short on time, make sure you’re doing a full body workout 2x/week.
***IMPORTANT*** Every athlete is different. Talk to a therapist at Sheddon Physiotherapy and Sports Clinic if you have specific injuries or health concerns before starting an exercise program. The program described below is for a currently healthy, injury free individual. You don’t need any fancy equipment or a gym membership to perform these exercises. Remember, changes don’t happen overnight; it takes 6-8 weeks to see true strength and conditioning changes.
Unless otherwise stated all exercises will be completed for:
60 seconds Rest
If you’re short on time, go through each exercise as a circuit and repeat the whole circuit 3x with no rest in between exercises.
Back lunge to high knee:
Stand with your feet hip-distance apart, step back into a lunge bending at both knees and then bring the back leg into a high knee position. Ensure your stabilizing knee does not cave in. Repeat 10 on one leg before switching to the other side. Progression: add a weight in each hand, medicine ball, kettle bell, band around your ankle etc.
WHY? Improves strength, stability & balance
Start in an athletic stance with both knees slightly bent and feet together. Take a step sideways and then bring your feet together again. Repeat 10 steps in one direction and then ten steps back. Place band around knees to start and progress to ankles and feet. Placing the band around the feet will be the hardest but has the greatest activation of the glut med and max muscles.
WHY? Strengthens the glutes, a weak link in many athletes. Strong gluts will result in a more stable knee with decreased risk for injury.
Nordic Hamstring Curls
Can be completed with a partner holding your legs or hooking your feet under something heavy. Lower yourself forward, keeping your back and hips straight. Once you cannot go any further push yourself back into start position.
WHY? Eccentric hamstring exercises have been shown to significantly decrease the risk of hamstring injury.
Tie a theraband around your ankle, start with your leg away from your body, stand upright and engage the core. Slowly bring the leg towards your other leg and slowly bring it back out.
Why? Kicking, changing direction and reaching in soccer puts a large eccentric force on the adductor muscles, which puts them at risk for injury.
Side plank with leg raise
Lie on your side with your right elbow on the ground. Your bottom leg should be bent and your top leg straight. Raise your body off the ground so that your elbow and knee are the only parts in contact with the ground. Hold this position and slowly lift your top leg up and down. Repeat 10x / leg.
WHY? Core strength and pelvic stability is crucial for soccer players for changing directions, kicking and sprinting on the field
Bring your feet slightly wider than shoulder width apart, imagine a chair behind you (or actually put a chair for better form). Squat down and touch the chair and lift yourself back upright. Add a weight in front of your body for added difficulty.
WHY? Squats help build strength and power in all the leg muscles.
Start from your knees if from your feet is too difficult
WHY? A stronger upper body will help with throw-ins and pushing through defenders
1 Arm Row
Keep your feet hip width apart, slightly bend both your knees, engage your core and rest one hand on a chair or bench for added support. Holding a weight in one hand bring your arm back bending your elbow.
WHY? A stronger upper body will help with throw-ins and pushing through defenders
How to Progress
If you want to take it up a notch you can add in high-intensity interval training to provide a more sport specific/game like situation (i.e., after every strength exercise add a 30 sec AMRAP, “as many reps as possible”) of drills like squat jumps, burpees, box jumps, sprinting, etc. ALWAYS REMEMBER QUALITY OVER QUANTITY. 5 perfect squats is far more beneficial than 20 mediocre squats. You can also add in simple ladder footwork/agility drills. These drills will help with changing direction, tracking the ball, and being quick on the field. Extra Goalie Exercises: Lateral Bounds are great for developing goalies strength and speed for quick side-to-side movements in the net. In addition, vertical jumping is essential for goalies looking to get a little higher reach in net.
If you’re looking for a sports medicine clinic in the Oakville and Mississauga area to treat your current injuries or help put together a program to prevent future injuries, contact Sheddon Physiotherapy and Sports Clinic at 905-849-4576.
Hamstring injuries have been reported as one of the most common injuries across a variety of sports that involve repetitive kicking and/or high speed running, such as soccer, track and field, football, and rugby. Re-injury rates are also an issue affecting many athletes long term, with roughly 30% of athletes suffering a re-injury to the hamstring within the first year. In order to prevent hamstring injuries it is important to understand WHY they occur, and to develop a prevention program which targets these risk factors.
