Dr Ronan Kearney, Consultant Sports and Exercise Medicine Physician at UPMC Sports Surgery Clinic, discusses his day-to-day role in Santry.

Dr Ronan Kearney discusses his role as Consultant Sports & Exercise Medicine Physician

Watch this video of Dr Ronan Kearney, Consultant Sports and Exercise Medicine Physician at UPMC Sports Surgery Clinic, discusses his day-to-day role in Santry.

Dr Ronan Kearney [FFSEM, MFSEM (UK), MB, BCh, BAO, MICGP, MSc (SEM), Dip (MSK, FIFA, Occ. H)] is a Consultant Sports and Exercise Medicine Physician at the UPMC Sports Surgery Clinic, Dublin alongside sporting roles with Sport Ireland Institute, European Tour Golf and Louth GAA.

He completed undergraduate medical training at the Royal College of Surgeons Ireland. After working across a number of Orthopaedic and Emergency Medicine roles in Ireland and Australia, he completed an MSc in Sports and Exercise Medicine at Trinity College Dublin. Subsequently he undertook General Practice training at RCSI/Dublin before completing Higher Specialist Training in Sports and Exercise Medicine with the Faculty of Sports and Exercise Medicine (RCSI/RCPI).

As a young teenager I was an aspiring athlete but unfortunately skill and injury both got in the way, so instead I decided that I if I wasn’t on the pitch, I’d like to be on the pitch side and that really drew me to sports medicine.

I’ve worked in a number of different sporting roles in the past with international soccer teams, intercounty GAA, European Tour golf, as well as rowing and rugby. Currently I work in the Sports Ireland Institute as well, which basically involves working with track and field Irish athletic team, so I’m part of the Olympic Federation of Ireland traveling team, with Team Ireland for Paris.

I have a specific interest in bone stress injuries, factors that can increase bone stress injuries include strength and biomechanics changes, endocrine and hormonal deficiencies, bone health issues so it’s important to take a quite a large, broad investigative net really to try and find out exactly why it’s happened.

We’re lucky here at UPMC to have a full team of people and that can help with management options regardless of the injury. We have access to orthopaedic surgeons to neurosurgeons to Radiologists to specialist physios to Sport Science as well as strength and conditioning coaches, that can help with the issue once we identify it accurately.

Sports Science has exploded in the recent years and I think it’s important really to not get lost in the numbers and to really focus on the patient or the athlete. I use fitness wearables quite a lot, for tracking illness and injury recovery. Technology as well in terms of Imaging, we’re really lucky here at UPMC Sports Surgery Clinic to have such a phenomenal team of musculoskeletal radiologists that have been a great help to both the Team Ireland Olympic athletes as well as the patients here at UPMC.

Quite unique here in that we have such a wide ranging team with so many unique skill sets, we do see that in in elite sporting settings but we rarely see it in settings that are available to the public so it’s energizing to be able to work in such setting. We have a number of elite athletes that will come when they’re injured, to our clinic and attend on a daily basis at times for more specialist rehab. Wouldn’t be uncommon in the waiting room to see a number of athletes, recognizable athletes,  there has been professional rugby players from France attend here, professional Australian football league players, professional golfers, as well as professional Premier League soccer players.

With a lot of elite athletes, they have huge muscle mass in their hamstrings so MRI can be really helpful to identify the exact structure that’s injured, that helps us to guide rehab and helps us to give the athlete a little bit better prognosis about the return to play times. Two of the physios here are currently carrying out PhDs in hamstring rehab and it’s really important for us to be able to guide rehab with the best evidence. The athletes that I have been working with very closely over the last number of years a few in particular, that have had a number of illnesses and injuries, that I would hope to think that I’ve helped them with seeing them perform to their best on the world stage would be the most satisfying moment for me.

