Producing and Purifying Viral Systems in the Laboratory - Beckman 2017
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- čas přidán 29. 08. 2024
- Production and purification of viral systems are an essential part of laboratory research, whether at a small, academic scale, or a larger, biopharma scale. Beckman Coulter Life Sciences offers the tools and techniques to master viral systems production and purification, no matter the scale. Learn more about centrifugation's central role in research with viral systems. info.beckmancoulter.com/goingviral
THANK YOU! This is clear, easy to follow, and easy to understand.
yet super fake. eh doctor anonymous. hey just curious how much for your fake bot service replys. i need some fans on my channel. where do i mail the check to get some comments on my page?
Very detailed and helpful. Lectures confused me a bit, but all good now.
How do you separate certain cell vesicles from viruses that are indistinguishable?
Just imagine they are not there
you cant. its all a drug dealing lie
@@matlabatt god bless you spread the word man.
Separating microscopic viral particles based on it's size and density using a centrifugal force? I think they are just imagining things.
@Armathy
Virologists are either delusional with their "virus theory" and pulling on straws with their hypothesis or trying their best to continue this biomedical fraud especially through crap published papers with no control variables or any scientific means to distinguish between an extracellular vesicle called an exosome vs the supposed claim of a "virus".
Centrifuge only separates solid from liquid and you end up with what's called the pellet and supernatant. There is no way you can know that the genome you obtain for sequencing in a supernatant is coming from a pathogenic "virus". The patient's sample contains a soup mixture of DNA/nucleotide fragments from broken down bacteria, fungi, yeast and normal cells of the body. From that soup mixture, it is impossible to know if you've obtained only the "viral genome" for sequencing.
For many decades, this virology industry has been misusing the words "isolate" and "purify" outside of its meaning. All those uploaded genome sequences on databases are most likely normal flora and cells of the body given "virus" labels to push hysteria and justify "therapeutic" drugs like vaccines addressing "viruses".
@Armathy Mate I can already see through your bullshit:
- gaslighting with a generic initial question that is neither scientific nor specific to the subject
- pseudo empathy/pretending to think like me but you "change your mind" with no explanation as to why you sided with these "scientists"
- followed by your obfuscating red herring excuse of a last sentence to wrap it up
Tell me what these "scientists" you claim told you on how to isolate and purify a "viral genome". All I see are hearsays, no explanation on how a virologist "isolates" a viral genome from a soup mixture let alone distinguish between an exosome and a so called "virus".
*I'm on the side that viruses exist and that the specific sequences of DNA/RNA used to identify them are highly unlikely to occur randomly elsewhere.* LMAO WTF do you think I'm not going to question this unscientific vagueness. Where are the studies that identify these "specific sequences" and how did they determine they are unlikely to occur randomly elsewhere? Sorry I can't take you seriously at this point.
correct .
@@alexalam8364 what other sources do you have other than Jeff green, amandha valhmer or aajonus??
@@jaboris2536 I'm going to take it you're being sarcastic
Is there someone I can email or speak with to ask questions about this process?
no, cause its not real. they just hired to create content that fits the narrative
who pays you to do this stuff? (lie)
🤡🤡🤡🤡
@@t.a9822 who pays you to put clown emojis down. What is this ?
Are you university educated or what ? They teach emoji as a major over there now or what?
@@matlabattNo one pay me a shit here on CZcams!
I work in a large lab in Stockholm and we use broad-based primers with degenerate sequences designed to detect unknown viruses to randomly amplify the genetic content of infected clinical isolates.
A subset of the amplified sequences showed homologies to the genus coronavirus, consistent with other confirmatory laboratory test results. Soon after, a coronavirus-specific PCR assay was developed for rapid laboratory diagnosis of SARS.
Witch hunt