First patient recruited for the EJP-DT4RD European Study at the Institute of Myology

August 09 2023, 09:00 CEST

Since announcing the launch of the Digital Tools for Rare Disease project (DT4RD), a product of the Rare Disease Research call placed by the European Joint Programme on Rare Diseases in partnership with Fondation Maladies Rares sponsored by Chiesi and CSL Behring, extensive progress has been made!

Non-invasive tools for measuring rare disease patient mobility in daily living and distinguishing between voluntary and involuntary movements were put in place using state-of-the-art wearable sensors integrated with Aparito’s Atom5TM clinical trial platform to capture physiological and psychosocial parameters. 

The main objective of this project has been focused on developing and validating a way to acquire, transfer, store and process heterogeneous data related to movement measured at home and anchored to assessments performed at the hospital, as Clinical Outcome Measures (eCOA).

This European study involves great collaboration with renowned clinical experts located at the Institute of Myology (Paris, France), and at the John Walton Muscular Dystrophy Research Centre (Newcastle, UK).

After the French Ethics Committee’s approval, the Institute of Myology is proud to announce their First Patient recruited into the study on the 3rd of July 2023!

Welcoming the first patient to the DT4RD study on July 3 2023

The enrolment went very well although a bit longer than expected to explain in detail the protocol and train the patient with the digitised tools including the Atom5TM platform with video tasks and ePRO to complete, the Garmin Vivosmart5 wearable device and the Yumen Bionics wearable sensors.

Dr Jean-Yves Hogrel, Director of the Laboratory of Neuromuscular Physiology and Evaluation at the Institute of Myology

The patient expressed her motivation for taking part in this study related to the mobility of patients affected by rare neuromuscular diseases. Afterwards, she declared: “I felt comfortable, not too tired and confident to carry the tasks at home independently”.

The Institute of Myology Team added: “We are in the process of recruiting very soon our next patient on the 1st of September 2023 and keep on enrolling a total of 20 patients in the next few months.”

This is a great milestone which reflects a wonderful collaboration to date. We are always grateful when patients enrol on our studies and appreciate their time and dedication to develop innovation that will hopefully be used in patient-centric clinical trials to convey what’s important to patients.

Dr Elin Haf Davies, CEO of Aparito

By digitising critical procedures within the clinical trial process, Aparito leads this project with European Clinical partners as well as renowned technology and industry partners to provide real-time visibility of data collection and integrity, reducing patient and site burden, enhancing the patient experience, and improving patient retention.

This EJP-DT4RD study is supported by the Atom5TM platform’s innovative technology in the patient’s homes using disease-specific smartphone apps, video assessments, and wearable technology to deliver meaningful data through eCOAs and the development of digital biomarkers.


About Aparito
Aparito’s mission is to digitize clinical trials and accelerate drug development for patients with life-limiting diseases by supporting patient-centric clinical trials with innovative treatments. Clinical trials can be conducted within patients’ homes by leveraging our Atom5™ platform incorporating disease-specific smartphone apps, video assessments and wearable technology to deliver digital clinical trials using novel eCOA to generate continuous real-world data. Aparito’s patient-generated data platform is disease-agnostic and scalable, ready for rapid deployment in global rare disease studies.

Aparito logo

About the Institute of Myology

The Institute of Myology, located in Paris, coordinates medical management, research, and education related to muscle diseases and injuries. It is an international reference centre that participates in numerous trials and clinical studies, with a focus on neuromuscular diseases, high-performance sports, and ageing. The Institute of Myology Association facilitates the coordination of site activities in partnership with five public guardianship organisations, and the institute includes a complete Center of Research in Myology and several scientific poles as well as clinical activities.

Find them on https://www.institut-myologie.org/en/

Institut de Myologie logo

About the EJP-DT4RD project

A unique project involving Academics (Institute of Myology, John Walton Muscular Dystrophy Research Centre), SMEs (Aparito, Yumen Bionics), large pharmaceutical companies (Chiesi, CSL Behring), and a patient organisation (MSUK) working towards the same objective for and with patient involvement. It widens the horizon of tremendous possibilities for the future of research in rare diseases and warrants hope for future clinical trials using Real World data.

