Isomover

Practise isomoves at your own pace, outside the clinical environment

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Build your confidence, one isomove at a time

Practise without pressure

Untimed practise mode lets you take as long as you need for each move, so you can focus on accuracy. When you're ready, try timed mode to better emulate real-world conditions.

Choose a difficulty level

Build confidence gradually: starting with simple whole-number moves, and gradually include decimals, moves across the lateral midline, and other advanced scenarios.

Take practise tests

Test your skills with a set of timed questions. Each test has different questions - take as many as you want and try to beat you best score!

Track your stats

Your personalised statistics page allows you to view your improvement as you get better at speed and accuracy.

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Why Isomover?

Isomover allows qualified and trainee therapeutic radiographers to practise calculating isomoves. Accuracy in this everyday clinical task in a radiotherapy department involves the use of mental mathematics – a skill which is rarely trained and otherwise has to be developed in a high pressure environment while treating cancer patients.

Isomover takes the pressure off by allowing radiography trainees and professionals to improve at their own pace, in their own time and in a convenient manner.

For Education

Isomover has been designed to allow realistic timed and untimed calculation practice, with minimal effort required from educators to get their students up and running. University education teams and practice educators can also administer tests to assess learning gain.

In 2018, Health Education England identified the need to grow the therapeutic radiography workforce by 45% by 2027 to meet forecasted demand for radiotherapy and to improve cancer care.1 In response, intake onto therapeutic radiography courses has been increasing.2 However, the Society and College of Radiographers has warned that the availability of clinical placements limits expansion.3 Furthermore, staff shortages, combined with increased demand on service provision, impacts the ability of radiotherapy departments to meet the educational needs of students while maintaining the quality of patient care.4

A possible release valve for such pressures is increasing the use of simulation in higher education institutions (HEIs). Simulations of clinical practice are already used to bridge the gap between theory and practice for therapeutic radiography students, most notably with the Virtual Environment for Radiotherapy Training (VERT).5 6 It has been suggested that up to 20% of clinical placement can be replaced with such simulation.5 Further to this, specific areas of clinical practice for which simulation could be the most useful in developing skills among pre-registration students have been highlighted in recent guidelines published by the Society of Radiographers (SoR).7 A need for academics to be able to offer simulation as part of teaching delivery has been identified in the College of Radiographers’ updated Education and Career Framework, solidifying its role in the curriculum.8

The emphasis on simulation must be supported, however, by real-world evaluations of efficacy. Technologies such as VERT have been evaluated in this way. For example, Ketterer conducted a randomised control trial with first-year students, with 16 undertaking a two-week simulated placement and 13 attending a traditional clinical placement.9 A subsequent formative assessment demonstrated a parity of outcomes, though the simulation group scored over 10% higher on communication skills. As Ketterer notes, the HEI involved faced a considerable financial outlay to create a meaningful simulated placement, although repeating the programme could provide some economies of scale.9

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Radiotherapy machine 10

For Professionals

Isomover has been designed to allow realistic timed and untimed calculation practice. By providing Isomover to professionals in their department, practice educators can support their colleagues’ independent learning in a safe and supportive manner. Isomover can also be integrated into sign-offs, by requiring a minimum test performance in order to obtain competency for treatment.

An experienced therapeutic radiographer may encounter the need to perform isomove calculations for the first time in their career when moving to a new department. While some linacs have the capability of performing the calculations automatically, not all do. Suddenly being confronted with this can result in a significant hurdle to the experienced professional wanting to gain their competencies in their new place of work as expeditiously as possible.

Evidence

A case study investigating the use of Isomover was featured at the UK Imaging and Oncology Conference in June 2024. All of the therapeutic radiography students at a single UK higher education institute were invited to take part.

The findings demonstrated that those who engaged the most with Isomover showed significant improvements in both their ability to calculate isomoves and their confidence in doing so.

Those who completed the study gave Isomover an average of 4.6 stars out of 5. Asked whether they would be likely to recommend Isomover on a scale from 0 “not at all likely” to 10 “extremely likely”, the average response was 9.0.

Study Poster

Contact Us

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Demo

Curious to see how it works? We made a demo for the UKIO 2024 conference. The demo is timed and feedback is given at the end, so answer fast but accurately for the best score: try the demo

Contact

Interested in using Isomover for yourself or organisation? Want to request a specific feature? Get in touch!

Drop us an email and we'll get back to you as soon as possible: contact@isomover.com

References

[1] Health Education England. Strategic Framework for Cancer Workforce. 2018. Link
[2] College of Radiographers. Approval and Accreditation Board – Annual Report 1st September 2020 – 31st August 2021. 2022. Link
[3] Evans R. Response to Department of Health consultation on Reforming healthcare education funding: Creating a sustainable future workforce. 2016 Link
[4] Nightingale J, McNamara J, Posnett J. Challenges in recruitment and retention: Securing the therapeutic radiography workforce of the future. Radiography. 2019 Feb; 25(1): 1-3. Link
[5] Tuckey M, Hutton N. RePAIR: Reducing Pre-registration Attrition and Improving Retention in Radiotherapy. 2021. Link
[6] Bridge P, Giles E, Williams A, Boejen A, Appleyard R, Kirby M. International audit of Virtual Environment for Radiotherapy Training usage. J Radiother Pract. 2017 Nov; 16(4): 375-82. Link
[7] Hutton N, Ketterer SJ. The use of simulation in enhancing pre-registration education and training of therapeutic radiographers. 2022 Link
[8] College of Radiographers. Education and Career Framework for the Radiography Workforce (4th edition) [Internet]. 2022 Link
[9] Ketterer SJ, Callender J, Warren M, Al-Samarraie F, Ball B, Calder K-A, et al. Simulated versus traditional therapeutic radiography placements: A randomised controlled trial 2020 Radiography. 2019 Oct; 26(2): 140-46. Link
[10] "Radiotherapie" by Guy Lebègue is licensed under CC BY-SA 3.0 . The image has been converted to greyscale, and may have been resized for your screen.