SysBio-Szeged

Official Twitter page of the Synthetic and Systems Biology Unit, HUN-REN Biological Research Centre, Szeged, Hungary

[HUN-REN Biological Research Centre, Szeged @BiologicalRese1]

New paper from @laszlognagy lab about mushroom morphogenesis
@BiochemBrc @SysbioS

[Zoltan Lipinszki @LipinszkiLab]

We participated in an exciting project with @pardi_lab on the adjuvanticity of lipid nanoparticles!

Now published in @NatureNano

Congrats to all authors!

@BiochemBrc @HUNRENBRCgen @SysbioS @BiologicalRese1

https://t.co/hR6HDCBKjZ

[HUN-REN Biological Research Centre, Szeged @BiologicalRese1]

Proteomic profiling of serum small extracellular vesicles predicts post-COVID syndrome development - new paper by Krisztina Buzás team in Clinical Immunology
@BiochemBrc @SysbioS

https://t.co/YeTmmO1WEF

[BalintKintsesLab @KintsesLab]

Köszönjük a megtisztelő elismerést, és a rengeteg támogatást! #Straub-plakett #HUNREN #SZBK

[HUN-REN Hungarian Research Network @hunren_science]

#KintsesBálint kapta a #Straub-plakettet, a #HUNREN Szegedi Biológiai Kutatóközpont elismerését. Gratulálunk 👏 https://t.co/xOWfyxzbpI #SZBK @BiologicalRese1 @KintsesLab

[Institute of Evolutionary Biology (IBE) @IBE_Barcelona]

📣 The @multicellgenome of @IBE_Barcelona organizes the @EMBO Workshop "Evolution and origins of multicellularity across the tree of life"🧬🦠✨

📆 9-11 October, 2025
📍 Auditorium @the_prbb
⌛ Abstract submission: 1st June

👉https://t.co/UX2lo9JUaY

[Laszlo G. Nagy @laszlognagy]

An important a step for us towards functional genomics of mushrooms in @CellGenomics. We annotate UTRs, splicing, polyadenylation sites, microexons, uORFs, starvation/light responsive genes. @ZhihaoHou @BiochemBrc Lots of data at https://t.co/biYrBy7Ap0 https://t.co/FTPHQ0xuMu

[HUN-REN Hungarian Research Network @hunren_science]

Európai tudományos újságírók látogatása a #HUNREN Szegedi Biológiai Központban.
https://t.co/r9bh4uIBPd #SZBK #BRC @BiologicalRese1

[HUN-REN Hungarian Research Network @hunren_science]

Gyermekkori leukémia: már 90 százalékban túlélhető! Interjú a #HUNREN Szegedi Biológiai Kutatóközpont Biokémiai Intézetének igazgatójával. https://t.co/6XphdrljqJ @BiologicalRese1 @hpke1980

[Microbes.info @MicrobesInfo]

Uncovering the core principles of low-resistance #antibiotics ...

| #bacteria | #Antibioticresistance | #microbes | #AMR | By @BiologicalRese1 via @EurekAlert

https://t.co/P56QcsMk4O

[HUN-REN Hungarian Research Network @hunren_science]

A „csendes világjárvány” megfékezésére keresnek új megoldásokat szegedi kutatók. https://t.co/seiQmzwGxh #HUNREN #SZBK @BiologicalRese1

[Laszlo G. Nagy @laszlognagy]

Sporulation is one of the most fundamental traits of fungi, but do we know its genetics? We explore this in mushroom-forming fungi a new @CurrentBiology paper @ZhihaoHou, @BiochemBrc.
@fcsenge
@hlwu77
@Vmate5
@XiaoBinLiu7
https://t.co/QJpZCZmxZg

[Csaba Pal Laboratory @Csaba_Pal_Lab]

🚨 Our latest research in @NatureComms shows a promising strategy for less resistance-prone #antibiotics. For details, see the thread below and read the paper “Exploring the principles behind antibiotics with limited resistance” here: https://t.co/lxMVCpgj2k

[HUN-REN Hungarian Research Network @hunren_science]

Antibiotic Resistance Can Develop Before Drugs Hit the Market. https://t.co/NTX9JQ740J #HUNREN #SZBK #BRC @BiologicalRese1

[HUN-REN Hungarian Research Network @hunren_science]

Antibiotics of the future are prone to bacterial resistance. https://t.co/rEdDDMVNFN #HUNREN #SZBK #BRC @BiologicalRese1

[HUN-REN Biological Research Centre, Szeged @BiologicalRese1]

New paper by @LipinszkiLab and @pardi_lab in @FEBSOpenBio: Expression and purification of #E140 protein #antigen fragments of Plasmodium vivax and #Plasmodium berghei for serological assays

@SysbioS @BiochemBrc

https://t.co/sC6i3EkYRH

[Science Translational Medicine @ScienceTM]

The common bacterial pathogen #Saureus quickly evolves resistance to a range of experimental and recently approved #antibiotics, according to a new systems analysis that could inform future drug development efforts. @Csaba_Pal_Lab @SysbioS https://t.co/yQ4gIuczvF

[Csaba Pal Laboratory @Csaba_Pal_Lab]

Thrilled to share our latest work, "Antibiotic candidates for Gram-positive bacterial infections induce multidrug resistance" in @ScienceTM! For details, see the thread below and read the paper here: https://t.co/X60U7h19h4

[Zoltan Lipinszki @LipinszkiLab]

We participated in an exciting project with the @NKWhiteman (@UCBerkeley) and Andó István (@HUNRENBRCgen) labs. Our results were just published in @CurrentBiology, @trnpl as the first author. Congrats!
@BiochemBrc @SysbioS @BiologicalRese1
https://t.co/TRgxX0hKlh

[Phage Directory @phagedirectory]

A team of Hungarian scientists (@KintsesLab & @balazs_papp_lab) created a global ‘superbug map’ for A. baumannii strains, paving the way for scalable phage therapy to combat AMR infections.

Check out the feature blog post in this week's Capsid & Tail to learn more!