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It is hard to ignore some of the most pressing, long-term trends driving the push to accelerate innovation and progress in drugdevelopment. It demands a comprehensive, collaborative approach that reduces complexity and allows for just-in-time decision-making throughout the drugdevelopment journey. billion in 2023 to 1.2
As clinicaltrials become increasingly complex, particularly in decentralized trials and rare disease studies, sponsors experience increased challenges in site selection, forecasting and resourcing, and patient recruitment and enrollment. Discover how AI is used to optimize key aspects of clinicaltrial management.
By: Juliane Mills, Senior Director, Therapeutic Strategy Lead, Rare Disease The rise of patient-led clinicalresearch, particularly in rare disease, represents a significant shift in the clinicaltrial landscape. Why Is There an Increase in Patient-Led Rare Disease Research?
It is becoming increasingly evident that generative artificial intelligence (GenAI) is a resourceful tool for helping pharmaceutical companies reduce manual tasks required by clinicaltrials. This has led drugdevelopers to unintentionally limit their potential within chosen therapeutic spaces.
Clinicalresearch has entered a new era, one that requires real-time analytics and visualization to allow trial leaders to work collaboratively and to develop, at the click of a mouse, deep insights that enable proactive study management.
As the pharmaceutical industry continues to evolve, drugdevelopers encounter new challenges and opportunities in their pursuit of innovation. From adapting to complex new trial designs to embracing cutting-edge technologies, staying ahead requires a deep understanding of the current landscape.
Generative artificial intelligence (AI) has captured global attention for its transformative potential across industries, and nowhere is the promise greater — or more fraught — than in health care and clinicalresearch. These domains are ripe for innovation. Errors jeopardize patient safety, regulatory compliance and trust.
Developing treatments for individuals living with rare diseases is critical, but orphan drugdevelopment is laden with unique obstacles that necessitate innovative, multifaceted approaches. Moreover, in some rare disease trials, it is unethical to design a control group of patients with a placebo.
Our annual look at the state of the drugdevelopment industry highlights a dual set of challenges complicating progress. Pressure and requirements to engage diverse patient populations in trials have become more challenging and expensive, requiring tailored strategies that can stretch both resources and budgets.
ClinicalResearch Organizations (CROs) are companies that provide support to the pharmaceutical and biotech industries by managing various aspects of the drugdevelopment process and conducting clinicaltrials. appeared first on ProRelix Research.
In today’s data-driven world, AI has become valuable and indispensable, enabling organizations to extract valuable insights from vast amounts of data, make informed decisions and drive innovation across different sectors — including drugdevelopment.
Its ability to maneuver persistent drugdevelopment challenges, like patient recruitment, trial complexity and rising costs, will ultimately determine its success. clinical operations, pharmacovigilance, regulatory) across various medicinal products, a portfolio of studies or the entire company.
Clinicalresearch generates vast amounts of diverse data from laboratory tests, patients, medical equipment, and outside sources. By organising and analysing this information, researchers can extract actionable insights that improve patient outcomes, data accuracy, drug efficacy and speed up trials.
As the clinicaltrial landscape evolves, drugdevelopers are faced with novel challenges and changes in study recruitment, trial size and structure, and more. Decentralized Trials Digital and decentralized clinicaltrials (DCTs) continue to expand and have become a standard solution for drugdevelopers.
Advanced strategies and tools are being implemented to establish the safety and efficacy of new therapeutic modalities, with the development of new biomarkers becoming one of the most relevant approaches for enhancing the precision and utility of early-stage studies.
Food and Drug Administration (FDA) plays a pivotal role in fostering the development of treatments for rare diseases through its Orphan Products Grants Program. Each year, FDA selects a limited number of clinicaltrials to fund to help sponsors pursue development of medical products for rare diseases and advance their field.
Approaches to outsourcing clinicaltrials have changed significantly in recent years. Mixing of service models — a strategy that drugdevelopers are leveraging now more than ever — can bring life-changing therapies to market faster.
In contrast, an adaptive trial design allows for modifications to an ongoing trial and its analyses under a pre-specified framework, which is outlined in the FDAs Adaptive Designs for ClinicalTrials for Drugs and Biologics Guidance for Industry, published in 2019.
Food and Drug Administration (FDA) for approval , much work remains for drugdevelopers aiming to advance treatments for pediatric populations. Reflecting Patient Diversity in NASH Trials Data from NASH clinicaltrials within adult populations may support clinicalresearch into treatment for pediatric populations.
Clinicalresearch is evolving as technology advancements enable more sophisticated drugdevelopment methods, dramatically increasing the speed, volume, and complexity of clinicaltrial data generation.
For clinicalresearch professionals, this journey often involves reconciling differing feedback from regulatory agencies, each with unique standards, priorities, and expectations. Your CRO can also play a crucial role in helping you to understand existing precedents and how they apply to your study and overall development journey.
Its important for your clinicalresearch organization (CRO) to continually assess and invest in capabilities that help drive the success of your clinical program. There are three core areas we are strategically addressing this year. They include: 1.
Meanwhile, Annex 2, which provides guidance on pragmatic and decentralized clinicaltrials as well as trials incorporating real-world data, is expected to be finalized by ICH later in 2025. Below, we explore some of the key themes seen in the changes.