As a sports and exercise medicine physicians we not only care for elite athletes we care for everyone. For a recreational runner, for general advice I suppose in terms of if you’re new to training don’t try to increase your training load or training intensity too quickly take things quite gradually, I suppose important as well to not just focus on your running but also work on your strength. Listen to the niggles don’t run through injuries and seek help early when you do have injuries and issues, there are people there to help with that. Physical inactivity is a really big issue worldwide so I suppose sports and exercise medicine has a larger role to play not just for elite sport but also for everyone out there.

 

For further information, please contact sportsmedicinessc@upmc.ie
Jessie Barr, sports psychologist at the Sports Surgery Clinic, discusses the psychological barriers to rehabilitation and return to play that follow surgery.

Psychological Barriers in Returning to Play following Surgery

Watch this video of Jessie Barr, Sports Psychologist at Aspire Orthopaedics in UPMC Sports Surgery Clinic, discussing the psychological barriers to rehabilitation and returning to play that follow surgery.

Human behaviour always fascinated me so I did my undergrad in Psychology, all while I was training in athletics, I was an athlete in my day and it became apparent as I was going through my undergrad that I was going to be able to marry my two interests of psychology with Sport. I now work at the sport Ireland Institute as a sports psychologist with Olympic and Elite athletes across Ireland.

I’m based at the UPMC Sports Surgery Clinic interestingly it started by a group of knee surgeons based at Sports Surgery Clinic recognizing that the psychological barrier was the one that was really preventing their patients from moving through their rehab successfully, physios can refer to me and the surgeons can refer to me if they’re noticing emotional distress, frustration or just a general lack of progress they might recognize that maybe a psychological intervention is needed.

Mainly working with athletes who’ve had ACL reconstructions or some sort of knee surgery who are looking to return to sport or maybe to retire in a more positive way. It’s very individually specific if it’s early on post-surgery it might be around setting goals, more often than not though I see them towards the latter half of their rehab when they are starting to return to their Sport and that’s when the real barriers are starting to hit.

So, we’re trying to increase confidence, reduce anxiety and reduce fear of reinjury mainly. A lot of talking, getting to know the patient, there’s a lot of collaboration. It’s always important for me to understand if a full return to the same level of play and the same level of performance is actually a possibility or are we preparing them to return to a lower level, because with surgery patients in particular you see every type of psychological response because surgery is probably as challenging as it gets with injury, it’s long, it’s drawn out but on the other side there’s a lot of certainty with surgery you kind of have specific timelines.

I suppose what the most common thing and what I work on quite predominantly is anxiety related to reinjury, so I’m simultaneously reducing the anxiety while trying to improve the confidence in themselves, in the knee and in the process.

There’s a number of techniques that I would use as a psychologist and one of the newer ones to introduce to patients and athletes is mindfulness. It can be dismissed as a little bit woo woo, a little bit fluffy, but it can be a way of refocusing the mind using breathing activities, using guided meditations, so we want to try and distract away or move the attention away from the source of pain.

Individual differences are so important in the work I do so a lot of my initial consultations are getting to know the person, getting to know their backstory, understanding their experience, understanding their beliefs, you know what are the belief systems that they’re bringing into this rehabilitation process, into surgery because that will really shape how I will then work with them.

My best advice to a patient who is facing surgery is, gather as much information as possible. One of the biggest sources of stress that we see is uncertainty, is not knowing what’s to come and not just about the surgery itself but the process of the next few weeks, the initial few weeks and those next few months as well. It’s a really difficult process can be a lonely process as well.

We’re a listening ear, I know it’s an unusual one to be part of the wider medical team, but be really openminded to what sports psychology could offer because it is sometimes the forgotten service that can have a lot to add on top of what the medical team can already provide.

For further information, please contact sportsmedicinessc@upmc.ie
Ms Ruth Delaney, Consultant Orthopaedic Surgeon specialising in Shoulder Injuries at UPMC Sports Surgery Clinic, discussing how to manage shoulder injuries in sports.