Find out more at https://www.ejprarediseases.org/rare-diseases-research-rdr-challenge-1-digital-tools-for-rare-disease-dt4rd/

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Provisioned Devices vs BYOD in Clinical Trials

The last decade has seen a paradigm shift towards hybrid trials and DCTs. This transformation reached its peak during the COVID-19 pandemic with unprecedented challenges faced by the clinical community, including interrupted trials and potential impact on the lives of millions of patients.

The choice between a PD or BYOD in clinical trials is based on the protocol data capture needs, sponsor preference, patient needs, and risk mitigation. Ethics committee approvals can also influence the decision. However, when it comes to the quality of data – a core requirement in a clinical trial – evidence is growing for there being no difference.

The challenges that the sponsor must assess while deciding whether to use PDs or BYOD are diverse.

We share what we have learnt, along with our clients, about the benefits and risks of using PD or BYOD for sponsors, sites, and patients.


Our whitepaper sets out several findings including

Most participants have their own smartphone, and use it with confidence

woman-and-child-using-atom5-app

Our results also debunk the myth of older adults not being comfortable with technology and with sharing their data.

BYOD has the edge over Provisioned Devices

regulatory compliance

We present a summary of three ongoing global clinical trials where our Atom5™ platform has been used to support our view.

The use of smartphones in drug development continues to grow

istockphoto-1322921367-170667a

Our evidence over the past nine years has shown that the rapid adoption of smartphones supports the use of a BYOD strategy in DCTs and hybrid clinical trials.

Download the whitepaper here!

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Aparito and TruLab Partner to Improve Rare Disease Studies

July 31 2023, 09:00 EST

Aparito and TruLab, two companies focused on improving rare disease studies, have formed a partnership to improve the efficiency and experience of clinical trials.

Aparito and TruLab logos

TruLab’s technology has gained traction in the rare disease space due to the difficulty of obtaining samples, especially from children, and the criticality of the sample for the patient’s eligibility in the study. Both Aparito’s and TruLab’s mobile platforms are designed to maintain data integrity and minimize the potential for data loss.

By leveraging Aparito’s Atom5™ platform, clinical trials can be supported in the patients’ homes using disease-specific smartphone apps, video assessments, and wearable technology to deliver meaningful data through eCOAs and digital biomarkers.

Collectively the companies intend to reduce the burden on parents and caregivers seeking treatment for their children. The application of innovative technologies in this setting ensures that patient samples and data points are collected according to study procedures and are not lost, ultimately increasing the chances of success in the clinical trial.

By digitizing critical procedures within the clinical trial process, TruLab and Aparito can provide real-time visibility to data collection and integrity, reduce patient and site burden, enhance the patient experience, and improve patient retention.

“We are excited to partner with TruLab to improve the collection and management of samples in rare disease studies,” said Dr Elin Haf Davies, CEO of Aparito. “Our Atom5™ platform will help ensure that the patient-generated data collected is of the highest quality, ultimately leading to a better clinical trial experience for people living with rare diseases.”

“We are delighted to partner with Aparito to provide a seamless solution for rare disease studies,” said Jim Wahl, Vice President of Client Services at TruLab. “Our combined technologies will enable us to provide high-quality data to support the development of treatments for rare diseases.”

The partnership between Aparito and TruLab is a significant step forward in rare disease research. With the two companies working together, researchers will have access to platforms that provide real-time visibility and improve the quality of data collected and ultimately lead to better treatments for patients with rare diseases.

About Aparito
Aparito’s mission is to digitize clinical trials and accelerate drug development for patients with life-limiting diseases by supporting patient-centric clinical trials with innovative treatments.

