Digital Karyotyping-Animal species DNA Testing

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The primary focus of technology is obtaining detailed information on chromosomal structural variance (SVs) to identify genomic abnormalities, including deletion, insertion, duplication, and inversion events, without any bias.
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Frequently Asked Questions (FAQ) about Animal-Based Digital Karyotyping:
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1.&nbsp;What is the animal digital karyotyping platform?
For animal cell line analysis, Stemnovate uses a digital karyotyping tool that screens and identifies structural chromosomal variations such as deletion, duplication, insertion, and translocation changes at the genome level. This platform provides unprecedented access to crucial genetic information for studying cell line stability in cultures, animal diseases and modelling.
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2.&nbsp;Why is karyotyping important?
Karyotyping detects the chromosomal integrity of cell lines. It's crucial as culturing can compromise it. Factors like cultural media composition conditions can affect cells. It is valuable for identifying animal diseases and structural variations in the animal genome that have applications in animal health drug discovery and breeding.
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3. How does it work?
We culture cells and isolate DNA from cell lines subjected to sequencing, followed by bioinformatic analysis to detect changes in the genetic makeup.
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4. What animal species can be analysed?
We analyse pigs, cats, dogs, horses, chickens, mice, cows, Sheep and C.elegans and zebrafish.&nbsp;Stemnovate is expanding its animal-based platform to include a broader collection of other animal species.
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5. What is required for the animal digital karyotyping test?
We typically require 1 million cells in a frozen pellet format. We can also culture cells if repeat analysis is required to study batch stability and variations.
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6. How long does it take to obtain a result?
The turnaround time is 9-11 working days. It can be customised to meet specific requirements.

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Stemnovate has launched a digital Karyotyping service for researchers and businesses in the animal health sector and emerging new technologies such as cultured meat. The platform provides crucial information concerning the genomic integrity of cultured animal cell lines, including primary cells, stem cells, and differentiated cell types.&nbsp;

Digital Karyotyping-Animal species DNA Testing

Digital Karyotyping-Animal species DNA Testing

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