Management of Shoulder Injuries – Ms Ruth Delaney

Watch this video of Ms Ruth Delaney, Consultant Orthopaedic Surgeon specialising in Shoulder Injuries at UPMC Sports Surgery Clinic, discussing how to manage shoulder injuries in sports.

Ms. Ruth Delaney is a consultant orthopaedic surgeon and shoulder specialist. Ms. Delaney specializes in the full range of shoulder surgery, including open and arthroscopic procedures.

Her subspecialist areas of interest include shoulder instability and shoulder replacement surgery. She also maintains an active academic role, teaching visiting fellows and medical students on elective rotations, as well as teaching shoulder courses internationally, and is a reviewer for the Journal of Shoulder and Elbow Surgery. Ms. Delaney founded the Irish Shoulder Fellowship programme, which began taking international fellows in 2018.

The most common sports injuries I would see usually relate to instability of the shoulder especially in collision sports, we have so many rugby players in this country and obviously rugby sevens is up and coming and, in the Olympics, we have Gaelic football and hurling, so there is a range of shoulder injuries that can happen in sports and we take care of all of them. For more recreational athletes, if you’re out there on your own a good place to start is with your GP because they will be able to assess whether this is something that can be sent to a physiotherapist or is it something that needs to come directly to us here.

We are always happy to take direct queries as well so patients can contact us here at UPMC Sports Surgery Clinic and we have the sports medicine department and we have orthopaedic specialists in each joint. A man who had a shoulder replacement came last week and said it’s a whole new way of life because I can sleep at night and I can lift my grandkids so that’s not a high performing athlete but that’s somebody’s life is much better because of what we could do. Its also very rewarding when you have the elite athletes and you see them get back to the same level they were at before their shoulder surgery.

We have colleagues in lots of different orthopaedic sub specialties so I will often consult with a spine specialist as well if I think someone may have a neck problem or the pain specialist, the physiotherapy department has a really advanced shoulder team as well, so sometimes we put our heads together to come up with the best plans and usually that involves discussing the whole thing with the patient or if it’s a younger athlete for example it might be with their parents also or their coach or physiotherapist.

One of the big challenges is when an athlete can safely return to play particularly in contact and collision sports the traditional ways of knowing that were just arbitrary timelines, depending on the type of surgical reconstruction but there is a lot more and our physiotherapy department has been doing a lot of work on that, Edel Fanning our lead shoulder physiotherapist has actually done a PhD in this area in collision athletes specifically after shoulder stabilization surgery, biomechanics testing along with isokinetic testing using things like force plates and that’s helping us to understand how to fine tune the rehab to a much more detailed level and individualized to each athlete and to their sport as well and we are lucky to have a really comprehensive biomechanics lab here at UPMC SSC that helps us with that.

I think its really that we measure the outcomes of our surgeries, not good enough, the surgery seems to go well on the day or your happy with it, the patient has to be happy with it ultimately, so we track these outcomes so this helps us to plot their progress. Ideally 1 year, 2 year, 5 years that we are delivering measurable outcomes and we can then advise future patients what they can expect as well. I would tell people who have shoulder problems there is often more that can be done than you think, so I would encourage us to engage with us and let us try and help them if they have a shoulder problem that’s not going away.

We are not just for elite athletes although we do take a lot of satisfaction and a lot of pride in taking care of elite athletes right from professional rugby players, Olympic athletes, we are equally as proud of the people who are in their 80s or 90s and need joint replacements. Seeing somebody just having a better life after what I have been able to do for them is the most satisfying thing.

For further information, please contact sportsmedicinessc@upmc.ie
Colin Griffin Lower-limb Rehabilitation Specialist at UPMC Sports Surgery Clinic’s Sports Medicine Department, discussing injury prevention in Runners.

