Article: A year at Sick Kids

Rob Henderson was awarded the Keeler Scholarship by the Royal College of Ophthalmologists for his fellowship plans to specialize in paediatric vitreo-retinal surgery. He spent a year at the world-renowned Hospital for Sick Children (‘Sick Kids’), Toronto, and is going on to a fellowship in VR at the Royal Victorian Eye & Ear Hospital in Melbourne before coming back to London to compete his training

Rob Henderson BIO_blog

As I walked in to clinic for the last time I saw, sitting in the waiting room, the slightly gaunt and angular frame of the first patient I had met at Sick Kids. Rachel looked up at me with a smile of recognition and, as I caught up with her progress – she had been accepted into university and started coaching tennis again – I reflected on how far both she and I had come during this last year.

Rachel was a 17 year old girl with a pre-existing history of JIA and aphakia who, in the spring, had acquired a small Fusarium contact lens related keratitis which cleared up with topical amphotericin. Her rheumatologist then started her on Humira (adalumimab), which reactivated her keratitis with endothelial plaques and a hypopyon. With a unicameral eye, fungal endophthalmitis was a distinct possibility. She was treated with topical, IV, oral, and intracameral antifungals – all to no avail. She eventually required a therapeutic PK, followed by a second, vision restoring, graft. Now, some 10 months later, her vision was 20/40, she was not taking any anti-fungal medication, and she was back to considering starting Humira again.

Her case initiated me in to a hospital where ophthalmology is deeply integrated into the care of many of the complex needs patients. We were four paediatric ophthalmology fellows and, in addition to the clinic and Operating Room (OR) duties, were responsible for covering the ‘consult service’. The admitting services in this 370 bed quaternary referral center often requested input from other specialties. There were multiple consults daily to rule out both common and vanishingly rare associations – whether it be KF rings for Wilsons; posterior embryotoxon for alagille; or vitreous findings for sticklers. There were dysmorphology exams; endless papilloedema checks for the neurosurgeons; conjunctival biopsies; non-accidental injury exams; sedated exams in MRI or IGT for the young JIA patients. There was a relentless onslaught of rare conditions that frequently had one running to Google for help but as the year passed these esoterica, which often accounted for less than a line in a textbook, became less foreign.

The four fellows rotated departments every three months through four main firms – anterior segment, ROP, strabismus, and retinoblastoma. There were further clinics in retina, neuro-ophthalmology, oculoplastics, and oculogenetics. Additionally, we had additional required sessions that were to be spent in electrophysiology, orthoptics, and in the children’s rehab centre. The clinical diversity and amount of pathology was extraordinary. In one week I saw new presentations of Peters anomaly, congenital cataract, a Sturge Weber associated and uveitic glaucoma, a new retinoblastoma presentation, and a child with posterior Coats disease. This quantity of pathology was surprising to me at first until I realized that while in the UK we have a population twice as big as that of Canada, the cases are divided amongst ten times as many hospitals; Sick Kids drains the case load from almost two thirds of Canada with no competition due to its concentration of expertise and the exalted place it occupies in the firmament of Canada’s health care system.

From the outset, the attitude to training was different to the apprenticeship style that I was used to. A number of fellowship requirements were stated including: research projects that to be completed and written up; additional supernumerary clinic sessions to be attended; journal clubs and teaching sessions to participate in. The implied threat was that, were one not to fulfill these requirements, we would not ‘graduate’. It swiftly became apparent that this was not a fellowship that relied upon ad hoc teaching and ‘on-the-job’ learning opportunities: we were very much there to be taught and to learn. It was said to us when we first started in clinic: “It is not your responsibility to make sure the clinic is finished – that is the job of the Staff [Consultants]; your responsibility here is to learn as much as possible.” There was a service provision element of course, but every case had to be presented to the Staff, whether the diagnosis was simple or complex. This occasionally slowed clinic progress to a level of inefficiency that reached screaming point for both patients and fellows alike. For the most part, though, it meant that every case we saw had a learning point. The strabismus clinics were good examples because, in general, we did all our own orthoptics and refractions. Each duction and version, each over and underaction was checked by the strabismology consultant; it was an amazing way to calibrate one’s technique. As a way to see large numbers of patients, however, it was painfully slow and waiting lists to see the great man were well over a year as a consequence.

