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Displaying posts with the tag: is_archive

JCS snapshot - Dissecting assembly mechanisms of the novel ECM protein SNED1

Posted by , on 26 October 2026

In our latest JCS snapshot we hear from Alexandra Naba who, in two companion papers together with Leanna Leverton, Dharma Pally and team, characterised the understudied ECM protein SNED1 and dissected its role in ECM construction and remodelling. In this video, Alexandra takes us through the key findings from their research.

JCS snapshot - Multimodal coordination of ammonium transporters helps fission yeast survive nitrogen starvation

Posted by , on 19 October 2026

In our latest JCS snapshot we hear from Shet Lee Ng who, together with Yukiko Nakase and team, discovered that multiple ammonium transporters in fission yeast are coordinated by transcriptional and localisation regulation in response to nitrogen starvation. In this snapshot, Shet Lee take us through the key findings from their research.

JCS snapshot - Outer kinetochore proteins form linear elements to regulate vesicle transport

Posted by , on 7 October 2026

In our latest JCS snapshot we hear from Shane Kowaleski who, together with Joshua Bembenek and team, discover that outer kinetochore proteins form linear elements to regulate vesicle transport. In this snapshot, Shane take us through the key findings from their research.

JCS snapshot - Golgi disintegration and functional disruption during paraptosis

Posted by , on 19 August 2026

In our latest JCS snapshot we hear from Xiang Cui, who, together with Min Cui and team, uncover a role for Golgi disintegration and functional disruption during paraptosis. In this snapshot, Xiang Cui take us through the key findings from their research.

JCS snapshot - Live imaging of epithelial phagocyte differentiation in the Drosophila ovary reveals transient and novel behaviours

Posted by , on 11 August 2026

In our latest JCS snapshot we hear from Caique Almeida Machado Costa, who, together with Wu-Min Deng and team, used time-lapse imaging to uncover dynamic behaviours during epithelial-to-phagocyte differentiation, including migration, delamination, long-range target capture and cell engulfment. In this snapshot, Cai take us through the key findings from their research.

JCS snapshot: A ULK1–MTFR1L feedback loop links mitochondrial fission, mitophagy and apoptosis

Posted by , on 22 July 2026

In our latest JCS snapshot we hear from Riccardo Babic, Leon Lucya and Christoph Reiter, who, together with Claudine Kraft and team, identified a ULK1–MTFR1L feedback loop that links mitochondrial fission, mitophagy and apoptosis.

JCS snapshot: Redefining colocalization analysis with a novel phasor mixing coefficient

Posted by , on 6 March 2026

In our latest JCS snapshot we hear from Owen Puls, who together with Teng-Leong Chew and team define a new strategy for quantifying biological association that leverages multispectral imaging and phasor analysis, termed the phasor mixing coefficient (PMC). In this snapshot, Owen takes us through the key findings from their research.

JCS snapshot: Suppressing microtubule detyrosination augments AAV2 endosomal escape & gene delivery

Posted by , on 19 February 2026

In our latest JCS snapshot we hear from Shefali Tripathi, who, together with Nitin Mohan, Giridhara Jayandharan and team, found that suppressing microtubule detyrosination augments adeno-associated virus 2 endosomal escape and gene delivery.

JCS snapshot: RNP1A regulates cell shape in Dictyostelium amoebas

Posted by , on 12 February 2026

In our latest JCS snapshot we hear from Mark Jacob, who, together with Yinan Liu, Douglas Robinson and team, found that the RNA-binding protein RNP1A regulates cell shape in Dictyostelium amoebas. In this snapshot, Mark takes us through the key findings from their research.

JCS snapshot: Tracking coordinated cellular dynamics in time-lapse microscopy with ARCOS.px

Posted by , on 29 January 2026

In our latest JCS snapshot we hear from Maciej Dobrzyński, who, together with Benjamin Grädel and colleagues, developed ARCOS.px, a software tool to automatically identify and track coordinated dynamic cellular events in time-lapse microscopy movies.