Clinical trials can be conducted within patients’ homes by leveraging our Atom5™ platform incorporating disease-specific smartphone apps, video assessments and wearable technology to digitise clinical trials using novel eCOA and generate continuous real-world data. 

Aparito’s patient-generated data platform is disease-agnostic and scalable, ready for rapid deployment in global rare disease studies.

Discover more at aparito.com.

Aparito logo

About TruLab
TruLab, Inc. is a sample management software company that provides advanced point-of-collection workflow solutions for the clinical research industry.

TruLab’s technology is designed to help clinicians, labs and pharmaceutical sponsors manage their clinical samples more effectively, while ensuring consistent compliance with study protocols and achieving target levels of data quantity and quality.

TruLab also enables real-time visibility of clinical procedures and sample status for pharmaceutical and lab customers, especially in a decentralized trial environment.

Learn more at trulab.com.

TruLab Logo

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A global neuronopathic Gaucher disease registry (GaRDIAN): a patient-led initiative

We talk often about breaking new ground in rare disease but GaRDIAN represents a true watershed moment in patient empowerment.

GaRDIAN is a patient-led, patient-owned registry for neuronopathic Gaucher disease (nGD), a rare condition that has a significant impact on patients and caregivers, and where there is minimal natural history combined with small patient numbers and huge heterogeneity within the same genotype.

“We are delighted that our manuscript on GaRDIAN has been published,” said Tanya Collin-Histed, Chief Executive Officer of the International Gaucher Alliance (IGA), “and we believe GaRDIAN will be an important tool in the future for improving care and developing safer and more targeted medicines.”

A global neuronopathic gaucher disease registry (GaRDIAN): a patient-led initiative

 

Background

Gaucher disease (GD) is a rare autosomal recessive lysosomal storage disorder. GD types 2 and 3 are known as neuronopathic Gaucher disease (nGD) because they have brain involvement that progresses over time. Implementing a systematic approach to the collection of real-world clinical and patient-relevant outcomes data in nGD presents an opportunity to fill critical knowledge gaps and ultimately help healthcare providers in the management of this patient population. This paper summarizes the development of a patient-initiated Gaucher Registry for Development Innovation and Analysis of Neuronopathic Disease (GARDIAN).

GaRDIAN was the brainchild of the International Gaucher Alliance and Elin Haf Davies of Aparito,” says Tanya, “an ally in our community for over two decades. We hope that by sharing our experience of how we developed GaRDIAN and the disease-specific patient-reported and observer-reported outcomes for nGD we will validate in the registry, and other patient communities will be encouraged to lead the way in their disease areas.”

GaRDIAN intends to bridge the many gaps in the understanding of nGD and align with regulatory frameworks on real-world data needs.


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Considerations for patient and public involvement and engagement in health research

Our latest publication with the Centre for Patient Reported Outcome Research (CPROR) team at the University of Birmingham and the TLC Study Group is a truly collaborative paper supported by Long COVID SOS, Long COVID Scotland and Long COVID Support who assisted with the recruitment of study participants and patient and public involvement and engagement (PPIE) members.

Considerations for patient and public involvement and engagement in health research” evaluates the impact of PPIE in the ‘Therapies for Long COVID in non-hospitalised individuals’ (TLC) Study, using a combination of group discussions and interviews with patient partners and researchers. The authors go on to identify areas of good practice and reflect on areas for improvement for patients and researchers in future studies.

Abstract

Patient and public involvement and engagement (PPIE) can provide valuable insights into the experiences of those living with and affected by a disease or health condition. Inclusive collaboration between patients, the public and researchers can lead to productive relationships, ensuring that health research addresses patient needs.

Guidelines are available to support effective PPIE; however, evaluation of the impact of PPIE strategies in health research is limited. In this Review, we evaluate the impact of PPIE in the ‘Therapies for Long COVID in non-hospitalised individuals’ (TLC) Study, using a combination of group discussions and interviews with patient partners and researchers. We identify areas of good practice and reflect on areas for improvement.

