In Vivo Research Approaches in the Study of Neurological Disease and Psychiatric Disorders
Neurological disease and psychiatric disorders are some of the most heavily funded research areas today. Although tremendous strides have been made, the study of the brain and spinal cord leaves many questions unanswered. Learn about the most commonly researched neurological disease and psychiatric disorders as well as in vivo approaches to measure endpoints of interest.
Research Approaches in the Study of Respiratory Diseases
Some of the leading causes of death worldwide are respiratory related. Today, scientists face many challenges as the cause of respiratory-related diseases come in many forms. Learn about the most commonly researched respiratory diseases and solutions for measuring endpoints of interest.
Research Models of Traumatic Brain Injury
Historically, animal models of traumatic brain injury (TBI) have had limited success in translation to clinical applications. Recommendations for improving translation include monitoring biomarkers for longer periods, of time after injury, employing more than one injury model, and using clinically meaningful large animal models prior to starting any human clinical trials. Learn about the most common TBI animal models and how DSI solutions can be used to study them.
Novel Approaches to Studying Cancer Physiology in Preclinical Research Models
Throughout the world, researchers from academic institutions to government initiatives are working together to find a way to beat cancer. Animal studies continue to be at the forefront of cancer breakthroughs and achievements. Life-saving treatments and diagnostics saving hundreds of thousands of cancer patients a year exist thanks to preclinical assessments in animal models. Learn about novel endpoints being studied and products used to measure them.
A Review of Common Cardiovascular Biomarkers
As many factors play a role in the cardiovascular system’s functionality, it is imperative for researchers to consider multiple cardiovascular biomarkers when trying to understand underlying molecular mechanisms and complete cardiovascular functionality. In fields such as pharmacology, toxicology, and physiology in vivo experimental models are required to understand the complete picture of how a new drug, medical device, or alternate therapy affects the body. This whitepaper provides an overview of common cardiovascular biomarkers using preclinical in vivo models.
Research Models of Spinal Cord Injury
Every year, between 250,000 and 500,000 people suffer a spinal cord injury (SCI) around the world. Physiologic changes to multiple organ systems and complex secondary injury can be studied using in vivo models. Review animal commonly used models and biomarkers in pre-clinical SCI research as well as solutions for reproducible, translatable studies.
Would you like to learn more? Schedule a call with us to discuss ways we can partner to make your research goals a reality.
Visit our solutions pages for additional application-specific information.