The hamstrings are a group of 3 muscles, the biceps femoris, the semitendinosus, and the semimembranosus. Their main purpose is to bring the hip back and bend the knee. The majority of injuries to the hamstrings are strains to the biceps femoris long head muscle. Injury occurs mainly during sprinting, as the muscles contract eccentrically to decelerate the leg.
What are the Risk Factors?
Unfortunately, the older you get, the higher your chance for hamstring injury. The age when the risk starts to significantly increase is 25 years old, with research suggesting a 30% increase in risk annually thereafter.
Tight hamstrings aren’t the only problem; tight hip flexors and/or quads are also problematic.
Muscle imbalance within the lumbopelvic region and/or weakness in the hamstrings;
Previous injury to the hamstring, groin and/or knee.
The Most Effective Hamstring Prevention Program
Eccentric Strengthening Program
The majority of hamstring injuries occur during sprinting when the muscle is working eccentrically. As such, eccentric strengthening programs have been shown to decrease the risk of hamstring injury by 65-70%. The most popular and widely studied exercise for hamstring injury prevention is The Nordic Hamstring Exercise. We strongly encourage all athletes to add this exercise to their strengthening regime. However, it shouldn’t be the only hamstring exercise you do. While it has been shown to decrease the risk of hamstring injury significantly, it only activates part of the hamstring muscles (specifically the semitendinosus and short head of the biceps femoris). 80% of hamstring injuries occur to the long head of the biceps femoris, which is better activated with a hip extension exercise such as deadlifts. The most effective hamstring injury prevention program should focus on targeting all the hamstring muscles with both knee and hip dominant movements. Below you will find 2 different exercises: the nordic hamstring exercise and straight leg weighted deadlifts. We recommend doing both for the greatest benefit. See a progressive 12 week schedule below:
Frequency 2x/week x 12 weeks.
Week 1-3: 3 sets of 5-6 reps
Week 4-6: 4 sets of 6-7 reps
Week 7-9: 4 sets of 8-9 reps
Week 10-12: 4 sets of 10-12 reps
Nordic Hamstring Exercise: Can be completed with a partner holding your legs or hooking feet under something heavy. Lower yourself forward, keeping your back and hips straight. Once you cannot go any further push yourself back into start position.
Work on your core
While strengthening the hamstrings is important, you can’t forget about everything else that helps support, align and coordinate the hips. If there is an imbalance around the hip such as tight hip flexors, weak glutes, etc., the hamstrings will be more susceptible to injury. In addition, exercise programs that focus on trunk stabilization and agility vs. a traditional program of ONLY hamstring stretching and strengthening post injury results in a quicker return to sport and significantly much lower reoccurrence rate (7% vs. 70%).
Most hamstring injuries occur during sprinting, especially later in the game when fatigue sets in. Therefore, strengthening and isolating the hamstrings in the gym is essential, but you must also include interval speed training to improve coordination, large hip/knee joint torques, and explosive strength. Weekly sprint workouts have been shown to prevent hamstring injuries. Like all training loads, ensure the sprinting load (distance, reps and speed) is progressed gradually.
Where to go from here?
If you currently are suffering from a hamstring injury it is best to book an appointment with a therapist and get on an individualized rehab plan. If you are currently injury free and would like to stay that way, then add the above hamstring exercises to your current strengthening program following the 12-week plan. If you want more bang for your buck, then add some core and hip stability exercises as well. If you still have questions or want more guidance on injury prevention book an appointment with one of the Sheddon Physiotherapy and Sports Medicine therapists at 905-849-4576.
Heiderscheit et al., (2010). Hamstring strain injuries: Recommendations for Diagnosis, Rehabilitation and Injury Prevention. Journal of Sports Physical Therapy. 67-81.
Liu et al., (2012). Injury rate, mechanism, and risk factors of hamstring strain injuriesin sports. A review of the literature. Journal of Sport and Health Science. 92-101.
Prior et al., (2009). An evidence based approach to hamstring strain injury. A systematic review of the literature. Sports Health. 154-164.