Sick Kids toronto_blog

All the major Toronto hospitals are affiliated with the University and staff, therefore, have teaching titles – with most starting as Associate Professor. At the end of our year the fellows at Sick Kids had each attended approximately 240 separate teaching sessions! These happened at the beginning and end of the clinical day meaning that days were often long (7am-8pm), sometimes testing our endurance levels. Dinner was often provided with journal clubs though, and occasionally took place in restaurants around the city. In addition, there were pastoral sessions where the fellows were taken out, at the department’s expense, and a guest speaker would talk on subjects such as ‘how to have an academic career’; ‘working in the developing world’; or ‘surgical innovation’ whilst dinner was served. There were also quarterly ‘fellows-breakfasts’ when we met the fellowship director over waffles, bacon and maple syrup to identify if there were any problems. From a didactic teaching perspective this year was an extraordinary experience, and one that I cannot imagine being able to emulate in the service provision culture of the NHS.

A criticism that I have often heard of North American trainees is that they are all very book smart (and with all that teaching one could hardly fail to be!), but less clinically ‘savvy’ and less experienced surgically. The Canadian trainee, like his American counterpart, goes to medical school for a 4-year post graduate degree. They choose their specialty during medical school and apply nationally for a residency program. In Canada, once accepted on to this, residents in ophthalmology have a 5-year specialty training program that includes one year of general medical and surgical internship. In Ontario, at the start of Post Graduate Year (PGY) 2, all ophthalmology trainees are enrolled on a 6-week intensive course taking place in Toronto. During this they are exposed to a complete overview of ophthalmology – the basic and clinical science – taught by the clinicians. Years 2 and 3 are spent in clinic with very limited surgical exposure. The PGY 4 and 5 trainees are then given unobstructed access to the Operating Room time. At Sick Kids, certain cases were designated as resident only cases (all horizontal strabismus for example). This meant that, in Ontario, trainees had surgical numbers that were not significantly less than their UK counterparts, and in provinces where there are no fellows and very few departments eg Saskatchewan or Alberta, the surgical numbers are far greater. All trainees had an exam three times a year; all took the same exam regardless of experience, and were expected to perform better the more senior they became. In addition, most took the North American wide MCQ exam (OCAP) yearly to give themselves the option of working across the border. All of this resulted in residents who were highly drilled for their final exit exam and failure rates were low. One might argue that some lacked a little of the clinical acumen that comes of the years spent at the coal-face in the UK. However, the aphorism ‘you only really start learning when you become a consultant’ bore out when I paused to consider that my fellowship director, a man of hugely impressive clinical and surgical prowess, had been staff for 5 years already and, at 39, was only 2 years older than me!

Many residents, on completing their training, elect to go into general practice without further need of fellowship. Those wanting to sub-specialise further are often in the unenviable position of looking for ‘dead man’s shoes’ Staff positions – there being no compulsory retirement age in Ontario. This was frequently the case in Toronto: two of my senior staff colleagues were in their seventies with no obvious signs of wanting to slow down or make way for younger trainees.

Physicians in Ontario have, by and large, retained their autonomy from the state/federal government to a far greater degree than in the UK. This has enabled doctors to shape their practice to a much larger extent. There are many fewer government edicts about waiting times, audit practice, or clinical governance in general since there is little way to enforce them. Salaries are, on average three times that of their NHS equivalents (though a parallel private practice sector does not really exist). The feeling, therefore, one is left with is that the practice of medicine is more comfortable for physicians and surgeons, though, it is possible the patients have a less good deal.

The Ontario Health Insurance Plan (OHIP) covers all hospital stays, inpatient medications, and clinic visits but outpatients are forced to rely on their own work based ‘benefits’ programmes to subsidise drug costs. Frequently, parents would choose to hold off getting their children new glasses until the new ‘benefits’ year. Those without one of these programmes often faced crippling drug bills that were unaffordable and, while the hospital and social services made some provision for the least well off, there were many that had less than ideal treatment as a consequence. On the flip side there were no qualms about ‘topping up’ with all hospitals advertising the pros and cons of different IOLs that were available to upgrade to.