Using these insights and the results of a survey, we synthesize two checklists of considerations for PPIE, and we propose that research teams use these checklists to optimize the impact of PPIE for both patients and researchers in future studies.


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The Unforgettable Legacy of People Living with HIV: Architects of Modern Patient Advocacy

Introduction

The advent of a new disease in 1981 would spark a revolution in science and society, and lead to the birth of modern patient advocacy. When AIDS (Acquired Immune Deficiency Syndrome) was identified as a global health concern in the early 1980s, few would have realised the impact it would have on society and especially on healthcare.

Those early days were grim, the reporting of HIV was often horrific, and there were many myths and fears surrounding the disease. And all the while, people were dying.

The medical community, patients, and regulatory bodies had to navigate the challenges of a new disease without many of the tools and processes we take for granted today.

We spoke to Neil Bertelsen, an advocate for the HIV community, to explore the role of HIV patients in the birth of modern patient advocacy and how this changed the regulatory landscape for the better.

Legacy Perceptions of HIV and COVID-19

Neil notes how legacy perceptions of HIV and COVID-19 can influence how we react to new diseases.

“In the 1980s, when HIV first appeared, there were many myths and fears surrounding the disease that were perpetuated by the media, and led directly to discrimination of those with the disease and the communities it affected,” he says. Similarly, in the early days of COVID-19, we witnessed the same fear response, leading to discrimination against healthcare workers treating the first wave of COVID patients. Neil suggests that society needs to “become more adult in its response to infectious diseases and that we need to work together to address these challenges, including a better understanding of risks and relative risks, and more stringent guidance for the media on reporting this”.

The Birth of Modern Patient Advocacy

The 1980s saw the birth of coordinated and sophisticated activism by the HIV-affected communities and through that decade the birth of modern patient advocacy, which was a response to the challenges faced by people with HIV. Those affected and medical professionals came together to learn, at the same time and at the same speed, about the disease. One of the key challenges was a mismatch between the needs of the community and the regulatory rules in place for approving new medicines. To overcome this, activism and then advocacy led to the formation of patient advocacy groups and councils, which advised regulatory bodies on patient perspectives and helped shape regulatory policy.

This marked a significant shift towards patient involvement in regulatory decision-making, which has become a hallmark of modern healthcare.

Neil points out, “Now we have so many advocacy groups that are laser-focused on shaping policy and regulations, some operate at the global level, others cover a region, and of course, we have the national patient groups that are connected to policymakers and understand how their healthcare system works, how decisions are made. These groups are building their own evidence to support patients within the healthcare systems and policy landscape.”.

The FDA’s Role in the Fight Against HIV

During the early days of HIV, the FDA became a lightning rod for dissatisfaction. “The regulators were taking too long to approve medicines. Placebo-controlled trials were the norm, and from the view of the HIV-positive community the regulatory system was just not geared for the fast turnaround needed for a deadly infectious disease,”,” explains Neil. “From the perspective of the HIV community, promising experimental medicines were spending years under review while many thousands were dying.”.

People with HIV and advocates were angry with the slow pace of drug approvals and the regulatory hurdles that stood in the way of life-saving treatments. In essence, similar to today, this was all about access to medicines. The difference is that today it is the payers that control access, back then it was the regulators.

The collective activism led to a change in the summer of 1989 when Neil recalls, “The FDA said, ‘Okay, we’re going to come up with a new system only for life-saving medicines, and this parallel track will allow patients to access a medicine while we’re still going through the review process’. And it’s from that moment that a lot of things that we take for granted in the regulatory world actually came from and marked a significant shift towards patient-centred regulatory policy.”.

Patient Advocacy and Regulatory Bodies

The growth of patient involvement in regulatory bodies has been a significant development in the healthcare industry. Patient advocates now sit on committees and councils that advise regulatory bodies on patient perspectives and help shape policy.

