Previously, while living in the US, I was sent for Bio Feedback monitoring, and was ‘hooked up’ to many electrode pads around my neck, shoulders, and arms. These were to be used to measure muscle tension in all the upper body limbs including the neck and shoulder area.  The sensors are connected to a computer which plots out the associated muscle tensions on a monitor, so you have real time visualisation of the various muscle tensions you hold in your upper body when operating computer equipment. You are actually seated in front of a real keyboard and mouse, and asked to type and enter data like you normally would in your daily life.

I was actually quite surprised at how much tension the signals showed, and was constantly told to relax the posture to drop the tension levels – not an easy task!

I had to really try to relax my whole body from my head to neck to shoulders to arms to wrist angle to make even the slightest difference. The difficulty was trying to hold it there whilst typing and using a mouse.

Emphasis was placed on relaxing muscles that control the upper limbs, as well as suggestions on how to become more relaxed in the mind both inside and outside of the office environment.

As with other RSI awareness education therapies, there was no magic bullet for me with Bio Feedback, but it certainly helped to raise my awareness of how tense my upper body limbs (including shoulders) became while operating computer equipment, and that really is an important part of the RSI education process.

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“There is a growing awareness of how much of an impact there is on students. A lot of the ergonomists I work with at different companies have been noticing that students are graduating from college and coming into the workforce already with chronic repetitive strain-injury problems. It seems at least from the anecdotal stuff that it’s important to start focusing more on the student population.”

This could unfortunately be the start of the RSI epidemic wave that I have long been expecting. The younger generation coming through universities and colleges of further education are the ones that have been exposed to ‘technology’ since they were born and have grown up accustomed to a hi-tech life full of computers, mobile phones, gaming systems and other ‘daily use’ gadgets in complete ignorance of the danger that they pose. They are the generation that have grown up with an ever expanding level of text messaging.

What this generation does not appreciate are the dangers associated with RSI type conditions and their implications for future employment (and earnings) prospects. I also wonder whether employers realise the risks of employing people with these conditions, especially into computer intensive jobs. It may not be too far in the future before employers start to check for these conditions during a pre hiring medical examination, although it may be hard to diagnose without honesty from the potential employee.

What is obvious to me is that ergonomic and RSI health awareness training currently aimed solely at employed adults has to be brought into schools, colleges and universities also to educate the future employees before they succumb to a debilitating RSI condition when they start their employed adult life.

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The RSI pain cycle once ‘locked’ into is a hard one to break free from. The common mistake is to address only one or two factors. If the sufferer is at an early stage of RSI, and is fortunate then one change eg ergonomic setup may be enough to break free, but any medium/long term sufferer who is trapped in this cycle should consider addressing most/all of the underlying trigger causes to allow the transition to an RSI free life. The second diagram (click image to enlarge) shows the key areas to address to break the cycle.

You can also download the 2 diagrams in Breaking The RSI Pain Cycle (pdf)

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It should also be noted that video gaming is a highly addictive pastime (I speak from the experience of my youth). Video games are designed to be addictive; let’s face it, if they were not, players would rapidly lose interest and move onto something else, and the manufacturers would not sell many games.

There are usually very high levels of repetitive motion involved to complete a game stage and there are usually many levels to  complete, which allow the individual to achieve the elevated status of finishing that level (quite often against the clock) and progress to the next with a sense of achievement. There is a high degree of addiction involved in this process which can involve spending literally many hours in a sedentary position whilst making very repetitive motions with your arms, hands and possibly feet while using keyboards, mice, joysticks and other types of controllers.

In the specific case described in the article, a girl came down with a bad skin condition involving sore lumps in her hands and feet after playing for hours on a gaming machine. In a quote from the article that refers to a Swiss doctors’ report it states that,

“Excessive video gaming is currently regarded as an alarming health issue… Recently, organic pathologies such as acute tendinitis, called Wiiitis, or video game-induced knuckle pads have been added to the list of video game-related pathologies. We report… ’PlayStation palmar hidradenitis’ as a cutaneous (skin) pathology induced by console gaming.”