Injury Prevention in Athletes – Colin Griffin

Watch this video of Colin Griffin, Lower-limb Rehabilitation Specialist at UPMC Sports Surgery Clinic’s Sports Medicine Department, discussing injury prevention in Runners.

Colin is a strength and conditioning coach at the UPMC Sports Surgery Clinic with a role that includes the rehabilitation of lower-limb injuries and the delivery running performance services.

He completed a degree in Strength and Conditioning with Setanta College in 2015 and completed Masters Degree in Coaching and Exercise Science in University College Dublin in 2016. He is an IAAF Level 4 certified endurance coach, coach education tutor with Athletics Ireland and an accredited professional member of the Sport Ireland Institute in High Performance Sport Strength and Conditioning.

He has over 15 years experience in high performance sport having represented Ireland at the 2008 and 2012 Olympic Games in the 50km walk as well as a number of top 12 performances at world and European level. He has also coached other Irish athletes to Olympic level.

At UPMC Sports Surgery Clinic I work as a rehabilitation specialist, I have a particular interest in calf and Achilles tendon injuries, Foot and Ankle injuries, and general lower limb running injuries. I’ve had the opportunity to do a PhD in Achilles tendon injury rehab and lower limb biomechanics which I completed last year.

My background was a Race Walker, I competed over 20 kilometres and 50 kilometres and competed at the Beijing Olympic Games in 2008 and the London Olympic Games in 2012 and that led me down the road of biomechanics working on and developing any weaknesses or deficits in strength or athletic qualities. My career in Olympic sports gave me that inspiration to pursue that side of things further once I retired from elite sport. I understand what it’s like being an athlete so I can understand the stresses involved, I can understand what it’s like to be injured and you know, so I feel I can use my own experiences to connect with the athlete better and hopefully find the right solution for them.

Everybody’s treated the same regardless of their physical activity background and age profile, no two athletes are the same no two injuries, are the same. So, we would do a good thorough assessment, asses their muscle strength, their power and plyometric ability. Look at the running mechanics and what quality they’re lacking that might be relevant to either how they might have developed the injury or how they may be struggling to progress back to full training and try to individualize their plan based on their individual needs, what the gym access is like, what equipment they have and what time they can dedicate to their rehabilitation or strength program.

Taking into account their individual circumstances, their work demands, family demands and social demands and not trying to squeeze too much in. There’s going to be extra stress around exam time and that might heighten the risk of injury and getting the basics right getting 7 to 8 hours of sleep a night and good quality sleep, having a good diet and making sure they’re meeting their nutritional needs and stress management. We do try to make it fit to the person rather than trying to have a one size fits all model.

It’s hard to prevent every injury but we can certainly manage the risk of developing an injury or a repeat injury, so particularly during marathon season we see a lot of running injuries, that present in the last say two or three months before the marathon and depends on the injury but we try to get the athlete to the start line as best we can.

I’m really fortunate to work alongside a wide and multidisciplinary team of physiotherapists, fellow strength conditioning coaches, biomechanics, staff research assistants and our Sports Medicine consultants and then within the wider hospital you know radiology staff and consultant and orthopaedic surgeons. It really broadened my horizons allows me to see the bigger picture when someone has an injury and if there’s a problem to be solved be able to look far and wide to try and find that solution. We have regular in-service workshops and you know we learn from each other.

What gives me the most satisfaction?

Yeah, getting patient better, whatever that takes and even if I can’t do it all myself, sometimes it might be involving one of our Sports Medicine Consultants or maybe a colleague, particularly on some of those difficult, complex cases and doing whatever it takes to find the right solution for them and when they get to a point where they’re back doing the things they want to be able to do and have overcome their injuries. That gives me a lot of satisfaction, whether that’s an elite athlete, or whether that’s someone who just wants to be go back playing golf or walk their dog for half an hour every day, the principles are still the same and yes seeing someone achieve a satisfactory outcome gives me a lot of satisfaction in my job.