Concussions make up roughly 22% of all soccer related injuries. Despite public awareness and athlete education surrounding concussions, roughly 50% of athletes do NOT report their concussions and return to sport while still symptomatic. These athletes either see no harm in playing with a concussion, believe it will make them look weak, or truly do not realize that they have sustained a concussion. In reality, a concussion should be taken seriously. Playing any sport with a concussion will prolong recovery, and if the athlete were to sustain a second impact, there is the potential for additional and more complicated injuries to the brain, which could even be fatal. This article is meant to educate coaches, athletes, trainers, and parents on how to recognize and manage concussions more effectively.
Recognizing a concussion is the most important step in the management of the injury. Concussions are extremely difficult to recognize because you must rely heavily on athletes reporting their symptoms, and no two people will experience a concussion in the same way. If an athlete sustained a significant hit to the head OR body, you should suspect a concussion. REMOVE THEM FROM PLAY, and assess for symptoms. There are a number of different symptoms that people will experience, including physical symptoms (i.e., headaches, fatigue, dizziness, blurry vision, neck pain, balance issues, nausea), cognitive issues (i.e., poor concentration, memory issues, confusion) and/or emotional disturbances (i.e., irritability, sadness, emotional). If an athlete denies any symptoms, there are still some signs you need to look for:
- Does the athlete appear to be disoriented, slow, or uncoordinated?
- Does the athlete seem to be starring into space or appear dazed and confused?
- Is the athlete sick and vomiting?
- Is the athlete acting odd or out of character?
- Did the athlete lose consciousness?
- Is the athlete unable to respond to simple questions? Is their speech slurred?
If the athlete has any of the above signs or symptoms it is best to err on the side of caution and have a medical practitioner assess and diagnose properly. Early concussion recognition and intervention has been shown to significantly decrease recovery time and improve long-term outcomes. At Sheddon Physiotherapy and Sports Medicine all of our therapists are trained in concussion management and we strive to assess athletes with suspected concussions as quickly as possible.
Importance of a Concussion Baseline Test
A concussion impacts how the brain functions; therefore an MRI and other brain scans will NOT detect a concussion. Furthermore, there is no single clinical test that can be done to know when an athlete has sustained or fully recovered from a concussion. Occasionally, athletes sustain a hit and have a vague concussion presentation, whereby they deny symptoms, but parents feel that something seems off. In unclear cases like these, a preseason concussion baseline test comes in handy since it tests different areas of the brain that could potentially be affected by a concussion. Post injury test results need to be compared to pre-injury values in order to know if/when an athlete is at their normal pre-concussion baseline values. If an athlete does not achieve their pre-concussion baseline value in one or more components of the test, then a concussion is diagnosed. The baseline test is also essential for return to play decision-making. Research has shown that if sport clearance is based solely on symptom resolution, which occurs much sooner than brain recovery, athletes may be at risk for returning to sport too quickly. As such, the best way to ensure that you return to sport safely following a concussion is to get baseline tested BEFORE a concussion even occurs.
Concussion baseline testing is currently recommended in the National Concussion Guidelines for all athletes. This guideline was developed by chief medical experts of the Canadian Paraylmpic Committee, Own the Podium, and the network of high performance sport institute across the country. At Sheddon Phyiotherapy and Sports Medicine, we offer the most comprehensive and research proven concussion baseline testing of any sports medicine clinic in the Mississauga and Oakville area. Teams and athletes across the GTA have trusted in our baseline testing for many years. To date, we have completed over a thousand baseline tests and successfully treated well over 800 concussions.
All of the therapists at Sheddon Physiotherapy and Sports Clinic have undergone extensive training with the Complete Concussion Management program in order to be educated with the most recent research-proven concussion management strategies. CASM and the Canadian Concussion Collaborative strongly promote a multidisciplinary approach to concussion management, which extends beyond the family doctor to include health care professionals with developed skills and expertise in concussions. If you have experienced a concussion and are still suffering from symptoms, contact one of the therapists at SPSC in order to assess and treat them immediately. If you have not suffered a concussion, but play a high-risk sport, contact SPSC regarding our baseline testing at 905-849-4576.