Rhesus Monkey Brain (NHP-TI127)
Tag: Rhesus Monkey, Tissue Block
- This tissue block from Creative Biolabs is isolated from Rhesus monkeys' brain. The sample has been verified as negative for multiple types of virus infections including Herpes-B Virus, SRV, SIV, and STLV-1, and can serve as a beneficial tool in a number of in vitro test and assay experiments such as PCR, WB, immunoprecipitation, immunofluorescent flow cytometry.
Detailed Product Description
- Source: Healthy rhesus monkey
- Applications: Given their robust resemblances to humans across physiological, behavioral, immunological, and genetic aspects, non-human primates serve as crucial models in a broad range of biomedical research, especially in bridging translational research from small animal models to humans. Creative Biolabs offers both standard formats and personalized non-human primate tissue preparations, catering to diverse in vitro testing applications.
- System: Nervous System
- Organ/Tissue: Brain
- Shipping: Dry ice
Technical Specifications
- Preservation Methods: Snap frozen
- Quality Assurance: Tissue blocks are prepared by histologists with years of experience to be sure of excellent morphology and high quality.
- Packaging: Securely packaged to maintain the tissue quality during shipping.
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Q 1: What are the storage and shipping conditions for Rhesus Monkey Brain tissues?
A: Rhesus Monkey Brain tissues from Creative Biolabs are carefully stored to maintain integrity and viability. The tissues are typically stored in cryogenic conditions to preserve their biological properties. Shipping is done with utmost care, using specialized cold-chain logistics to ensure that the tissues remain at optimal temperatures throughout the transportation process. Detailed instructions for thawing and handling are provided to ensure the best possible results in downstream applications.
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Q 2: What is the ethical protocol followed in the procurement of Rhesus Monkey Brain tissues?
A: Creative Biolabs adheres to strict ethical guidelines and regulations in the procurement of Rhesus Monkey Brain tissues. All procedures are performed under rigorous ethical standards to ensure the humane treatment of animals. Our sourcing complies with institutional, national, and international guidelines, including the standards set by the Institutional Animal Care and Use Committee (IACUC) and other relevant regulatory bodies.
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Q 3: What are the applications and advantages of using the Rhesus Monkey Brain in research?
A: The Rhesus Monkey Brain is extensively used in biomedical and neurological research due to its close anatomical and functional similarities to the human brain. Some key applications include:
Neuroimaging Studies: Rhesus monkeys are often used in advanced neuroimaging techniques, such as MRI and PET scans, to study brain structure and function, offering insights into human brain disorders.
Cognitive and Behavioral Research: The Rhesus Monkey is a prime model for studying cognitive functions and behaviors, including learning, memory, and social interactions. This research can help in understanding human cognitive processes and neuropsychiatric disorders.
Drug Development and Testing: Rhesus monkey brains are utilized to test the efficacy and safety of new neurological drugs, providing a reliable model for preclinical trials before human testing.
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Boost Neurological Research
Using the Rhesus Monkey Brain samples from Creative Biolabs has significantly advanced our neurological research. The quality of the samples was exceptional, maintaining integrity during both the delivery and our subsequent experiments. It's clear that Creative Biolabs maintains a high standard in their collection and preservation processes. Additionally, the customer service was incredibly supportive, promptly addressing our custom needs. Highly recommend these samples for any lab focusing on primate neuroscience. -
High-Quality
Creative Biolabs' Rhesus Monkey Brain specimens have significantly advanced our research in cognitive neuroscience. The high-quality tissue allows for precise imaging and molecular analysis, enabling us to explore neural pathways and brain disorders effectively. The comprehensive datasheet and protocols provided have been incredibly useful, ensuring we get the most out of the samples.
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