RT @SingMolSci: Very proud of InteracTeam's Ailis O'Carroll & Mehdi Moustaqil. 🎓After graduating from their PhDs last year, they each have…
Very proud of InteracTeam's Ailis O'Carroll & Mehdi Moustaqil. 🎓After graduating from their PhDs last year, they each have won School of Medical Sciences (SoMS)'s paper of the month @UNSWMedicine . Read their papers 👉 https://t.co/X6Sme1ftDE & http
RT @BMCBiology: Inflammatory signals. A commentary from Nicholas Gay https://t.co/tKQ5aHoOCp discusses recent research on the self-aggregat…
RT @BMCBiology: Inflammatory signals. A commentary from Nicholas Gay https://t.co/tKQ5aHoOCp discusses recent research on the self-aggregat…
RT @BMCBiology: Inflammatory signals. A commentary from Nicholas Gay https://t.co/tKQ5aHoOCp discusses recent research on the self-aggregat…
Inflammatory signals. A commentary from Nicholas Gay https://t.co/tKQ5aHoOCp discusses recent research on the self-aggregating properties of Myd88 https://t.co/pqmsRzbUE6 and how this relates to the assembly of the Myddosome and immune-system signaling.
RT @BMCBiology: Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect i…
RT @BMCBiology: Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect i…
RT @BMCBiology: Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect i…
RT @BMCBiology: Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect i…
RT @BMCBiology: Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect i…
RT @BMCBiology: Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect i…
New from #The_MRC https://t.co/IsMc7mG7gV Pathological mutations differentially affect the self-assembly and polymerisation of the innate immune system signalling adaptor molecule MyD88
Using Leishmania #cellfree #protein #expression to study higher-order protein self-assembly: Pathological mutations differentially affect the self-assembly and polymerisation of the innate immune system signalling adaptor molecule MyD88. - PubMed - NCBI h
RT @BMCBiology: Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect i…
DHLangbecker #digitalhealth #update Pathological mutations differentially affect the self-assembly and polymerisation of the innate immune system signalling adaptor molecule MyD88. https://t.co/QMuv7h6KVV
Yann Gambin and colleagues describe in BMC Biology how oncogenic mutations in the immune signalling molecule Myd88 affect its #prion-like polymerisation and lead to loss- and gain-of function responses: https://t.co/8MEAQlQ0gl https://t.co/4L3lT1Kwme
The InteracTeam (Gambin-Sierecki group) sheds new light on signalling during innate immune responses via adaptor protein MyD88
New research from @SingMolSci showing that pathological mutations in the immune signalling adaptor molecule Myd88 affect its #prion-like polymerisation, implying that this biophysical behaviour is important for its ability to drive the immune response: htt