PeloBiotech

www.pelobiotech.com
Primary Cells
In the realm of applied research, the selection of cell cultures is a critical determinant of
the quality and relevance of scientific outcomes. Our commitment to maintaining the
highest standards in cell quality has resulted in one of the most extensive portfolios of
primary cells in Europe. To ensure the excellence of our cells, they undergo a rigorous
process before they reach you. We also offer corresponding media for all the cells or
custom media tailored to your requirements and all other possible cell culture tools.
• Tissue Selection: Our meticulous tissue selection guarantees the highest
quality primary cells, enhancing research reliability and are generally available
at a cell density >0.5 million cells per vial check on our webpage for details.
• Stringent Testing: We subject every isolation to comprehensive testing,
including population doubling time, proliferation assays, and tests for specific
markers, fungi, bacteria, mycoplasma, hepatitis B and C DNA, and HIV-1 DNA.
• Donor Information: Certain cell types come with extensive donor data,
enriching research with details like BMI, smoking history, gender, and medical
history.
• Species Diversity: Our extensive cell range spans mice, rats, hamsters, chickens,
pigs, cats, dogs, cattle, and humans. Human cells can also be acquired from
diseased or elderly donor sources, broadening research possibilities.
• Quality Control: Automated liquid nitrogen control ensures consistent,
high-quality cryopreserved cell batches, maintaining our stringent standards.
Additional Services we provide:
• Custom Cell Isolation: Researchers with specific requirements can take advantage of our custom cell isolation
services. We offer the flexibility to work with general protocols or, if preferred, the researcher's own protocols,
all at affordable prices.
• Cell RNA: We offer cell RNA, providing a valuable resource for RNA sequencing work.
• Tagged Cells: We provide cells tagged with markers such as GFP/RFP, facilitating tracking and visualization in
experiments.
• Immortalized Lines: Our selection includes immortalized cells, which can be advantageous for extended and
consistent experimentation.
• Cells from KO Mice: We offer cells from specific knockout (KO) mice, enabling researchers to explore the
effects of specific gene disruptions.
• Media and other cell culture tools: we offer corresponding media for all the cells that we offer and various
tools to aid your cell culture from coatings, supplements to bioreactors.
Our commitment to providing top-tier primary cells and related services underscores our dedication to advancing the
quality and relevance of your research endeavors.
Heart
In our diverse cell portfolio, we provide over 900 cell types. Apart from cardiomyocytes and iPS derived cardiomyocytes,
we also isolate endothelial cells, preadipocytes, myocytes, epithelial cells, and fibroblasts from different regions of the
heart and from various species. A spectrum of heart-derived cell types, each with distinct characteristics, contributes to
diverse realms of cardiovascular research. Cardiomyocytes, the heart's muscle cells, find applications in drug screening,
cardiac toxicity assessment, and investigations into cardiac hypertrophy and regeneration. Endothelial cells, lining
blood vessels, play a pivotal role in studies related to angiogenesis, atherosclerosis, and vascular inflammation.
Preadipocytes, precursors to adipocytes, are integral in research focusing on adipogenesis, obesity-related conditions,
and metabolic disorders.
Myocytes, whether cardiac or skeletal, are fundamental in deciphering heart function, arrhythmias, and muscular disorders.
Epithelial cells, forming the outer layers of the heart and blood vessels, contribute to studies on tissue development,
regeneration, and barrier function. Finally, fibroblasts, providing structural support, are indispensable in exploring fibrosis,
extracellular matrix dynamics, and tissue repair mechanisms. This diverse array of heart-derived cells collectively propels
advancements in cardiac biology, offering insights into development, function, and pathology, with applications spanning
from basic research to therapeutic development and regenerative medicine.
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Scan the QR code to see our full cell list.