This is a direct result of the advocacy efforts of patients and medical professionals during the HIV epidemic. As Neil says, “What happened in those last years of the 1980s was something that we hadn’t seen before: a genuine coming together of both the medical community and the patient community, where we became hand-in-glove, basically learning at the same speed. At the same time, we had a community of people affected by a disease that self-taught themselves in how regulatory processes worked.”.

This shift in the way the regulators engaged with patients was driven by “the community of people with HIV started to make contact and sit down with regulators to say, ’Hey, how do we work together on this?’” Neil recollects. “That led to the FDA forming what is now their patient engagement policy, and it started with its HIV-specific patient council that advised the FDA and was later expanded to include more diseases”.

However, there is still work to be done to ensure that patient perspectives are fully integrated into regulatory decision-making. One of the emerging trends is the use of ‘patient experience data’ – evidence beyond the clinical that details how patients experience a condition, its treatment and the effects it has on their lives. “We need to make sure that patients, advocates and the affected community are co-creators of this evidence to ensure it is providing decision-makers with evidence on what is important to people with the condition. This means we need to democratise evidence generation so that all sections of society have a hand in shaping the evidence used for decisions.”.

Eye-to-Eye Partnership and Fragmented Networks

Neil notes that one of the missing ingredients in modern patient advocacy is the eye-to-eye partnership that existed between patients and medical professionals during the HIV epidemic. “This partnership enabled a true collaboration, where patients and medical professionals learned at the same time and grew together”. Additionally, Neil argues that the healthcare industry is becoming increasingly fragmented, with many different networks and initiatives that are poorly connected.

He suggests that organisations need to step back and find ways to create a “seamless, interconnected network”. In those early days of HIV, there was no internet or email. Fax machines provided the technology and personal contacts were the network dynamics. People attending seminars in San Francisco would fax the details over to contacts in London, Paris and around the world, and vice versa. “It seems clunky by today’s standards, but it worked,” says Neil. “Today, we have so many different networks we are meant to tap into and the information overload is immense. I do worry about the duplication of efforts that I see all around me these days.”.

Conclusion

The birth of modern patient advocacy can be traced back to the HIV epidemic of the 1980s. Patients and medical professionals came together to navigate the challenges of a new disease and the affected community built a framework for patient involvement in regulatory decision-making as well as patient involvement in medicine development. The lessons learned have led to significant improvements in the role of people with conditions, new regulatory approaches to speed up access to life-saving medicines, and a realisation that patient involvement is not a ‘nice-to-have’, it is essential for our healthcare systems.

This framework has led to significant improvements in healthcare, but there is still work to be done to ensure that patient perspectives are fully integrated into regulatory, health policy and access decisions.

Healthcare organisations need to find ways to connect more efficiently and work together to avoid duplication. We need to find ways to engender parity between the clinician and patient communities. The AIDS/HIV epidemic was devastating on so many levels “Who knows what our society would be like today if we hadn’t lost that generation of people,” reflects Neil. Yet, something grew from that devastation that enriches us all today.

As we continue to face the unique challenges that rare diseases present, we can look back on the experiences of patients with HIV and draw strength from their activism and advocacy efforts.


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Co-creation of new digital outcome measures in amyotrophic lateral sclerosis (ALS)

Background

Amyotrophic Lateral Sclerosis (ALS) is a progressive, neurodegenerative disease that leads to severe disability and loss of voluntary muscle control.

The progression of the disease makes it challenging for ALS patients to visit clinics regularly or participate in clinical trials.

Remote monitoring and the development of digital outcome measures can help overcome these barriers by enabling remote monitoring, participation in clinical trials, and meaningful measurement of outcomes.

Aim of this study

Aparito’s Patient Group Accelerator and ALS Liga Belgium have collaborated to develop digital endpoints that capture the meaningful aspects of health (MAH), concepts of interest (COI), and outcomes to be measured for ALS patients.

We aim to test the usability and clinical utility of these digital outcome measures using the Atom5™ software platform.