Despite the sense that Doctors have a better quality of life in Ontario all those that I met at Sick Kids were immensely dedicated. The hospital, like many such institutions has a huge international presence and strives to better the lives of children not only in Canada, but worldwide. The retinoblastoma program run by Dr Brenda Gallie is one such example, with links forged with institutions in Kenya, Egypt, China and India amongst others. The remit is to teach, advise and improve the quality of care, and form collaborations that enable international multicenter treatment trials. The only exception was that the hospital, by and large, refused to treat patients from the US owing to the risks of litigation

The Sick Kids brand is a phenomenon: it was rebuilt during the 1980s based mainly on fundraising and good will from local Torontonians. The ‘Main street’ down the centre of the hospital is lined with plaques dedicated to ‘benefactors’, ‘grand benefactors’, and even more rarified VIPs who are accorded special status if their children became unwell. The money-making and marketing machine is a behemoth: for their new research and learning tower they obtained donations of $750,000 from each member of the executive board alone. Every day there were new fund raising initiatives: lotteries, sales of clothing, jewellery, or leather goods in booths down the ‘Main street’. Volunteers abounded in clinics, on the wards, in the children’s library, or in the surgical waiting room looking after anxious parents. The hospital was awash with gifts and endowments: at Christmas, the number of presents donated to the inpatients was so large that often toys were diverted to less well known institutions to provide for their children.

Overall, the impression one gets is of an enormously well funded hospital replete with all the latest technology, electronic patient records, and computer systems that offers the very best care to patients from all over Canada and further afield; and takes huge pride in its status as one of the premier teaching institutions in North America.

I left Sick Kids having learnt a huge amount, having seen an amazing amount of pathology both in general medicine and paediatric ophthalmology, but most of all I felt tremendously impressed at the dedication to and quality of teaching that we received and so very grateful for having had the opportunity to go to this amazing institution.

Article first published in Eye News 2011;18(3):26-9. © Pinpoint Scotland Ltd. All rights reserved.

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Truly Portable Imager Produces Still and Video Images of the Eye

Keeler’s lightweight Pictor digital imager delivers internal retinal and external corneal views

For convenient ocular imaging in any setting, keeler’s new portable Pictor digital device enables ophthalmic imaging not possible with traditional fixed systems. The Pictor delivers high resolution images of the retinal and external eye structures in office, on non-ambulatory patient visits, at off-site clinics and for paediatric patient exams difficult to conduct on a fixed system.

The extremely compact Pictor weighs about 450 grams, and fits easily with its accessories into a small briefcase. Its high quality jpeg images, easily uploaded to computer, are compatible with most major imaging software programs and adaptable to any patient database system. The files can be used for patient records, or shared for remote diagnosis and consultation.

Keeler’s Pictor imager is highly portable for use in examining convalescing, geriatric and pediatric patients

Keeler’s Pictor imager is highly portable for use in examining convalescing, geriatric and pediatric patients

Keeler’s Pictor imager is highly portable for use in examining convalescing, geriatric and pediatric patients

Ideal for retinal and external imaging and associated interpretation, Pictor’s low system price results in a short payback period. Two modules are included with the Pictor. The Retinal module provides a 45 degree field of view of the fundus. It is a non-mydriatic imaging method for use with pupils as small as 3mm. The Anterior module is used for imaging surface parts of the eye and has a series of cobalt blue LEDs for fluorescent imaging. Pictor also comes with otoscopic and dermascopic attachments for further general medical applications.

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Moorfields Purchases its 100th Keeler Indirect Ophthalmoscope

In response to Moorfields Eye Hospital NHS Foundation Trust purchasing its 100th Keeler Vantage Indirect ophthalmoscope, Keeler has donated a digital version, the Vantage Plus LED Digital indirect ophthalmoscope, to the hospital.

Moorfields is one of the world’s leading eye hospitals, providing expertise in clinical care, research, teaching and education. Keeler’s relationship with Moorfields has spanned several decades and is reciprocal in nature; Keeler has worked very closely with Moorfields to develop its range of innovative products and ensure the ophthalmic equipment is at the forefront of hospital diagnostic care and tailored to the needs of the surgeon.

moorfields1a_blog
Mr. Ezra examines patient with Thamby Rajah and assistant

Mr Eric Ezra, MA, MD, FRCS, FRCSOphth, Director of Vitreo Retinal Surgery at Moorfields, has had significant influence in the design of the latest Vantage Plus indirect ophthalmoscope and Keeler’s latest development, the Keeler Vantage Plus Digital. Mr Ezra commented: “Teaching is one of the key areas we are developing and the Keeler Vantage Plus Digital is a valuable tool that really helps us to show our Fellows what they need to be treating and the on-going progress of treatment. I have worked very closely with Laura Haverley at Keeler to ensure we get the right product that will enhance and develop this very important work.”

