Using single molecule resolution to understand how phase-separated condensates organize the siRNA pathway.pdf

Uebel, Celja J.; Pinaud, Fabien F.; M. Phillips, Carolyn

doi:10.6084/m9.figshare.12132681.v1

TAGC_2020_Virtual_Poster_Celja_Uebel_1756A.pdf (23.32 MB)

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Using single molecule resolution to understand how phase-separated condensates organize the siRNA pathway.pdf

poster

posted on 2020-04-20, 23:49 authored by Celja J. Uebel, Fabien F. Pinaud, Carolyn M. Phillips

Poster 1756A by Celja Uebel for TAGC 2020 Online. File contains PDF of poster (Using single molecule resolution to understand how phase-separated condensates organize the siRNA pathway.pdf).

Funding

NSF GRFP (DGE1418060)

NIH Chemical Biology Interface - Dornsife Funded (T32-GM118289)

NIH Grant (K22 CA177897)

NIH Grant (R35 GM119656)

Pew Charitable Trusts

History

Program Number

1756A

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TAGC 2020

Keywords

RNAi phase separation LLPS Mutator complex P granule siRNA C. elegans 3D STORM Cell Biology Molecular Biology

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CC BY 4.0

Using single molecule resolution to understand how phase-separated condensates organize the siRNA pathway.pdf

Funding

NSF GRFP (DGE1418060)

NIH Chemical Biology Interface - Dornsife Funded (T32-GM118289)

NIH Grant (K22 CA177897)

NIH Grant (R35 GM119656)

Pew Charitable Trusts

History

Program Number

Usage metrics

Categories

Keywords

Licence

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