Begona Heras (@begonaheras) 's Twitter Profile
Begona Heras

@begonaheras

Professor #Heraslab @LIMSLTU @latrobe | Biochemist | Structural Biologist | Mother | Views my own

ID: 3648823874

calendar_today22-09-2015 12:58:41

307 Tweet

356 Followers

302 Following

GRAS Lab (@graslab) 's Twitter Profile Photo

SCANZ Crystal35 continue in the afternoon, with 2 sessions ;-) Pleasure to hear from Begona Heras Megan Maher Rhys Grinter and David Jacques Then time to catch up with friends for dinner ā™„ļø

<a href="/Crystal_SCANZ/">SCANZ</a> Crystal35 continue in the afternoon, with 2 sessions ;-) 
Pleasure to hear from <a href="/BegonaHeras/">Begona Heras</a> Megan Maher <a href="/Rhys__G/">Rhys Grinter</a> and David Jacques 

Then time to catch up with friends for dinner ā™„ļø
Monash Biomedicine Discovery Institute (@monashbdi) 's Twitter Profile Photo

šŸ“¢We're so proud to share that Professor Dena Lyras, BDI Deputy Director & ARC Laureate Fellow, has been appointed as a Sir John Monash Distinguished Professor, the most prestigious title conferred on Professors at the University. Congrats! šŸŽ‰Read more bit.ly/3NWNpMp

šŸ“¢We're so proud to share that Professor Dena Lyras, BDI Deputy Director &amp; ARC Laureate Fellow, has been appointed as a Sir John Monash Distinguished Professor, the most prestigious title conferred on Professors at the University. Congrats! šŸŽ‰Read more bit.ly/3NWNpMp
La Trobe Institute for Molecular Science (@limsltu) 's Twitter Profile Photo

1/2 šŸ”¬ Congratulations to LIMS & @SABE_Latrobe’s A/Prof Yuning Hong, Dr Shouxiang Zhang and Dr Tze Cin Owyong, whose world-first research creating a chemical tag to study disordered proteins in living cells has been published in Nature Methods! Read more: latrobe.edu.au/news/articles/…

1/2 šŸ”¬ Congratulations to LIMS &amp; @SABE_Latrobe’s A/Prof Yuning Hong, Dr Shouxiang Zhang and Dr Tze Cin Owyong, whose world-first research creating a chemical tag to study disordered proteins in living cells has been published in <a href="/naturemethods/">Nature Methods</a>! Read more: latrobe.edu.au/news/articles/…
Medical Xpress (@medical_xpress) 's Twitter Profile Photo

La Trobe University unveils a groundbreaking method using TME tags to study disordered proteins, offering critical insights into #Parkinson'sDisease and enhancing understanding of neurodegenerative disorders. La Trobe University Nature Methods doi.org/g8rxz9 medicalxpress.com/news/2024-11-c…

Nature Methods (@naturemethods) 's Twitter Profile Photo

Researchers present a proteome-wide workflow using the bifunctional chemical probe TME to capture, enrich, and profile endogenous disordered proteins in cells. Xavier Zhang owyongtc Y Hong La Trobe Institute for Molecular Science La Trobe University nature.com/articles/s4159…

Researchers present a proteome-wide workflow using the bifunctional chemical probe TME to capture, enrich, and profile endogenous disordered proteins in cells.
<a href="/shouxiang_zhang/">Xavier Zhang</a> <a href="/owyongtc/">owyongtc</a> <a href="/yuning_hong/">Y Hong</a> <a href="/LIMSLTU/">La Trobe Institute for Molecular Science</a> <a href="/latrobe/">La Trobe University</a> 

nature.com/articles/s4159…
Kobe Lab (@kobe_lab_) 's Twitter Profile Photo

Excited to share our work in PNASNews . We report the cryoEM structures of both TRIF and TRAM uncovering the molecular basis of TRIF-mediated TLR3 and TLR4 signalling pathways. pnas.org/doi/10.1073/pn…

Excited to share our work in <a href="/PNASNews/">PNASNews</a> .

