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Animal Embryonic Stem Cell Isolation and Characterization
With the rapid development of cell therapy and veterinary drug research and development, the demand for in vitro animal research is increasing. Cell lines are generally immortalized cells that have undergone gene editing. Compared to similar cells in the body, they have significant differences in related biological functions. The advantages of primary cells are therefore beginning to emerge. Extracting primary stem cells from animals is a challenging aspect of the research and application process. The quality of extracted cells is influenced by various factors such as donor age, tissue selection, cell separation and culture. BioVenic has extensive experience in the extraction, culture and identification of primary cells. The isolated embryonic stem cells offer the advantages of low generation, excellent morphology and high quality. We are dedicated to take over the time-consuming and labor-intensive process of embryonic stem cell extraction, separation, culture, and characterization for researchers to ensure and support the smooth progress of your project.
Fig.1 Stem cell state in vivo and in vitro.1,2
Animal ESC Isolation Service
BioVenic has developed a customized separation service technology process for animal embryonic stem cells or embryonic-like stem cells to ensure that the isolated cells retain the potential for multidirectional differentiation and self-replication after in vitro passage, and are stable and have good vitality. Our animal embryonic stem cells are generally isolated from the inner cell mass of fresh embryonic tissue from healthy animals and the interfering cells are removed. We carefully match the feeder layer cells, design a stable in vitro culture system, and perform supporting functional characterization and identification of multi-lineage differentiation ability after separation. Our ESC separation and extraction technology process has been improved and optimized through years of project experience and is carried out by technicians with rich practical experience to further ensure the high quality and reliability of the separation service.
Animal ESC Characterization Service
BioVenic offers morphological and functional identification and characterization solutions for animal embryonic stem cells. Our research team identifies the standard morphology of ESCs from different species and their undifferentiated proliferation behavior under appropriate culture conditions. We also detect surface markers specific to the undifferentiated stage of ESC expression. With our reliable and comprehensive characterization and identification services, we aim to ensure that our customers' ESCs are used in scientific research to produce stable and reproducible results.
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| Morphology |
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| Surface markers |
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| Functionality |
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Why Choose Us?
Professional Technical Support
BioVenic responds and resolves your requests and needs in animal stem cell culture and identification with efficiency and professionalism, guaranteeing quality and effectiveness of service.
One-stop Solutions
BioVenic offers a comprehensive range of customized services for the isolation and characterization of animal ESCs to meet your specific scientific research needs. This includes the isolation of stem cells from various animal embryonic tissues and the identification of ESCs based on their morphology and functionality.
Strict Quality Control
BioVenic applies strict quality control and testing to its ESC extraction and isolation technology to ensure cell stability and viability while meeting your specific scientific research requirements and standards.
High Quality Products
BioVenic utilizes state-of-the-art ESC separation and extraction technology, together with a stable culture system, to effectively isolate target ESCs while preserving the functional integrity and vitality of the cells.
BioVenic offers high-quality, tailor-made, complete solutions for the isolation and characterization of animal stem cells, in particular embryonic stem cells. Our team of animal stem cell researchers consists of experts with extensive biological knowledge and hands-on experience, providing efficient and thorough primary stem cell isolation and characterization services to researchers worldwide. Our services meet your needs in embryonic stem cell research, cell therapy development, and veterinary drug development. If you need help with animal embryonic stem cell isolation and characterization, please do not hesitate to contact us.
References
- Image retrieved from Figure 1 "Stem cell state in vivo and in vitro." Kim and Hyun, 2016, used under [CC BY 4.0] (https://creativecommons.org/licenses/by/4.0/). Without modification.
- Kim, Eunhye, and Sang-Hwan Hyun. "Apoptosis in Porcine Pluripotent Cells: From ICM to iPSCs." International journal of molecular sciences vol. 17,9 1533. 12 Sep. 2016.