By Mike Cloonan, Chief Executive Officer of Sionna Therapeutics, as part of the From The Trenches feature of LifeSciVC The drugdevelopment process in rare diseases is rife with challenges especially when companies target significant differentiation or first-in-class targets.
Clinicaltrials have significantly increased in complexity over the last 20 years, creating new challenges. One of the top reported challenges facing drugdevelopers today is recruiting, enrolling and retaining the right patients for studies. The increase in complexity isn’t just creating challenges for patients.
Yet, four out of five care partners of people with neurodegenerative disorders have never been informed of clinicaltrial opportunities , according to a survey of more than 250 caregivers conducted by PPD, the clinicalresearch business of Thermo Fisher Scientific. There’s little time to lose.
PPD, Thermo Fisher Scientific ’s clinicalresearch business, surveyed more than 150 decision-making leaders at pharmaceutical and biotech companies around the globe to collect key insights on the state of the evolving drugdevelopment industry. The opportunity to leverage new technologies in drugdevelopment (e.g.,
Written By: Derek Ansel, MS, CCRA, Executive Director, Therapeutic Strategy Lead, Rare Disease Given that 80% of rare diseases have a genetic etiology, genetic implications should be addressed at the onset of a clinical program to support trial enrollment. One diagnostic example that I discussed in my presentation is autism.
A recent white paper from the PPD clinicalresearch business of Thermo Fisher Scientific details how these functions have evolved over the years to the point where multiple outsourcing models are now commonly utilized. Electronic medical records (EMRs), for example, exemplify the evolving role of technology in clinicaltrials.
The convergence of real-world data (RWD), technology and artificial intelligence (AI) is playing a vital role in accelerating drugdevelopment. In a recent panel discussion at DIA Global , our experts explored how these elements are reshaping clinicalresearch and drug discovery.
Acceleration in every step of clinicalresearch is critical to pharmaceutical developers. Yet, today’s clinicalresearch sponsors face significant challenges. These delays financially disrupt the potential of both current and future clinicalresearch. With a median delay of 12.2
Patients are the backbone of clinicaltrials, playing an essential role in the drugdevelopment process. This engagement is often less understood and is underutilized by sponsors, meaning a significant element of the trial and drug experience is missed during sponsor engagement with the FDA.
Dr Pooja Hingorani, Senior Medical Director of Oncology Early Development at AbbVie , shares her journey in STEM, from her early days in New Delhi to her impactful career in oncology research and drugdevelopment. Opportunities in clinicalresearch and drugdevelopment were not always easy to come by.
There has also been an increase in government and regulatory support for CGT trials, in conjunction with an increase in investments for these products to get to market. When sponsors are armed with this knowledge, it expedites the ability to expand and scale CGT development.
These designs facilitate streamlined trial logistics and centralized governance and create higher-quality data. Master protocols allow a trial to perform multiple tests on diverse patient populations or diseases under a unified design. Do you have various stakeholders invested in the success of your development programs?
The complexity of diagnosing IPF, understanding its root causes, and translating preclinical findings to clinical success make it a challenging disease for drugdevelopment. However, recent advancements and strategic approaches in clinicaltrials offer hope that additional treatments are on the way.
For pharmaceutical innovators and drugdevelopers working to bring oncology therapies to market, patients are the “why” behind it all. For many patients, involvement in oncology clinicaltrials represents a last hope for an effective therapy. Many of these patients’ conditions are disabling.
Distinguishing the Roles of Preclinical vs. Clinical CROs in ClinicalResearch Randomized clinicaltrials are the gold-standard of evidence-based medicine, representing the culmination of the long, arduous drugdevelopment pipeline. What is a Pre-Clinical CRO? over this period.
As we approach the end of 2023, it’s time to reflect on the past 12 months and how advances in drugdevelopment shaped the pharma and biotech industries. These shifts are a prelude to further change and progress in the clinicaltrial landscape in 2024. Five Predictions for the DrugDevelopment Industry in 2024 1.
Partnering with a CRO that emphasizes the complexity of the patient’s voice and harnesses the nuances of clinicaltrial design is crucial for executing successful clinicalresearch. These data emphasize the need for precise and meaningful body composition endpoints in T2D and obesity clinicaltrials.
Patient safety has been the primary focus of clinicaltrial design since 1947 when the Nuremberg code outlined the ethical guidelines for clinicalresearch. Trials must be designed to avoid injury or suffering and patients must give consent and are free to leave the trial at any point.
The PPD clinicalresearch business of Thermo Fisher Scientific has surveyed more than 150 drugdevelopers around the globe to gather annual data on trends in pharmaceutical research and development. Applying artificial intelligence (AI) to drugdevelopment (e.g.,
In preparation for World Orphan Drug Congress Europe, we interviewed Nathan Chadwick, Senior Director, Therapeutic Strategy Lead, Rare Disease, and Derek Ansel, MS, LCGC, Vice President, Therapeutic Strategy Lead, Rare Disease, to hear their insights into the current progress in rare disease research and their hopes for 2025.
Authors: Matt Cooper, PhD, Executive Director, Therapeutic Strategy Lead, Oncology; Megan Morrison, Vice President, Asia Pacific Strategy Lead Adaptive trial designs have become essential in oncology, offering a flexible and efficient approach for conducting clinicaltrials.
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