PEG10-derived VLPs are naturally released by human cells.

a) Representative western blot showing PEG10 abundance in lysate from A549, HepG2, HEK293, hTR-8, and U87 cell lines. n = 6 representative experiments. b) Quantification of PEG10 gag (left) and gag-pol (right) abundance in lysate. PEG10 bands were norma...

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Bibliographic Details
Main Author:	Will Campodonico (20485651) (author)
Other Authors:	Harihar M. Mohan (20485654) (author), Phuoc T. Huynh (20485657) (author), Holly H. Black (20485660) (author), Cristina I. Lau (20485663) (author), Henry L. Paulson (136809) (author), Lisa M. Sharkey (20485666) (author), Alexandra M. Whiteley (20485669) (author)
Published:	2024
Subjects:	Biochemistry Cell Biology Molecular Biology Immunology Cancer Infectious Diseases Plant Biology Virology Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified novel antagonistic relationship increased intracellular levels naturally producing cells two human retroelement like capsid domain rtl8 influenced peg10 peg10 vlp formation derived vlp abundance human cells peg10 capsid terminal domain like particles human brain peg10 resembles peg10 biology peg10 </ antagonizes peg10 truncated form taken together shares homology rtl8 resembles rtl8 co rtl8 bound rtl8 </ retroviral proteins neurological health neurological disease mart </ mart -</ like gene forms virus expression decreased derived particles derived genes broadly expressed biological roles
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PEG10-derived VLPs are naturally released by human cells.

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