myLaminin Perspectives

Running clinical trials without a Clinical Trial Management System (CTMS) creates hidden operational burdens, from fragmented data and compliance risks to poor collaboration and reduced patient engagement. Disconnected tools like spreadsheets and email slow execution, increase errors, and threaten data integrity. A centralized CTMS streamlines workflows, ensures regulatory compliance, and improves trial efficiency, making it essential for scalable, secure, and successful clin

Spreadsheet-driven clinical trials introduce hidden risks in compliance, data integrity, and efficiency. While Excel remains a convenient tool, it often evolves into ungoverned infrastructure, creating version control issues, audit gaps, and costly delays. Modern CTMS platforms like myLaminin help research teams reduce spreadsheet dependency, strengthen governance, and streamline workflows without sacrificing flexibility in complex, data-intensive studies.

Digital twins are transforming personalized healthcare, but their impact depends on secure, interoperable data. myLaminin enables this with an integrated Research Data Management platform that unifies eConsent, CTMS, HL7 FHIR integration, and secure repositories. The result: compliant, AI-driven digital twin models that continuously learn, improve, and deliver more accurate clinical outcomes.

This paper advocates a fundamental rethinking of how Higher Education (HE) researchers conduct their research - specifically their Research Data Management (RDM) practices. New regulatory requirements, research security threats, and evolving expectations of research transparency and reproducibility warrant a new and fresh approach.

Modern clinical trials demand integrated systems to streamline workflows, centralize data, and ensure compliance. Fragmented tools slow research, increase costs, and risk errors, while platforms like myLaminin CTMS enhance efficiency, oversight, and data quality. By accelerating studies without compromising accuracy, modern clinical trial infrastructure supports faster, safer drug development and more reliable outcomes for patients.