PeloBiotech

www.pelobiotech.com
Tissues
We provide researchers with high quality human tissue samples sourced from various organs. These samples exhibit
high RIN scores and are available from both healthy and diseased donors. Our extensive donor information includes
details such as gender, age, ethnicity, BMI, cause of death, smoking and alcohol use history, HLA typing, and past
medical records.
Applications
Spinal sections encompass a wide range of uses, including target profiling and engagement, spatial omics analysis,
functional and structural interrogation, and their role in CNS drug discovery. Additionally, they are crucial in studying
neurotoxicity and neuropathy, contributing significantly to the field of neurological research.
Lung sections find application in studying cytokine release, gene expression, immune cell activation, transcriptomics, and
proteomics. They are instrumental in investigating airway contraction and relaxation dynamics and the regulation of blood
vessel constriction and dilation, making them vital tools for respiratory research.
Heart sections play a pivotal role in target expression and localization studies, spatial omics analysis, functional assays,
and action potential measurements. They are essential for understanding proarrhythmia, inotropic effects, force
production, vascular tone regulation, and the assessment of chamber-specific efficacy and safety, thereby contributing to
cardiovascular research and drug development.
Dorsal root ganglia sections are employed in target profiling and engagement, as well as functional and structural
interrogation. They play a crucial role in pain and itch drug discovery, as well as research related to neurotoxicity and
neuropathy, enhancing our understanding of sensory and peripheral nervous systems.
Brain sections offer valuable insights into target expression and localization, spatial omics, immunocytochemistry, and
the application of RNAscope technology. They are indispensable in neuroscientific research, providing a foundation for
understanding neural processes and cellular interactions in the brain.
24