They also recommended that,

“If you’re worried about soreness in your hands when playing a games console, it might be sensible to give your hands a break from time to time and don’t play excessively if your hands are prone to sweating.”

It’s easy to make these recommendations but try telling that to an addicted game player when they are close to achieving that ‘next level’. The medical community does not currently appear to address the addictive nature of computer gaming as well as the resulting conditions. To be honest, I can’t see any way to control this other than extensive education or (more radically) forcing developers to programme in rest breaks to gaming software itself, maybe between levels (you can just see that happening!).

My guess is we will continue to see more and more of these types of injuries and more and more of them will be happening to children who still have a large portion of their computer intensive lives ahead of them. I think that the only way to truly address the problem is to educate parents about the dangers of such gaming systems and their potential for causing repetitive strain type injuries. However, its not just children who are at risk. How many grown adults spend their ‘away from work’ time playing 3-4 hours of video games a night? I’d say a fairly large percentage of the (mainly male) 15-30+ age group.

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In a nutshell, it combines a fairly physical activity encompassing muscle and tendon stretches from your head to your toes, with core conditioning and balance practices. This is coupled with controlled breathing techniques to allow the participant to focus their mind on the present moment. As well as the physical practice, yoga teaches techniques to promote deep relaxation and the ability to clear everyday thoughts from the mind with meditation. This powerful combination really can address a lot of the factors that lead to conditions like RSI (primarily driven by the overused micro-movements of muscles and tendons coupled with bad ergonomics and stressful working conditions).

Yoga practice can

• stretch out abused and injured arm muscles and tendons that have been used in a very poor/restrictive motion for numerous hours
• stretch out your neck, spine, and shoulders which most likely will have also been in a bad posture for hours at work, and can be the sources of a lot of RSI conditions
• enhance the blood flow to fatigued muscles
• enhance overall strength and flexibility
• stretch out tight tendons
• promote relaxation
• promote calmness through meditation
• make the participant feel good about their health
• make the participant decidedly fitter

I have only relatively recently delved into yoga. For those of you who think it’s an activity for girls and hippies, I can assure you it isn’t! It’s really a great practice for everyone and there truly are no age or gender barriers. It can be quite physically involved, which I didn’t realise before I tried it out! I really wish I had started practising at an earlier stage in life while my RSI was not as bad as it is now, when it could perhaps have helped me to address my RSI condition during its early stages.

There are many different types of yoga class out there. The class I currently attend is based on Ashtanga Yoga, and is fairly physical. It involves many stretches (some quite challenging) interspersed with vinyasas* which are physical sequences or “flows” between each Yoga pose. A typical class goes for 1 to 1.5 hrs, and follows a sequence of

• Controlled breathing practice (relaxation, focus of breath and readying self for practice
• Sun salutations (sequences of vinyasas to warm body up with)
• Standing stretch/posture sequences interspersed with vinyasas
• Seated stretch/posture sequences with vinyasas
• Reclined stretch/posture sequences with vinyasas
• Relaxation/meditation.

I can honestly say the time goes by in a flash, and I always leave way more relaxed than before I arrived. It’s a great way to switch off from the working day. The Ashtanga class is fairly physical, and it may be a good idea for you to try to experience yoga at an easier pace first of all, and there are many classes to suit. You can also get many great yoga DVDs these days so you can try it out at home if you prefer (all you need is a yoga mat and motivation!), before jumping straight into a class. I do however recommend trying to aim for a physical version of yoga, since this is what will help you achieve core strength and conditioning, giving your muscles a helpful intensive stretch based workout, coupled with relaxation and the ability to refocus your mind.