For further information, please contact sportsmedicinessc@upmc.ie
Dr Neil Welch, Head of UPMC SSC Lab Services and Research at UPMC Sports Surgery Clinic’s Sports Medicine Department, discussing Training for Youth Athletes.

Training for Young Athletes – Dr Neil Welch

Watch this video of Dr Neil Welch, Head of UPMC SSC Lab Services and Research at UPMC Sports Surgery Clinic’s Sports Medicine Department, discussing Training for Youth Athletes.

Neil is Head of Lab services and research at UPMC SSC where he has worked clinically delivering rehab and testing for 10 years. He has a PhD in the role of strength and power in rehabilitation and performance alongside his MSc in Strength and conditioning and BSc in Sports Science and physiology.

He is accredited through the UK Strength and Conditioning Association and has a vast array of experience coaching across multiple field and court sports.

Trying to get your child into regular physical activity, from an early age and encouraging them to do that consistently is a really important life skill from a social perspective, from a mental health perspective and from a broad physical health perspective, and then more broadly for society as you have a healthier population overall.

The sports that are beneficial for children are the ones they will do, so everyone has their own preferences, those preferences will sometimes come from their siblings, their parents but the most important thing is they enjoy it, so if they ever get to a stage where they are feeling like they want to move away from a certain sport or start trying other things then I think encouraging them to do that is important and giving them a bit of time away from sport periodically as well and particularly through adolescence when we get growth spurts and changes in body shape and body composition, it takes a little while before the athlete gets used to using that body. We don’t want to be doing too much, you want to be able to facilitate a couple of rest days every single week.

Essentially, we have two ends of the spectrum, we have a group of children who don’t participate in sport and we need to nudge towards it, on the other end of the spectrum you have athletes who are playing maybe multiple sports for multiple teams. Making sure there are a couple of days where they are not playing sport each week is important, that allows recovery for the individual to make sure the risk of injury is lowered.

When you have young athletes, who are very good they are asked to play a lot by a series of different coaches so actually beginning to prioritize and ultimately learning to say no to coaches sometimes is an important for the child and the parent to support them in.

Training tips from anybody anywhere in the world might look cool on Instagram but it might not be applicable to that individual, so I think guarding against poor information or controversial information maybe is probably one of the more challenging areas and that’s where like seeking out a strength and conditioning professional is probably a better approach than purchasing a program from an online practitioner somewhere in the world.

The big thing I would say when you go along to watch sport as a parent is to just let them play, you are not there to coach and the way they play isn’t a reflection on you as a parent, so brining them there and leaving them alone I think would be a recommendation.

Being able to find a balance between fostering competition and social participation is challenging for coaches when you have a larger team, maybe a squad of players that is a lot bigger then the amount you can get on to the pitch and particular with younger age groups then rotation is important giving everyone a chance to shine and not just putting the best players on the pitch. If 90% of your players are still playing in their 20s that’s a far more important statistic than winning more games when you are 14.

In terms of guidelines when trying to ensure safety for children that would apply to any field sports, so ensuring the right level of coaching experience and ensuring good warm-ups prior to training probably two big pieces of safeguarding children.

I think we have had a change in our environments where free play and physical development has been curtailed and because of that children don’t get the same exposure to jumping, landing, running, falling that maybe previous generations might have and then we parachute them into organized field sports at a later age and they don’t have the physical literacy to be able to do that and that increases the risk of injury, last year we saw a 50% increase in ACL surgeries here at UPMC Sports Surgery Clinic and that’s not just because of the market share I think there has to be some changes in the athletic preparation prior to playing field sport.

We have professional players coming in to visit us for testing and rehabilitation, if you are 50 years old and have a sore knee you will under go the same testing processes, if you are a young athlete same thing. Our thought process here is we should be applying the same principles that we do for the elite athletes to everyone.

