Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers
Fri 20 Nov · 15:00
Royal School Of Mines, South Kensington Campus
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The event takes place on 20 November 2026 at the Royal School Of Mines in London and features a talk titled Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers. The presentation explores how specific patterns of inter-domain interactions among folded domains and intrinsically disordered regions drive microphase separation of SRSF1. Ordered assemblies comprising tens of molecules form with diameters between 23-45 nm during this process.
Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers The phase behaviour of multi-domain proteins can be driven by specific patterns of inter-domain interactions among the folded domains and intrinsically disordered regions (IDRs). The nuclear speckle-associated serine/arginine-rich splicing factors (SRSFs) are RNA binding proteins with one or two pairs of folded RNA recognition motifs and IDRs with characteristic serine/arginine repeats. We find that the SRSF family proteins are a unique archetype of block copolymers with attractive RRM-IDR interactions and repulsive RRM-RRM and IDR-IDR interactions. The interplay of these interactions drives microphase separation of SRSF1 and the formation of ordered, size-limited assemblies of 23-45 nm in diameter, each comprising tens of molecules. The cognate long non-coding RNA, MALAT1 , promotes SRSF1 microphase separation and regulates SRSF1 interactions with coding regions towards a model for the role of SRSF1 condensates in facilitating co-transcriptional splicing of pre-mRNA.
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Frequently asked questions
Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers takes place on Friday, 20 November 2026 at 15:00.
Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers is held at Royal School Of Mines, South Kensington Campus in London (RSM 303, Royal School Of Mines, SW7 2AZ).
Entry to Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers is free.
Yes — hotels within walking distance of Royal School Of Mines, South Kensington Campus can be compared using the accommodation search further down this page.
Tickets for Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers can be booked via imperial.ac.uk using the "Check Tickets & Live Prices" button on this page, which opens the official booking site in a new tab.
Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers
Editorial Summary
The event takes place on 20 November 2026 at the Royal School Of Mines in London and features a talk titled Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers. The presentation explores how specific patterns of inter-domain interactions among folded domains and intrinsically disordered regions drive microphase separation of SRSF1. Ordered assemblies comprising tens of molecules form with diameters between 23-45 nm during this process.
This summary was automatically generated from event data sourced from official ticketing providers.
Organiser’s full description
Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers The phase behaviour of multi-domain proteins can be driven by specific patterns of inter-domain interactions among the folded domains and intrinsically disordered regions (IDRs). The nuclear speckle-associated serine/arginine-rich splicing factors (SRSFs) are RNA binding proteins with one or two pairs of folded RNA recognition motifs and IDRs with characteristic serine/arginine repeats. We find that the SRSF family proteins are a unique archetype of block copolymers with attractive RRM-IDR interactions and repulsive RRM-RRM and IDR-IDR interactions. The interplay of these interactions drives microphase separation of SRSF1 and the formation of ordered, size-limited assemblies of 23-45 nm in diameter, each comprising tens of molecules. The cognate long non-coding RNA, MALAT1 , promotes SRSF1 microphase separation and regulates SRSF1 interactions with coding regions towards a model for the role of SRSF1 condensates in facilitating co-transcriptional splicing of pre-mRNA.
Description supplied by the event organiser.
📍 Venue
Royal School Of Mines, South Kensington CampusRSM 303, Royal School Of Mines, SW7 2AZ
Westminster, London
Get Directions →❓ Frequently asked questions
When is Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers?
Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers takes place on Friday, 20 November 2026 at 15:00.
Where is Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers taking place?
Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers is held at Royal School Of Mines, South Kensington Campus in London (RSM 303, Royal School Of Mines, SW7 2AZ).
How much are tickets for Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers?
Entry to Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers is free.
Is there anywhere to stay near Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers?
Yes — hotels within walking distance of Royal School Of Mines, South Kensington Campus can be compared using the accommodation search further down this page.
How do I get tickets for Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers?
Tickets for Min Kyung Shinn: Nuclear speckles organisation by multi-domain RNA binding proteins as block copolymers can be booked via imperial.ac.uk using the "Check Tickets & Live Prices" button on this page, which opens the official booking site in a new tab.
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Date
Until Friday, 20 November 2026
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