Thamby Rajah, Clinical Sister and Out Patient Coordinator at Moorfields added: “One of my key responsibilities is to make sure that diagnostic equipment is available and ready to go and Keeler streamlines this process by ensuring products are up to date and working correctly. This helps to keep all of my clinics running smoothly so we can focus on patient care and making sure patients are diagnosed and treated without delay.”

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From L-R: Thamby Rajah, Laura Haverley from Keeler presents a Vantage Digital to Eric Ezra with Keeler’s Phil Nyquist

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Keeler Assigns New Sales and Marketing Director

Keeler has appointed Peter D Healey as its new Sales and Marketing Director.

Peter Healey

Peter Healey

Peter comes to Keeler having held the positions of General Manager UK & Ireland and Head of Sales of Europe and International at Warner Chilcott Pharmaceuticals. Prior to that, he was Global Marketing Director responsible for Detergent Alcohol & related products at Proctor and Gamble (P&G).

Peter commented on his new role: “I am very excited to join a company that has UK manufacturing, such an excellent brand name, opportunity for growth and one that’s part of a strong parent group in Halma. I am looking forward to building on the history of Keeler for quality, optics and service, to fully capitalise on our growth opportunities. Keeler is 100 years old in 2017, something we plan to celebrate with another five strong years of double digit growth behind us!”

Managing Director Abbas Sotoudeh commented: “The appointment of Peter brings new and complementary experience and skills to our already strong Sales and Marketing team. We have exciting and ambitious plans and high growth expectation in the next few years. Having Peter on board will undoubtedly contribute to our future successes.”

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Mystery Device Solved!

what is it?

what is it?

Keeler’s online ‘What is it?’ competition invited entrants to identify a Mystery Device on the Keeler website for a chance to win a prize. The competition has now ended and Keeler can reveal that the device in the image is a Weiss Portable Faradic Battery from 1889!

This ‘quack’ medical instrument was an electrotherapy device built around an induction coil and claimed to cure a whole host of ailments and illnesses by discharging an electrical shock through the body! The device was designed to deliver a sharp electric shock, and it was believed that this jolt of electricity could treat a myriad of problems including cataracts, retinitis, hysteria, asthma and diseases of the brain, all at the doctor’s office.

Batteries were also sold for use in the home with extravagant claims that they could cure diseases and ailments like deafness, and loss of smell. Quite incredible to see how far science and healthcare has progressed!

Weiss’s showroom in Oxford Street at the time

Weiss’s showroom in Oxford Street at the time

Weiss’s showroom in Oxford Street at the time

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Guess the Mystery Device

Keeler has launched an online ‘What is it?’ competition at www.keeler.co.uk.

Click on the green ‘What is it?’ tab in the middle of the homepage and if you can identify the mystery ophthalmic device in the image you will be entered into the prize draw with a chance to win an ipod Touch or Kindle Reader.

Competition is open to all until March 31st 2011. Good luck!

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Keeler Appoints New Sales Manager

Brian Moran has been appointed UK Sales and Key Accounts Manager at Keeler. Brian has spent 20 years in optometric and ophthalmic sales with Keeler and brings vast customer and market knowledge to help improve the company’s levels of customer and dealer support. Brian began working in Scotland before expanding into Northern England, Ireland and major accounts management.

Brian Moran

Brian Moran

Brian qualified as a Dispensing Optician from Bradford in 1990 and is currently studying Business Management to enhance his contribution to Keeler.

Brian commented:
“I am very happy about my promotion to UK Sales Manager. It is exciting to work in the manufacturing and sales environment where I can have direct input into future developments.”