We report the cryoEM structures of both TRIF and TRAM uncovering the molecular basis of TRIF-mediated TLR3 and TLR4 signalling pathways.

pnas.org/doi/10.1073/pn…
Pramod Subedi (@subedi_pramod) 's Twitter Profile Photo

Thank you, Prof. Begona Heras , for hosting A/Prof. Shu-Sin Chng, from NUS for an insightful talk on bacterial lipid trafficking & outer membrane homeostasis! Great to see fascinating work on bacterial cell envelope dynamics! #AMR #InfectionBiology La Trobe Institute for Molecular Science La Trobe University

Thank you, Prof. <a href="/BegonaHeras/">Begona Heras</a> , for hosting A/Prof. <a href="/Figlegend/">Shu-Sin Chng</a>, from <a href="/NUSingapore/">NUS</a> for an insightful talk on bacterial lipid trafficking &amp; outer membrane homeostasis! 

Great to see fascinating work on bacterial cell envelope dynamics!
#AMR #InfectionBiology

<a href="/LIMSLTU/">La Trobe Institute for Molecular Science</a> <a href="/latrobe/">La Trobe University</a>
Begona Heras (@begonaheras) 's Twitter Profile Photo

Big thanks to A/Prof. Shu Sin Chng Shu-Sin Chng from NUS for a fabulous talk at La Trobe Institute for Molecular Science on bacterial cell envelope biogenesis and lipid trafficking—essential for maintaining the outer membrane lipid asymmetry and critical for bacterial survival. La Trobe Agriculture, Biomedicine & Environment La Trobe University

Big thanks to A/Prof. Shu Sin Chng <a href="/Figlegend/">Shu-Sin Chng</a> from <a href="/NUSingapore/">NUS</a> for a fabulous talk at <a href="/LIMSLTU/">La Trobe Institute for Molecular Science</a> on bacterial cell envelope biogenesis and lipid trafficking—essential for maintaining the outer membrane lipid asymmetry and critical for bacterial survival.
<a href="/SABE_latrobe/">La Trobe Agriculture, Biomedicine & Environment</a> <a href="/latrobe/">La Trobe University</a>
VIIN (@the_viin) 's Twitter Profile Photo

To end this conference with a bang, we have Professor Leo Eberl from the University of Zurich, telling us all about uncovering and characterising the good and bad guys within the Burkholderia sensu lato. Sensu-tional! #Lorneiandi

To end this conference with a bang, we have Professor Leo Eberl from the <a href="/UZH_en/">University of Zurich</a>, telling us all about uncovering and characterising the good and bad guys within the Burkholderia sensu lato. Sensu-tional! #Lorneiandi
La Trobe Agriculture, Biomedicine & Environment (@sabe_latrobe) 's Twitter Profile Photo

2/3 šŸ¦ šŸ”¬Begona Heras Prof Begona Heras, Prof Mark Schembri , Dr Jason Paxman, Dr Patrick Harris, Prof Mick Foley, & Ms Julie Phillips J Phillips have been awarded an AEA Ignite Grant for their research on biofilm inhibitors to combat antimicrobial resistance. A huge step toward

2/3 šŸ¦ šŸ”¬<a href="/BegonaHeras/">Begona Heras</a> Prof Begona Heras, Prof Mark Schembri , Dr Jason Paxman, Dr Patrick Harris, Prof Mick Foley, &amp; Ms Julie Phillips <a href="/BiodiemLtd/">J Phillips</a>  have been awarded an AEA Ignite Grant for their research on biofilm inhibitors to combat antimicrobial resistance.
A huge step toward
La Trobe Institute for Molecular Science (@limsltu) 's Twitter Profile Photo

