Cloud-Clone has launched a portfolio of primary feline cells aimed at enhancing research in 14 key fields related to feline health and diseases. The portfolio is designed to provide reliable in-vitro models, which have historically been hampered by biases from immortalized rodent and human cell lines due to inter-species variations in physiological responses.
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The primary feline cells, sourced directly from feline tissues and organs, maintain native cellular characteristics. This ensures greater fidelity and reproducibility in data, critical for studies on diseases, drug development, and pathogen research in felines.
The categories of primary cells include:
1. **Bone Research**: These cells support studies on conditions like osteoarthritis and cartilage repair and include various types such as articular chondrocytes and tendon cells.
2. **Nervous System Research**: Cells from the central and peripheral nervous systems are available for studying neurodegeneration and trauma, including models impacted by feline viruses.
3. **Reproductive System Research**: This category includes cells involved in reproductive physiology, useful for addressing infertility and reproductive disorders.
4. **Cardiovascular System Research**: These cells facilitate studies related to age-related cardiovascular conditions, including myocardial ischemia and fibrosis.
5. **Respiratory System Research**: Primary respiratory cells help investigate mucosal barriers and responses to infections like herpesvirus and calicivirus.
6. **Digestive System Research**: Derived from various gastrointestinal tissues, these cells allow for studies on conditions such as gastrointestinal inflammation and drug toxicities.
7. **Urinary System Research**: This category includes cells used in research on renal diseases and urinary tract disorders, aiding in nephroprotective drug studies.
8. **Skin and Mucosa Research**: These cells support investigations into skin healing and reactions to treatments for skin conditions.
9. **Ocular Research**: Primary ocular cells aid in studying diseases affecting feline eyes and evaluating ophthalmic product efficacy.
10. **Immune and Haematopoietic System Research**: This collection supports research into immune responses and related disorders, useful for vaccine development and immunomodulatory drug testing.
11. **Lymphoid and Glandular Tissue Research**: Cells from organs such as the thymus and spleen help in understanding immune system development and function.
12. **Adipose-Metabolism Research**: These cells are crucial for studying obesity and metabolic disorders in cats, aiding in the evaluation of metabolic treatments.
13. **Endocrine-System Research**: Isolated from endocrine glands, these cells facilitate research into hormonal disorders like diabetes and thyroid dysfunction.
14. **Stem-Cell Research**: Primary feline stem cells are utilized in regenerative medicine studies focused on tissue repair and cell therapy development.
Cloud-Clone emphasizes that their primary cells are produced with stringent quality control techniques, maintaining high viability and purity. The diverse range of cells aims to support global research initiatives—from basic veterinary studies to advanced drug screenings and regenerative medicine projects.
For more information regarding specifications and ordering, researchers are encouraged to contact Cloud-Clone’s sales and support teams. Cloud-Clone Corp. is known for high-quality immunoassay reagents and research tools across biomedical fields.