For further information, please contact sportsmedicinessc@upmc.ie

‘Fit for living’ by Mr Gavin McHugh

Athletes aren’t just considered the people we watch at games or on television but an emerging generation of people who refuse to succumb to a sedentary lifestyle as they get older; the 80-year-old gentleman who still cycles 10 miles a day; the 76-year-old lady who likes to climb Croagh Patrick; the 69-year-old who enjoys completing the Dublin marathon every year.

With ageing, various changes occur within the articular cartilage that lines the surfaces of joints. Arthritis produces quite different changes; water content increases and other collagens and proteins decrease. Rather than offering a histology lesson, this serves to show that arthritis is not the inevitable consequence of getting older. We should look at arthritis like any other disease that can be successfully addressed if and when it starts interfering with your normal activities or your quality of life.

With regard to the knee, various options are potentially available depending on the problem. A total knee replacement replaces the entire joint but sometimes it is possible to replace only a portion of the joint, a partial knee replacement. These are generally smaller operations with a quicker recovery time and usually a more normal feeling knee afterwards. Return to certain sporting activities is also more likely – swimming, cycling and even things like doubles tennis are fine but most surgeons recommend avoiding prolonged jogging. In general, surgery makes it more rather than less likely to return to activities.

New and improving technology also allows us to insert a knee replacement more accurately so that not only is the leg straightened in a more natural way but it should also feel more stable. This is known as computer navigation and I now routinely use it for all my knee replacement surgeries.

Also, we know that weight-bearing exercise is actually good for joint surfaces. Think of the cartilage-like a sponge that fills and empties its water content with each step and this allows nutrients to flow within it. It also has the advantages of increasing bone density and thus avoiding osteoporosis and also stronger leg muscles are strongly associated with maintaining independence as we get even older.

So get out and about and enjoy your hobbies again and if your hip or knee is stopping you from doing that, maybe it’s time to get it seen about.

For further information please call +353 1 526 2367 or email gavinmchugh@sportssurgeryclinic.com

Heel strike when running – good or bad? by Colin Griffin

Colin Griffin, Strength & Conditioning Coach – This is a topic that has generated plenty of recent interest and debate among runners, coaches and sports medicine practitioners. Many runners change their foot strike pattern from heel strike to mid-foot or even forefoot strike. Others claim that there is nothing wrong with a heel strike.

Let’s take a look at the mechanics of running and the impact of a heel strike from an injury and performance perspective.


Injury

In the clinic, we see many runners with anterior shin or knee pain, and in many cases, calf pain and hamstring tendinopathy, who display a heel-striking pattern. With that we usually see over-striding – the foot making contact with the ground well in front of the centre of mass with a negative shin angle. This places greater shear loading on the shin with that narrow centre of pressure point as the foot makes contact with the ground. The foot has to flatten which eccentrically loads the tibialis anterior as it absorbs high forces.

Overstride Dorsiflexion Anterior torso tilt

In the case of calf and knee pain, because the runner lands with lengthened and poor recruitment of ankle plantar flexors and hip extensors, there is an inability to achieve joint stiffness and stability during mid-stance at the critical moment when highest peak impact forces are absorbed. The knee and ankle continue to bend placing excessive eccentric loading on the calf muscle and at the knee.

In the case of hamstring tendinopathy – when the athlete over-strides and lands with a heel strike, it puts the hamstrings at a mechanical advantage over the gluteal muscles. But with that comes a cost. The dominant hamstrings are elongated and experience increased shear loading and compressive forces at its proximal attachment.


Performance

When running at faster speeds, it is desirable to maintain a short ground contact time and a high rate of force development repeatedly to optimise performance. A heel strike at initial contact allows the foot to stay on the ground longer with prolonged deceleration as it flattens. Athletes in short events from sprint distance up to 1500m tend to favour forefoot landing, with midfoot landing more favoured over longer distances. When an athlete fatigues, there tends to be a favoured heel strike pattern.