It is perhaps the idea of channelling the hyperactivity of the mind into more useful positive energy and thoughts that is one of the key aspects of yoga. If we can control the over activity of our minds, we can achieve a positive state of mind and can face day to day stresses on a more even keel, ie. it can be adapted to many areas of your life. For example, are you perhaps over stressing a lot in the office? Then maybe a 20 min break away from your desk and a bit of controlled breathing and meditation can bring your mind back to a less stressful place, and begin to bring things into perspective, which can’t be a bad thing in these crazy busy lives we now lead now can it?

*”Vinyasa has since been thought of as a physically demanding practice, which can be successful at channelling the hyperactivity of … minds. This system can also be used as a vessel for helping calm ongoing chatter of the mind, reducing stress and teaching extroverted personalities to redirect their attention to their internal experience.” wikipedia

An article from the San Francisco Chronicle highlights the benefits of Yoga practice in the high tech industry.

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Whether this form of computer input technology will ever see serious light of day or not, or whether it will replace the keyboard and mouse, is anyone’s guess, but it is interesting to see trends in technology moving away from using the standard devices (although it is hinted that currently there is no good replacement for a keyboard for text entry).

Whether this technology can save us from RSI related injuries is open to debate; it may well transpire that they just mean we are susceptible to different types of injuries, but it is a good sign that developers are at least rethinking the now traditional methods of interacting with computers. It could lead to opportunities in computer use for people with all kinds of different disabilities, and not just RSI.

Is this the start of a new age in ergonomics, or is it just the latest phase of hi-tech gimmickry ?

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The common position for hands hovering above a keyboard is as shown on the right, which I refer to as the ‘claw’. This position elevates the tension in the aforementioned extensor muscles, causing them to become fatigued over prolonged periods of time. Typing whilst the hand/wrists are in this position (another common posture mistake) will further increase the muscle and tendon stresses making the situation worse.

What may not be so obvious is that moving the wrists into a more neutral ‘level’ position (see image) can still create enough continual tension in the forearm extensor muscles. This is not always apparent unless, like me, you already have a bad RSI condition and can notice the pain in already injured muscles.

This is a much better position than the ‘claw’, and the forearm extensors are far less tense. They are however still in tension which may lead to forearm extensor fatigue when held in this manner for long periods of time eg 6-8 hours a day hovering your hands over a keyboard at work.

The final image on the right shows a ‘hanging’ wrist position which, if adopted, places minimal stress on the forearm extensors, (they should in fact be relaxed in this position), and is a good posture to aim for when typing. You can then utilise the weight of your hands and fingers to type, lifting the arms from the shoulders and elbows instead of placing the burden on the forearm extensors and associated tendons.

You don’t even need to be at a keyboard to try out these different wrist angles. Just hold your hands in these positions for 2 minutes and observe the different tensions in the forearm extensor muscles. Start to imagine what it is like for your body to hold this tension for up to 8 hours a day at a computer, and ask yourself whether it may be more beneficial if you changed your posture to one that has far less muscle/tendon tension in it.

Note: In order to successfully utilise the ‘hanging’ wrist position you will most likely need an ergonomic computer set up with a drop down keyboard tray, perhaps even an adjustable position keyboard tray.

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OK, so you are experiencing a long term RSI condition, ie it has gradually worsened for more than 2 years. You are in continual pain at work and find it difficult to do your job. You have perhaps gone through consultations with ergonomists, doctors, physiotherapists and just about anybody who’ll listen, but still you find no relief. You struggle to remember what it felt like not to associate pain with computer use. You may be wearing an arm brace (and probably have a large collection of them by now), and you probably have a sizeable collection of strange ergonomic mice at your computer that don’t seem to help. Your employer keeps expecting the same work output from you and you stress about how you can get through it. You get by by doing what you can, but generally come home each night from work and feel anxious about the situation and the searing pain down your arms. You wonder what you can do, and how you are supposed to live a normal life – you can’t remember what normal life was like before this injury!