Navdeep Sahota1, Elisa Ferrer Mallol1, Dirk De Valck2, Evy Reviers2 and Elin Haf Davies1

1Aparito Limited 2ALS Liga Belgium


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Elin Haf Davies wins the Made WITH Patients Rising Star Award

We are thrilled to announce that Aparito CEO Dr Elin Haf Davies has won the Made WITH Patients Rising Star Award for her work in developing our Patient Group Accelerator Programme. To quote Elin, “The recognition is not just for us but for every individual who has contributed to our mission of digitising what’s important to patients in a patient-centric way”.


A Collaborative Approach to Patient-Centric Solutions

At Aparito, we firmly believe in the power of co-creation. Elin developed the Patient Group Accelerator Programme to provide a unique platform where patients, caregivers, and advocacy groups can collaborate with us to create solutions that genuinely work for patients.

With Dr Elisa Ferrer and Navdeep Sahota now running the Accelerator, we work closely with patient organisations to understand and fulfill their needs by finding new endpoints relevant to their specific conditions.

By developing technological solutions, novel endpoints, and digital biomarkers designed for and with the patients, our objective is to collect sufficient exploratory data as a starting point for future validation and use in clinical trials.

Transforming the Patient Experience of Clinical Trials

Our ultimate goal is to bring equity to clinical trials, ensuring that every individual, regardless of their circumstances, has equal access to life-changing treatments.

Our Patient Group Accelerator Programme has laid the foundation for future validation and utilisation in clinical trials. These groundbreaking tools have not only allowed us to collect insightful data but have also transformed the patient experience of clinical trials and we firmly believe that this innovative approach will revolutionise the way clinical trials are conducted, making healthcare accessible to all.

Full Partnership with Patients

The novelty of our Patient Group Accelerator Programme lies in our full partnership with patients.

Working with the patients from the beginning until the end of the process, we ensure that we understand their needs and develop solutions that work for them.

The programme started in 2020 with two patient groups that help patients living with Duchenne Muscular Dystrophy (DMD) and Primary Ciliary Dyskinesia (PCD) and has since added PHA UK (Pulmonary Arterial Hypertension) and ALS Liga (amyotrophic lateral sclerosis, ALS). By collaborating with patients and advocacy groups, we can develop solutions that are tailored to meet their needs, breaking barriers, and transforming lives.

Our Patient Group Accelerator Programme is a testament to our commitment to co-creation and patient-centric solutions and we thank the patient communities who have trusted us and collaborated with us on this transformative journey.

This recognition serves as a reminder of the tremendous impact we can achieve when we come together with a shared purpose.

Dr Elin Haf Davies with her Made WITH Patients Rising Star Award in Milan, Italia, 2023

Let us continue to work hand in hand, breaking barriers, and transforming lives, as we strive for a future where healthcare is accessible to all.

Dr Elin Haf Davies, Aparito CEO

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Atom5™ Release Notes

As part of our dedication to excellence, we regularly update Atom5™ to ensure the platform remains at the forefront of clinical trial and remote patient monitoring technology.


Atom5™ v1.0.3514 release notes

Version 1.0.3514 of Atom5™ features:

Question and notification improvements

Need more tailored responses to patient data capture? We’ve expanded your options for confirmation messages in the Atom5™ platform.

Misc

General app enhancements and improvements as part of our ongoing mission to provide the best clinical trial platform available.

Target release date: 30 May 2023


Atom5™ v1.0.3294 release notes

Version 1.0.3294 of Atom5™ features:

Camera improvements

iOS and Android camera functionality received another upgrade to better support video assessments and provide telemedicine support within the Atom5TM platform.

Misc

General app enhancements and improvements as part of our ongoing mission to provide the best clinical trial platform available.

Target release date: 27 February 2023


Atom5™ v1.0.3052 release notes

Version 1.0.3052 of Atom5™ features:

React Native Upgrade

A new suite of platform enhancements that enable additional features to be added in subsequent releases!

