Actomyosin! Only 80p!
Sedigheh (Mobi) Ghanbarzadeh and Darius in close collaboration with theorists Sami Al-Izzi and Richard Morris from the School of Physics, UNSW Sydney (both alumni of Warwick) investigate how the level of ATP (our loved fuel for molecular motors and other cellular processes) changes the dynamics and patterning of membrane bound actomyosin networks.
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[Paper]
Motor co-dependence mechanisms
Ferdos and Alex in a collaboration between Straube and Carter (MRC-LMB) labs, show that complexes of dynein, KIF1C, dynactin and cargo adapter Hook3 undertake plus and minus end-directed motility along microtubules.
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[Paper]
Taste the rainbow
Intracellular nanovesicles come in many flavours. Mary in the Royle lab dug into the cell and pulled out an ATG9A flavour INV.
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[Paper]
Breaking up the party
James and Selena in Royle and Bayliss (Leeds) labs found an affimer that could inhibit the interaction between TACC3 and ch-TOG.
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[Paper]
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CMCB Early Career Seminar Series
Our new series gives a platform to early career mechanochemical cell biologists to explain their science and then discuss with CMCB members. If we think you would be a good fit, we will support you in early career fellowship applications and in other ways.
>> For more details and for other vacancies in CMCB