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Halma announces record earnings and strategy for continued expansion

- £100m earmarked for acquisitions -

Halma p.l.c. (www.halma.com), the leading global safety, health and sensor technology group and parent company of Keeler, has announced record results with profits up 9% to £86m and revenue rising by 1% to £459m. The UK-based group has posted strong financials to raise shareholder dividends by 7%, the thirty-first consecutive year of increases greater than 5%. The company plans to augment its organic growth efforts through acquisition of complementary technology companies, as it has done for many years.

Halma’s subsidiaries operate in three main market sectors: Health and Analysis, Infrastructure Sensors, and Industrial Safety, creating shareholder value with consistent organic growth and sound acquisitions. Halma companies operate as independent entities under the day-to-day direction of their local management, while reaping the capital and network benefits of a larger multi-national parent.

The company is seeking successful and profitable companies that are closely allied to any of its current market sectors, although Photonics, Water, Fluid Technology and Health Optics are a particular focus. It has £100m earmarked for acquisitions.

Halma’s photonics companies are established brands with market-leading technologies and products, which range from spectrometers to complementary technologies such as chemical sensors, analytical instrumentation, optical fibers, thin films and optics. The scope of applications is vast, from cancer detection to specialized architectural and theater lighting filters.

“We are proud of the success our companies have attained and really excited about the continuing opportunities within the photonics industries,” explains Adam Meyers, Divisional Chief Executive of Halma’s Health Optics & Photonics Division.  “Halma is a terrific home for a growing company whose management desires a broader set of partners to collaborate with, readily available capital, and support to help drive their people, products and technologies to reach their fullest potential.”

Headquartered in the United Kingdom, Halma is a holding company of approximately 35 worldwide subsidiaries that develop and manufacture products that protect lives and improve quality of life for people worldwide. The company’s business groups focus on industrial safety, health and analysis and infrastructure sensors.

To present potential acquisitions opportunities, please contact Adam Meyers, Divisional Chief Executive, (adam.meyers@halma.com), Tel: +1 973 263 9962.

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Keeler Launches New Portable Slit Lamp

To deliver a quality eye examination anywhere, Keeler has developed the new PSL Classic Portable Slit Lamp. Perfect for use on paediatric, elderly, disabled patients and for remote or off-site clinics (including veterinary eye exams on animals of all sizes), the PSL packs precision Keeler optics into a handheld unit.

Keeler's New Portable Slip Lamp, PSL Classic

Keeler's New Portable Slip Lamp, PSL Classic

The PSL slit and wheels include slits from 0.15 to 1.6 mm wide, a 12mm circle and a 1mm square to produce anterior chamber flare, aiding the diagnosis of uveitis. Red free, blue and ND (Neutral Density) filters all come as standard. The PSL’s advanced optics offer x10 and x16 ‘flip lever’ magnification, with illumination control down to zero.

The PSL has been designed to be lightweight but with the strength to withstand daily trauma; a sturdy, precision-machined aluminium chassis forms the foundation of the British-manufactured instrument, ensuring the high quality and performance associated with the Keeler brand.

Keeler has focused on incorporating conventional slit lamp features to create a high performance portable slit lamp. For more information about Keeler’s PSL Classic, please visit the company website at www.keeler.co.uk

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Keeler Cryomatic Surgery Unit Now Available with Single Use Probes

Keeler has introduced single use disposable probes for its Cryo surgery unit, Cryomatic. Disposable probes are used with a disposable adaptor for single surgery use, or as a backup for high performance reusable probes. No cleaning or sterilisation is needed, and single use eliminates the possibility of cross infection or tip blockages due to dust and debris, saving time and ensuring surgical reliability.

Keeler Cryomatic surgery unit with disposable probe and adapter

Keeler Cryomatic surgery unit with disposable probe and adapter

The Keeler Cryomatic has been engineered to create a simple to use system with a reliable freeze. Its intuitive console automatically configures itself according to the probe’s characteristics, removing the need for manual set up. To simplify the set up pre-surgery procedures the gas pressure is automatically set by the console, for either carbon dioxide (CO2) or nitrous oxide (N2O).

The control console provides clear, digital readouts of probe activity, temperature, time elapsed and gas pressure. Probe operation is controlled by a footswitch, leaving the hands free at all times. The whole system is quick and easy to set up, a major advantage if experienced staff are not always available.

 For more information about Cryomatic or disposable probes, please visit the company website at www.keeler.co.uk, or call Colin West on +44 (0)1753 827161.

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