Andela Saric

Prof of Bio & Soft Matter Physics. Living @ISTAustria; Associated @UCL Physics & @LMCB_UCL. Simulations not animations.

[Andela Saric @SaricLab]

Relaxing #beachread 🏝️: filaments that grow and shrink by burning energy🔥, death💀, assembly, division ring formation 💍, and more in our new paper in @NaturePhysics https://t.co/a6sOiIVp0B. Great collab with @nartimsoole & @seamus_holden , led by soon-doctor @vainhilla96. ⤵️

[Christian Vanhille Campos @vainhilla96]

Did you know cell filaments love to treadmill? 🔄 They grow and shrink on opposite ends and burn energy doing it! But why? How does it drive self-organisation and bacterial division? Dive into our new publication ft. @SaricLab @nartimsoole @seamus_holden labs to find out! 🧫🔬🖥️

[Andela Saric @SaricLab]

@cerbino @rpodgornik Very sad, he will be missed.

[Francesca Bottanelli @Fran_Bottanelli]

Registration is open for the 2025 iteration of the wonderful @EMBOevents workshop on cell polarity and membrane dynamics #EMBOcellPolarity25 I am organizing with Ed Munro! Wonderful lineup wonderful please sign up and RT https://t.co/N6NrB2dnWg

[ComeInCell @ComeInCell]

Are you a fan of #ComputationalBiophysics?🖥️

The @SaricLab at the #ISTA is seeking a talented #PhDcandidate to investigate the fascinating interplay between #MolecularCondensates and #CellMembranes.

Check our #PhDposition: https://t.co/iFMTFLeTWQ #MSCA #ComeInCell

[Laura Alvarez @LauraAlvarez_F]

New edition of Interdisciplinary challenges (IntCha25) on physics of complexity and life will take place at Heidelberg in 2025 https://t.co/X5paR0Fxv7 @embl So proud the event keeps gathering ECR for rich exchanges
@Dmichiel1 ready for the 10th anniversaire?
Previous Editions👇

[Andela Saric @SaricLab]

@mbuanand Looking forward to it:)!

[Andela Saric @SaricLab]

Thank you @AllenInstitute for seeing the magic in #membranebiophysics 🪄✨ We’re thrilled happy to be a part of this cohort!

[allen institute @AllenInstitute]

Using simulations, synthetic cells, and live archaeal cell communities, @SaricLab, @KGoepfrich, and Buzz Baum are challenging the assumption that the cell membrane is passive and only changes shape when acted upon.

#FrontierScience

[Andela Saric @SaricLab]

@Mattia__Serra @ISTAustria @PGAFamilyFdn Thank you :)🔥

[Andela Saric @SaricLab]

@Mech_Morph_Lab @ISTAustria @EdouardHannezo @PGAFamilyFdn Thank you!!:)

[ISTAustria @ISTAustria]

Congratulations to Anđela Šarić @SaricLab on being named an Allen Distinguished Investigator by @PGAFamilyFdn! She will lead an international collaboration, funded with $1.5 million, to investigate how chemically active membranes influence cell shape.
🔗 https://t.co/CCpzyiwwaI

[Andela Saric @SaricLab]

@zechnerlab @mpicbg @Sissaschool 🤩🌊 ☕️Congratulations!!

[ComeInCell @ComeInCell]

🤩 Exciting milestone for the #MSCA Doctoral Network #ComeInCell! Today we held our kickoff meeting to drive this groundbreaking project forward.

Stay tuned for insights into #SyntheticBiology, #MembraneCondensates, #NeurodegenerativeDiseases, #MembraneTrafficking & more! 🔬✨

[Dimova Lab now at @DimovaLab.bsky.social @DimovaLab]

📢 Open PhD position as part of #MSCA network of 17 students
@ComeInCell
Interested in exploring membrane stability/repair & #condensates ?
Check out & apply:
👉https://t.co/5C2V9dKZQU
The project will include secondments at
@SaricLab, @MarquesLab & @NatureComms

[Schwille Lab @SchwilleLab]

We're hiring for a MSCA PhD position! @ComeInCell
We're curious about how biological condensates can be actively targeted to membrane surfaces with the thoroughly mastered self-assembling protein machinery.
Check out the project at https://t.co/qcBzHbVBNd

[Montenegro Lab @MontenegroLabo]

The ITN ComeInCell 🧫https://t.co/BXdX44l5Px is UP sand running!

Interested in synthesizing life-like systems from the bottom up?

🔊Apply now to the 2 PhD positions that we offer @ciqus within an outstanding network!!

RT is highly appreciated!

⏰👉 https://t.co/eN8I0na1Jv

[ComeInCell @ComeInCell]

We're super excited to launch ComeInCell- a doctoral network aimed to develop advanced cellular mimics that integrate functional membrane structures and biomolecular condensates. With a team of 14 PIs and 13 associated partners, this will be an exciting journey!

[Sandhya Koushika @WormlockHolmes]

Archeal monolayer membrane properties. Interesting work from @SaricLab.

Are there implications for origin of life?

https://t.co/8Aez4hyVTb

[Andela Saric @SaricLab]

@WormlockHolmes Thank you 🙏🏻!

[Miguel Amaral @miggral]

Taken together, we find membrane tradeoff design principles evolved in extremophiles - stability vs reshapeability - that can be valuable for (bio)technological applications. (7/7)
🙏 @sciFelixFrey , @xiuyun_jiang , @BaumBuzz @SaricLab
preprint → https://t.co/tcsEUBfUIo

[Miguel Amaral @miggral]

Did you know there are more than bilayer #membranes in nature? Meet the #archaeal monolayer and its surprising mechanical properties! New #preprint! (1/7)