Changing running gait

Altering a runners gait can be difficult particularly for highly trained athletes with deeply ingrained movement patterns. Certainly for the injured athlete with heel striking being a contributing factor; it makes sense to reduce heel strike to a closer to midfoot contact position to reduce the stress on the anterior shin. The heel strike on its own may not be as big a problem, but a heel strike while over-striding and perhaps a forward trunk lean can cause problems.

In the clinic, we tend to coach a vertical shin angle at initial contact with a slightly bent knee with the foot making contact just in front of the hip. This usually results in a reduced heel strike if the foot plant is coached well. A mid-foot strike allows for a larger surface area for the foot to absorb forces and dissipate evenly from the foot up the kinetic chain to the centre of mass.

In order to achieve that, we must look at that the leg does before landing. We look for an arc-like trajectory of the foot during swing phase. A linear foot trajectory closer to the ground (or a lazy swing leg) usually results over striding and heel strike. This is common in novice and recreational runners. If we increase the arc curvature by bending the knee more and picking the foot up as the leg swings through, this will allow the athlete to achieve a vertical shin at initial contact. The higher the speed the higher that arc angle will become, as the foot needs more space over the ground to apply and generate more force.

The downward foot plant will help recruit hip extensors and ankle plantar flexors to achieve optimal loading of the limb during midstance and greater power retained for propulsion with greater hip muscle contribution.

Successful gait changes can be achieved with appropriate coaching cues, running drills that have purposeful intent and a well-designed strength-training programme. There may be a short-term sacrifice for a long-term performance benefit!

Click here for further information on Running Services offered at UPMC Sports Surgery Clinic, or to make an appointment call +353 1 5262030.

Preparation Exercises for Golf

Our team of Strength & Conditioning coaches at UPMC Sports Surgery Clinic have created the following exercises aimed at helping you prepare for your round of golf and improve your overall performance.
SQUAT
• Cues: Sit back into a chair – Shirt logo facing forward – Belt buckle up
• Increase range (depth) throughout the set (maintain spine angle)
• 2 x 8 reps
LUNGE
• Cues: Split stance – Upper body quiet (statue) – Belt buckle up
• Carousel drop – Increase range throughout the set
• 2 x 6 reps each side
WALL LEAN
• Cues: Split stance with weight on the front foot
• Rock back and forward keeping the heel on the ground
• 2 x 10 reps each side + 10 second stretch at the end
ARCHER
• Cues: Extend one arm – Short grip on a band – Pull the bow
• 2 x 6 reps each side
ROTATIONS
• Cues: Hands behind the head (or hold a band or club)
• Fix hips – Rotate upper body (minimal lower back) – Increase range
• 2 x 6 reps each side

 

 

GOOD MORNING
• Hinge over like your bowing to the crowd – Maintain spine angle – Belt buckle
• Increase range throughout the set (feel stretch through rear thigh)
• 2 x 8 reps each side
BAND WOOD-CHOP
• Athletic stance – Quiet hips and lower body – Rotate upper body forcefully
• Arms remain locked out (stiff) and a wide arc is created
• 2 x 6 reps each side
SHOULDER ROTATIONS
• Band, stick or club rotate forward and back over the head
• Object remains on a wide arc -Posture remains tall and quiet
• 2 x 10 reps each way

You can download the exercise sheet by clicking below. A sample S&C planner is also available to download below.

For further information on these exercises or to make an appointment with any of the following departments please see contact details below:

Sports Medicine: sportsmedicine@sportssurgeryclinic.com / 01 526 2030

Radiology: radiology@sportssurgeryclinic.com / 01 526 2060

Ann Maria Byrne Elbow specialist SSC

‘Tennis Elbow: Is it all about the Backhand?’ by Ms Ann-Maria Byrne

“Tennis is a perfect combination of violent action taking place in an atmosphere of total tranquility” – Billie Jean King

 

“Tennis Elbow” or Lateral Epicondylitis causes pain over the outside of the elbow. Studies have shown that up to 50% of recreational “for fun” tennis players will develop symptoms at some stage[1, 2]. The condition occurs less in professional players, presumably due to better technique and equipment[3]. It usually affects both men and women between 30 and 50 years of age [2]. And, contrary to its name, the condition is linked to playing tennis in less than 5% of cases.

