Sistemic announces companion biomarker programme

Published: 4-Jul-2011
Research & Development

Extends miRNA drug discovery toolkit

Sistemic, a global company with expertise in microRNA, has released a new companion biomarker programme, which extends its SistemRNA suite of drug discovery and development tools.

The firm, based in Glasgow in Scotland and Boston, US, says this programme simplifies the benefits of miRNA analysis and profiling to support timely decision making within clinical research. The new multiple miRNA biomarkers can be used to determine the efficacy of targeted drugs, in major therapeutic areas and when developing companion biomarker strategies for future clinical development.

Companion biomarkers are the most recent extension of microRNA technology and are set to provide valuable clinical data to guide both pre-clinical and clinical studies.

The firm says the system will use miRNA to identify highly discriminatory biomarkers, which, in turn, will guide patient prognosis, the selection of appropriate drug treatment, and monitoring of drug response.

See more

You may also like

Regulatory

Scotland launches collaborative approach to cell therapy development

Read more
Cell therapy companies to be offered a streamlined process for clinical trials

Trending Articles

  1. Vivan Therapeutics and MRC LMS launch partnership to study how KRAS mutations, diabetes and diet shape cancer drug response The new collaboration will investigate how KRAS mutations and metabolic conditions such as diabetes influence chemotherapy effectiveness, using high-throughput in vivo “fly avatar” models
  2. BioMed X announces neuroscience research partnership with AbbVie The new project, taking place at BioMed X's institute in New Haven, will aim to uncover the mechanisms of anhedonia and identify novel therapeutic targets
  3. FDA grants Medivir’s MIV-711 Orphan Drug Designation for Osteogenesis Imperfecta treatment The FDA has awarded Orphan Drug Designation to Medivir’s selective cathepsin K inhibitor MIV-711 for Osteogenesis Imperfecta, a rare genetic bone disorder, after preclinical and clinical data suggests the therapy may strengthen bone
  4. Redefining QP training for today’s professionals How NSF is making specialist learning more flexible and accessible
  5. NSF’s QP training program combines technical skill with personalised guidance A mentoring-led approach supporting delegates through every stage of the QP journey

Upcoming event

Pharmapack

21–22 January 2026 | Exhibition | Paris, France See all

You may also like

Regulatory

Scotland launches collaborative approach to cell therapy development

Cell therapy companies to be offered a streamlined process for clinical trials
Research & Development

Sistemic cuts cost of drug discovery

Launches microRNA technology to filter out harmful compounds early in development process
Sustainability

Free online course introduces fundamentals of SFC

Learn how SFC can improve efficiency and reduce environmental impact
Manufacturing

Thermo Fisher launches general purpose centrifuges with natural refrigerant cooling

New X and S Series models offer high performance with reduced environmental impact
Research & Development

€2.5m boost for SensABLATE to revolutionise real-time lung cancer treatment

The next-generation AI and photonics system is designed to provide instant intraoperative confirmation during lung cancer ablation and aims to improve precision, reduce repeat procedures and enhance patient outcomes
Regulatory

FDA grants Medivir’s MIV-711 Orphan Drug Designation for Osteogenesis Imperfecta treatment

The FDA has awarded Orphan Drug Designation to Medivir’s selective cathepsin K inhibitor MIV-711 for Osteogenesis Imperfecta, a rare genetic bone disorder, after preclinical and clinical data suggests the therapy may strengthen bone
Research & Development

Vivan Therapeutics and MRC LMS launch partnership to study how KRAS mutations, diabetes and diet shape cancer drug response

The new collaboration will investigate how KRAS mutations and metabolic conditions such as diabetes influence chemotherapy effectiveness, using high-throughput in vivo “fly avatar” models
Subscribe now