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@AbrahamLabHMS

@abrahamlabhms

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410

Visualizing how viruses infect cells using tools in structural biology.

Joined May 2020
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@NatureMicrobiol
Nature Microbiology
3 months
Out Now! Molecular organization of the New World arenavirus spike glycoprotein complex https://t.co/fisCxzUVOE #Arenavirus #MolecularBiology #CryoEM
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@abrahamlabhms
@AbrahamLabHMS
3 months
Though the Candid#1 vaccine is effective against JUNV, other lethal New World areaviruses still pose a large public health risk 🌎with no specific medical countermeasures. Our structures may serve as a basis for further rational design and development of therapeutics and vaccines
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@abrahamlabhms
@AbrahamLabHMS
3 months
A K33A substitution in the stable signal peptide (SSP) allowed for stabilization of the pre-fusion GPC, with molecular dynamics suggesting K33A stabilizes GPC by better accommodating membrane lipids in the SSP33 pocket, supported by our cryo-EM density
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@abrahamlabhms
@AbrahamLabHMS
3 months
Further structural and functional analyses also reveal the effect of specific residues in transmembrane and membrane proximal region on pH-mediated fusion, elucidating the attenuation mechanism of the JUNV Candid#1 vaccine 💉
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@abrahamlabhms
@AbrahamLabHMS
3 months
These cryo-EM structures reveal notable differences between JUNV and MACV in GP1 organization at the apex and C terminus. The MACV GPC apex has a more open appearance due to its GP1 subunits slightly rotating outwards and clockwise 🔃compared to JUNV GP1 subunits
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@abrahamlabhms
@AbrahamLabHMS
3 months
Our recent @NatureMicrobiol paper provides the most complete insight into the molecular organization of the JUNV and MACV GPCs yet 😲revealing new features not seen in previous structures, such as the TM helices and cytosolic portions, including ZBD
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@abrahamlabhms
@AbrahamLabHMS
3 months
New World arenaviruses, like Junin virus (JUNV) and Machupo virus (MACV), cause hemorrhagic fever with fatality rates as high as 30% predominantly in South America. To date, the only medical countermeasure against these viruses is the Candid#1 vaccine effective only against JUNV
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@abrahamlabhms
@AbrahamLabHMS
3 months
Though the Candid#1 vaccine is effective against JUNV, other lethal New World areaviruses still pose a large public health risk 🌎with no specific medical countermeasures. Our structures may serve as a basis for further rational design and development of therapeutics and vaccines
0
0
2
@abrahamlabhms
@AbrahamLabHMS
3 months
A K33A substitution in the stable signal peptide (SSP) allowed for stabilization of the pre-fusion GPC, with molecular dynamics suggesting K33A stabilizes GPC by better accommodating membrane lipids in the SSP33 pocket, supported by the cryo-EM density.
1
0
1
@abrahamlabhms
@AbrahamLabHMS
3 months
Further structural and functional analyses also reveal the effect of specific residues in transmembrane and membrane proximal region on pH-mediated fusion, elucidating the attenuation mechanism of the JUNV Candid#1 vaccine 💉
1
0
0
@abrahamlabhms
@AbrahamLabHMS
3 months
These cryo-EM structures reveal notable differences between JUNV and MACV in GP1 organization at the apex and C terminus. The MACV GPC apex has a more open appearance due to its GP1 subunits slightly rotating outwards and clockwise 🔃compared to JUNV GP1 subunits.
1
0
0
@abrahamlabhms
@AbrahamLabHMS
3 months
Our recent @NatureMicrobiology paper provides the most complete insight into the molecular organization of the arenavirus GPCs yet 😲revealing new features not seen in previous structures, such as the TM helices and cytosolic portions, including ZBD.
1
0
0
@abrahamlabhms
@AbrahamLabHMS
3 months
New World arenaviruses, like Junin virus (JUNV) and Machupo virus (MACV), cause hemorrhagic fever with fatality rates as high as 30% predominantly in South America. To date, the only medical countermeasure against these viruses is the Candid#1 vaccine effective only against JUNV
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@TheColinMann
Colin Mann
4 months
A great #ASV2025 with old friends, new friends, and awesome labmates from @abrahamlabhms!
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@WeingartenShira
Shira Weingarten-Gabbay
5 months
If you love #viruses, #ribosomes, and genomic #darkmatter, this thread is for you!! 💫 We're excited to share our published work developing Massively Parallel Ribosome Profiling (MPRP), which uncovered ~4,000 hidden proteins in ~700 viral genomes. https://t.co/k3PyY1ZPG8
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@NatureMicrobiol
Nature Microbiology
5 months
Out Now! Ecology and evolutionary trajectories of morbilliviruses in Neotropical bats https://t.co/BgKrwmT4qI #Ecology #Evolution #Morbillivirus
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@abrahamlabhms
@AbrahamLabHMS
6 months
Excited to share a preview on "Decoding WEEV’s host adaptation" in @cellhostmicrobe featuring papers from @abrahamlabhms, @msdiamondlab and Daved Fremont lab. 😀😀 https://t.co/MnTMc3OSFO
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@DanaFarberNews
Dana-Farber News
6 months
New research featured in @Nature from Joel Tan of @DanaFarber’s Kranzusch Lab ( https://t.co/Q1OXPsSIES) reports the first example of an inhibitory nucleotide immune signal. Read more: https://t.co/Zoc1h4nnrZ
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