Mila Grieg, MD, PhD
Vice President, Medical Affairs,
ACE Therapeutic Strategy Head,
Cardiometabolic
Cardiometabolic diseases are the leading cause of death worldwide, requiring rigorous drug development. Allucent works with biopharma and medtech sponsors to advance cardiometabolic therapies and medical devices through the complete clinical development lifecycle from preclinical research to late-phase and post-marketing trials. With extensive experience in cardiovascular disease, type 1 and type 2 diabetes, obesity, dyslipidemia, metabolic syndrome, and associated complications like chronic kidney disease, Allucent stands out as a cardiometabolic CRO. We understand regulatory expectations, endpoint strategies, and operational challenges in large-scale outcome trials and targeted mechanistic studies.
Our endocrinology expertise includes common hormonal disorders and very rare, highly specialized conditions. These trials often demand customized clinical strategies, specialized site networks and most importantly, a patient-centric approach that addresses small, dispersed populations with complex disease biology. We have experience conducting studies for thyroid disorders, adrenal diseases, and pituitary dysfunction, including rare endocrinology indications such as acromegaly, hypoparathyroidism and Cushing’s disease, which allows us, as an endocrinology CRO, to combine therapeutic expertise with adaptive delivery models.

As a cardiometabolic CRO, Allucent delivers end-to-end support for cardiovascular, metabolic, and endocrinology trials, from preclinical to pivotal, with strengths in global site activation, endpoint strategy, and complex patient populations.
160+
Cardiometabolic Studies
2700+
Global Sites
17735+
Cardiometabolic Patients Recruited
50+
Countries
Our clinical trials expertise includes complex cardiovascular outcomes trials (CVOTs), adaptive designs, early-phase first-in-human (FIH) and proof-of-concept to large pivotal global trials, and post-marketing studies. With hands-on experience in managing comorbid patient populations, tech-enabled data-driven feasibility, rapid global site activation, advanced endpoint strategies, and real-time monitoring, we support biopharmaceutical and medical technology innovation. With extensive scientific and operational expertise, Allucent serves as a cardiometabolic CRO supporting clinical trials across cardiovascular, metabolic, and endocrinology indications through all phases of clinical development. Our portfolio encompasses cardiovascular research including 16+ hypertension trials amongst other cardiovascular conditions, metabolic development supported by 28+ diabetes trials along with diverse metabolic indications, and endocrinology expertise demonstrated through 12+ acromegaly trials as well as a range of additional rare and complex endocrine diseases.

Cardiometabolic diseases rarely exist in isolation. Clinical development for these conditions is complicated by patient heterogeneity, as populations differ widely in age, ethnicity, genetic background, and disease severity. Patients often present with comorbidities since conditions such as diabetes, obesity, and cardiovascular disease often coexist. Additionally, lifestyle factors introduce further variability, while certain endpoints (e.g., weight loss) are particularly prone to high placebo responses. This complexity makes patient recruitment and retention challenging. As a cardiometabolic CRO, we design trials that implement site-specific recruitment and engagement strategies through our established global site networks to enroll diverse patient populations.

Early-phase cardiometabolic trials require careful consideration for dose selection and biomarker integration. Rapid and effective decision-making is crucial to reduce risks in these studies. We support first-in-human (FIH), proof-of-concept, and Phase I/II trials with adaptive designs and integrated biomarker strategies to accelerate development and enable informed decision-making.
Proven success with biotech sponsors: First-in-human (FIH) clinical evaluation of a GLP-1 agonist for obesity in patients with type 2 diabetes, supporting early design and development.

Cardiometabolic clinical development includes large, longer-duration studies such as cardiovascular outcomes trials (CVOTs) with strict safety and endpoint requirements to ensure efficacy. We provide strategic regulatory expertise and guidance for end-to-end support in CVOT design, while simultaneously ensuring alignment with regulatory requirements and eventual submission.
Proven success with biotech sponsors: CVOT design and regulatory submission support for a lipid-lowering therapy.

Endpoint strategy and selection are complex and intricate parts of cardiometabolic clinical development. It needs to include composite endpoints along with competent data surveillance, management and operation execution for studies involving cardiovascular, metabolic and endocrine conditions. We integrate advanced strategies for endpoint selection and proactive data surveillance to protect your key endpoints by detecting risks early, guaranteeing high-quality, reliable and fit-for-purpose, submission-ready data.
Proven success with biotech sponsors: Global Phase II study in metabolic dysfunction-associated steatohepatitis (MASH), incorporating cardiovascular risk stratification and advanced endpoint analysis.

Cardiometabolic clinical development requires strict safety considerations because therapies are administered chronically to large populations, including stable patients. Even small increases in risk for cardiovascular events, or other complications such as liver toxicity and pancreatitis can affect the population. Thus, regulatory authorities require extensive long-term data and cardiovascular outcomes trials to rule out adverse events. Allucent ensures continuous risk monitoring through robust, tech-enabled, efficiency-driven drug safety and pharmacovigilance solutions.
Partner with our leading cardiometabolic and endocrinology experts to accelerate your clinical development program with operational excellence, scientific rigor, and regulatory expertise.




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