So what are the options then? Well I remember a great bit of advice from my father (that’s what fathers are for after all). It was at the stage where I was still living in the US and wanted to return home. The prospect of a new computer intensive job and a new situation was looming, and I wondered how I’d cope because my injury was getting worse. The stress of the situation wasn’t helping either and changing countries of residence can be a very anxious time. I just wasn’t sure whether I could go on working with computers any more. I phoned my father and told him the situation, fully expecting him to tell me to stay with the job. I was, however, surprised when he said rather straightforwardly, “Well, you’ll need your arms and hands for everything else you decide do in life”. In other words, it wasn’t really an option to keep doing something that could ultimately make me any more disabled. I knew then that I had to consider doing something else.

Before coming to any radical decisions, I really strongly recommend trying to adopt all the suggestions in RSI – What to do? (Part 2 – RSI Dealing With Progressive Symptoms) in the majority of cases you will see improvements.

In addition I’d recommend -

• Eliminating as much computer interaction as possible at work, home and elsewhere
• Eliminate text messaging entirely
• Eliminate use of games consoles if you use them
• Get as physically fit as possible, go swimming
• Use meditative techniques to relax and ease the pain, maybe as part of a Yoga class
• De-stress your life wherever possible
• Get at least 8 hours of sleep a night
• Stick to core work hours – if you are in really bad, continual pain, consider medical leave
• Talk over options with your employer – there may be something else less computer intensive that they can find for you to do
• Find a good physiotherapist who can do deep tissue massage
• Find a RSI support group and share your experience with others. Hear what has worked for others and get free helpful advice
• Consider a career change – it’s tough to do and can be stressful in itself, but there are still jobs out there that don’t require computer use, or at the very least involve less computer use. I am now a self employed picture framer!

RSI conditions can be tricky to get rid of. I have been away from my computer intensive career for two years now, and I still have bad RSI symptoms. Interaction with a computer for 5-10 minutes can make it start to hurt badly, so these conditions are not easy to shake off. There is no ‘magic bullet’ to fix them.

Look after your arms and hands, remember you will need to use them in any new career you decide to take. Good luck with finding a solution that works for you.

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The symptoms have been described by a few physicians to me as tennis elbow like in nature. The tight and spasming extensor muscles and tendons end up being over used, and don’t get the chance to recover. This leaves them in a permanently fatigued state, tightly tensioning the forearm tendons to which the extensor muscles are attached, causing referred pain down the tight tendons into the hands and fingers.

You can do a check to see how fatigued your forearm extensor muscles are. Using your left hand to check your right forearm extensor muscles press down firmly with the thumb onto the upper forearm extensor muscles (see image below), move the position of the thumb slightly over these muscles and check for pain. Repeat the diagnosis with the left arm extensor muscles and your right thumb.

If you are in any doubt about what these muscles do, press your thumb on your arm as above and raise your wrist up as if you were about to type. Also raise and wiggle your fingers. With your thumb, you should be able to feel your extensor muscles tightening as your wrist and fingers raise.

If you find the extensor muscles to be in pain with the above procedure then these muscles are fatigued. It also means that ergonomically, you are not using your keyboard properly and are probably typing using the claw, which causes this type of problem. This type of condition is one of the most common mechanisms for RSI pain, but can easily be addressed by changing the way you type.

If you are experiencing pain in these muscles, it is time to try to relieve them which can be done by massage, icing and rest. Consult your doctor or a trained physiotherapist to find out the best techniques which may include ultrasound. It is also time to re-assess your typing technique otherwise you may be placing yourself at risk of an RSI type condition. This may send the forearm extensor muscles into a more permanently fatigued state, from which recovery may be difficult, and in some extreme cases may be impossible.

In my own case, forearm muscle fatigue is the primary mechanism for my RSI pain. Unfortunately for me, I learned of the prevention techniques several years after my symptoms began, when these symptoms had already become more permanent. To this day I still have not been able to understand what condition these misused muscles are in, but I suspect permanent damage. I do however still get some much needed temporary pain relief these days from massage of the forearm extensor muscles and tendons, just not very lasting , but my injury is after all a long term one.

See also my other article on forearm extensor muscle overuse and wrist positions.

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