Misc

General app enhancements and improvements as part of our ongoing mission to provide the best rare disease clinical trial platform.

Target release date: 6 January 2023


Atom5™ v1.0.2727 release notes

Version 1.0.2727 of Atom5™ features:

Further updates to Garmin wearable data capture

We’ve rolled out the next iteration of our enhanced Garmin functionality!

Misc

General app enhancements and improvements as part of our ongoing mission to provide the best clinical trial platform available.

Target release date: 10 October 2022


Atom5™ v1.0.2676 release notes

Version 1.0.2676 of Atom5™ features:

Updates to Garmin wearable data capture

We’ve laid foundations for our next phase of Garmin functionality!

Misc

General app enhancements and improvements as part of our ongoing mission to provide the best clinical trial platform available.

Target release date: 14 September 2022


Atom5™ v1.0.2312 release notes

Version 1.0.2312 of Atom5™ features:

Video upload improvements

Our innovative video capture module receives another upgrade to enhance our video upload capabilities!

Misc

General app enhancements and improvements as part of our ongoing mission to provide the best clinical trial platform available.

Target release date: 06 July 2022


Atom5™ v1.0.2266 release notes

Version 1.0.2266 of Atom5™ features general app enhancements and improvements as part of our ongoing mission to develop the best clinical trial platform possible.

Target release date: 27 June 2022


Atom5™ v1.0.2209 release notes

Version 1.0.2209 of Atom5™ features:

User interface enhancements

We’ve made the interface simpler to navigate and improved accessibility for all users.

Improved patient onboarding experience

Patients can be enrolled on studies with even less friction!

Misc

General app enhancements and improvements as part of our ongoing mission to develop the best clinical trial platform possible.

Target release date: 1 June 2022


Atom5™ v1.0.2123 release notes

Version 1.0.2123 of Atom5™ features:

New! Dynamic questionnaire module now available for onboarding and consent

We can now offer even greater flexibility for onboarding and consent with our fully configurable, dynamic questionnaire module. 

Enhanced data collection via DocuSign 

We’ve enhanced how we capture patient information to allow more tailored data input based on individual study requirements.

Improvements to video upload 

Our innovative video capture module is better than ever with improved video upload capabilities to minimise data loss. 

Misc

General app enhancements and improvements as part of our ongoing mission to develop the best clinical trial platform possible.

Target release date: 20 May 2022


Atom5™ v1.0.1564 release notes

Version 1.0.1564 of Atom5™ features:

  • Enhancements in video uploads  
  • Enhancements in image uploads  
  • Enhancements to NRS Slider
  • Enhancements to date validation

Target release date: 1 November 2021

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Aparito shortlisted for the prestigious Prix Galien UK award

Aparito has again been shortlisted in the Best Digital Health Solution category at the 2023 Prix Galien UK Awards for our clinical trial platform, Atom5™!

atom5

The Prix Galien is UK life sciences’ most prestigious award for innovation and Aparito appears amongst a field of digital health luminaries including Behold.ai Technologies Limited, Huma Therapeutics and
uMotif limited.

To be shortlisted for the Prix Galien UK Awards is a thrilling milestone for the whole team and further recognition of our collective mission to bring clinical trials to patients, from ultra rare genetic diseases to others such as Long COVID which impact thousands.

Dr Elin Haf Davies, CEO of Aparito

The Prix Galien UK Awards launched in 1990 and have been awarded to 36 products since its inception. Winners are selected every two years by the Prix Galien UK Awards Committee, which is comprised of 14 experts in the field. The Committee comprises numerous of the UK’s leading luminaries in healthcare. The distinguished panel is guided by the conviction that acknowledging research-driven innovation is key to the improvement of healthcare in the UK and human health globally.

The winner will be announced during the Prix Galien UK Awards ceremony which takes place May 11 2023 at London’s Natural History Museum.

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