1/2 šŸš€ Congrats to LIMS’s Prof BegoƱa Heras, E/Prof Mick Foley & Dr Jason Paxman; Dr Tze Cin Owong & Prof Yuning Hong; Ms Sarah Bamford & Prof Paul Pigram, who were granted commercialisation funding across three projects in the Australia’s Economic Accelerator (AEA) Ignite Grants

1/2 šŸš€ Congrats to LIMS’s Prof BegoƱa Heras, E/Prof Mick Foley &amp; Dr Jason Paxman; Dr Tze Cin Owong &amp; Prof Yuning Hong; Ms Sarah Bamford &amp; Prof Paul Pigram, who were granted commercialisation funding across three projects in the Australia’s Economic Accelerator (AEA) Ignite Grants
La Trobe Institute for Molecular Science (@limsltu) 's Twitter Profile Photo

2/3 šŸ”¬ The three funded projects seek to develop: an AI platform to understand complex materials systems and environments; biofilm inhibitors to combat antimicrobial resistance; and a new diagnostic and monitoring platform for Parkinson’s. #sciencetwitter #LIMSLTU #Science

2/3 šŸ”¬ The three funded projects seek to develop: an AI platform to understand complex materials systems and environments; biofilm inhibitors to combat antimicrobial resistance; and a new diagnostic and monitoring platform for Parkinson’s.
#sciencetwitter #LIMSLTU #Science
La Trobe Institute for Molecular Science (@limsltu) 's Twitter Profile Photo

3/3 āš•ļø Each successful project was recognised as an important investment in the national priority area of Medical Science, and as research which could capitalise on opportunities in areas of Australian economic advantage. Amazing recognition for our researchers’ important work!

3/3 āš•ļø Each successful project was recognised as an important investment in the national priority area of Medical Science, and as research which could capitalise on opportunities in areas of Australian economic advantage. Amazing recognition for our researchers’ important work!
Begona Heras (@begonaheras) 's Twitter Profile Photo

Celebrating International Women's Day at the Spanish Club. Special thanks to #Ivan Martinez-Botella & SRAP-IEAP for the opportunity to present my work alongside incredible women Katherine Locock ana maria ducasse Ana Gamarra Rondinel & to connect with a very engaged audience La Trobe Institute for Molecular Science La Trobe University

Celebrating International Women's Day at the Spanish Club.
Special thanks to #Ivan Martinez-Botella &amp; <a href="/srap_ieap/">SRAP-IEAP</a> for the opportunity to present my work alongside incredible women <a href="/KathLocock/">Katherine Locock</a>  <a href="/amducasse/">ana maria ducasse</a> <a href="/AnaGamarraRondi/">Ana Gamarra Rondinel</a> &amp; to connect with a very engaged audience

<a href="/LIMSLTU/">La Trobe Institute for Molecular Science</a> <a href="/latrobe/">La Trobe University</a>
La Trobe Institute for Molecular Science (@limsltu) 's Twitter Profile Photo

🦠 New research in Gut Microbes led by LIMS & @SABE_Latrobe’s Prof BegoƱa Heras, Dr Jason Paxman & Dr Akila Pilapitiya show how E. coli (EPEC type) uses toxic ā€œmolecular scissorsā€ to destroy gut cells, leading to illness and sometimes death. Read šŸ‘‰ latrobe.edu.au/news/articles/…

🦠 New research in Gut Microbes led by LIMS &amp; @SABE_Latrobe’s Prof BegoƱa Heras, Dr Jason Paxman &amp; Dr Akila Pilapitiya show how E. coli (EPEC type) uses toxic ā€œmolecular scissorsā€ to destroy gut cells, leading to illness and sometimes death. Read šŸ‘‰ latrobe.edu.au/news/articles/…
Maria Kaparakis-Liaskos (@mariak_liaskos) 's Twitter Profile Photo

Sharing our recent study showing that membrane vesicles produced by E.Ā coli contain the autotransporter protein Antigen 43 and contribute to bacterial cell aggregation and biofilm formation. A fantastic collaboration with Begona Heras Lauren Z and team. journals.asm.org/doi/10.1128/sp…