 

Tennis Elbow UPMC Sports Surgery Clinic
Lateral epicondylitis is essentially a repetitive stress or overuse injury. It can occur with any activity where there is repetitive extension and/or twisting of the wrist[3,4]. The condition is caused by degeneration or tears of the tendons attaching to the bone on the outside of the elbow (lateral epicondyle). The Extensor Carpi Radialis (ECRB) tendon is most commonly affected. This tendon is involved in extending the wrist joint and is active while gripping with the wrist extended – such as when holding a tennis racquet. Other activities such as prolonged use of a computer mouse and typing at a keyboard have been implicated. Plumbers, painters, carpenters, butchers and chefs are groups at risk due to their wrist motion in their line of work.

 

Elbow Surgery UPMC Sports Surgery Clinic
In tennis players, the backhand stroke causes injury by overloading the wrist extensor muscles attaching into the lateral epicondyle. This stroke can be performed using a one-handed or two-handed technique, however, the one -handed approach is more commonly associated with elbow injury[5]. Incorrect grip size of racket handle has been found to cause increased force transmission to the elbow increasing injury risk[6]. Also reports are emerging that decreasing grip strength and relaxing forearm muscles in the follow-through phase of the back- hand stroke can help prevent “Tennis Elbow” in recreational tennis players[3,5,6].

 

Tennis Injuries

 

Patients usually present with pain and tenderness on the outside of the elbow. They often describe a dull ache travelling from the outside of the elbow down along the extensor muscles to the wrist. Some have swelling around the outside of the elbow. Some complain of the following symptoms:

 

• Pain when the wrist is brought back into extension
• Pain when lifting a cup or kettle
• Pain when shaking hands or making a fist
• Pain turning a door knob

 

Other conditions can cause symptoms that mimic tennis elbow and need to be ruled out. These include arthritis of the elbow, ligament injuries, neck problems, nerve entrapment, and shoulder impingement. History and clinical examination usually guides your doctor to the diagnosis. Further imaging such as an MRI scan may help identify the severity of the condition, and any underlying pathology[7].

 

There is no consensus on the definitive treatment of lateral epicondylitis. However a period of non-operative treatment is recommended before considering surgery. Most cases are self-limiting and resolve with rest within 6 to 12 months. However, for some, especially the keen tennis player, this wait-and-see approach may not be feasible. Conservative treatment may involve a combination of eccentric stretching exercises with physiotherapy, bracing and injections[8, 9].

 

With a failed trial of non-operative treatment, surgical release and/or repair of the tendons at the lateral epicondyle can be performed. Studies of functional recovery after surgery have indicated that patients can typically return to play within 3 to 6 months [10]. Prevention programmes focused on warm-up stretches, and equipment modifications such as racquet grip sizing are important in the long term management of the condition[6]. Lifestyle changes may be required in those who have an occupational risk of the condition such as rest periods, equipment adaptation and avoidance of repetitive wrist extension.

 

‘When I was 40, my doctor advised me that a man in his 40’s shouldn’t play tennis. I heeded his advice carefully and could hardly wait until I reached 50 to start again’  Hugo L. Black

For further information or to make an appointment with Ms Ann-Maria Byrne, please call +353 1 5262345

1. Pluim BM, Staal JB, Windler GE, et al. Tennis injuries: occurrence, aetiology, and prevention. Br J Sports Med 2006;40(5):415–23.
2. Nirschl RP. Elbow tendinosis/tennis elbow. Clin Sports Med 1992;11(4):851–70.
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