Deyong Zhu

Asst Prof @microUCPH, University of Copenhagen | Passionate of innovation & biotech | Microbial ecosystem; single-cell analysis; Material science; Microfluidics

[iMeta @iMetaScience]

Navigating the future of nano‐pesticides: A perspective on design, efficacy, mechanisms, and environmental stewardship
🌱Nano-pesticides are reshaping crop protection toward sustainable agriculture.
https://t.co/zeT5XEpC8r

[iMeta @iMetaScience]

Cross‐tissue multi‐#omics analyses reveal the gut #microbiota's absence impacts organ #morphology, immune homeostasis, bile acid and lipid #metabolism https://t.co/j2EIBDXkQT #microbiome #GutHealth @wileymicrobio @WileyBiomedical @WileyHealth

[Glen D'Souza @nonresidentdesi]

New preprint! A new direction for my research program: Bacteria can use antagonism to forage for nutrients in microbial communities. Shoot spearguns with toxins into other cells and leak out nutrients!

https://t.co/HGKArOPKKK

[Yong-Xin Liu @YongXinLiu7]

iMeta | Bioprospecting of culturable marine biofilm bacteria for novel antimicrobial peptides https://t.co/wPsm8in7e2 @iMetaScience @wileymicrobio https://t.co/lHM0rcLmAW

[iMeta @iMetaScience]

Insights into the identification of antimicrobial peptides: A multidisciplinary observation #iMetaOmics https://t.co/24fF5oTroS
#AMP #MachineLearning #pathogen
@wilelymicrobio @WileyBiomedical @WileyHealth

[iMeta @iMetaScience]

Exciting news! 🎉 The iMeta journal has officially been indexed in the Web of Science (#WOS) database, including both the Science Citation Index Expanded (#SCIE) and Essential Science Indicators (#ESI). This recognition is a major achievement for such a young journal, now just two years old.

iMeta is now indexed by SCIE, ESI, WOS, JCR, #PubMed, #GoogleScholar, and #Scopus. In 2024, it proudly received its first impact factor (IF) of 23.8 in WOS.

We are committed to upholding high publication standards and welcome all submissions! #AcademicPublishing #Research @wileymicrobio

[iMeta @iMetaScience]

Dual role of ramR mutation in enhancing #immune activation and elevating #eravacycline resistance in #Klebsiella pneumoniae #iMetaOmics https://t.co/L7piCqgpxe
#infection #antibiotics
@wileymicrobio @WileyBiomedical @WileyHealth

[iMeta @iMetaScience]

A comprehensive atlas of endogenous #peptides in #maize https://t.co/kp0HqBgS8n #plants @wileyplantsci

[Gabriel H Giger @GabrielGiger]

We found a way to implant bacteria 🦠 in fungi 🍄and used it to induce artificial endosymbiosis. Read all about it in our newest research paper @Nature .

https://t.co/dJSITsVNOk

[Luísa Tupinambá Jabbur (ʒabuʁ) @M_louisae]

Incredibly proud to share this work, almost 6 years in the making, out in @ScienceMagazine!!! 🎇

We've known for over a century that eukaryotes of all kinds anticipate the seasons (think: hibernation, flowering, reproduction), but what about bacteria?🦠
https://t.co/I9vw5ZTKbT

[Hans Clevers @HansClevers]

Astonishing breakthrough in #organoid engineering, as reported in @Nature by T Recaldin,M Harter,L Steinacher,B Gjeta, and colleagues: intestinal epithelial organoids incorporating tissue-resident immune cells. @IHB_Research @Roche https://t.co/kALIiabRFK

[Guohai @GuohaiHu]

Spatiotemporal omics for biology and medicine: Cell https://t.co/NrrtXSL9jd

[Luis E. Contreras-Llano @LContrerasLlano]

Check out our new paper on the topic of cyborg bacterial cells 🦠🤖🧬! A nice protocol detailing how to create enhanced, semi-living bacteria using intracellular hydrogels @NatureProtocols @ucdavis @UCDavisResearch @ucdaviscoe @TanLabUCD https://t.co/Vjn9Nu98qq

[Niko McCarty. @NikoMcCarty]

Some bacterial spores can survive temps of 420 °C. Plastics are extruded at ~300 °C.

For this study, Bacillus spores were engineered to make lipase enzymes upon stimulation with xylose, and then embedded into plastic. When the spores are "activated," the plastic is destroyed.

[Samuel Hume @DrSamuelBHume]

This is extremely cool: 'mini-colons' to mimic the structure of the colon and to study cancer

They're built from patient cells, so can be used to test drugs - both efficacy to kill cancer cells (shown in green) and toxicity to healthy cells:
The mini-colons seem have a number of benefits over conventional organoids: a structure that matches colon tissue, longer-term culturing, and a closer replication of the tumour microenvironment

Lorenzo-Martín et al. in Nature Biotech (https://t.co/dSe29AHIBQ)

[Nan-Nan Deng @dengnannan]

Delighted to share our recent Nat. Chem. Eng. paper on Interfacial Energy-Mediated Artificial Transmembrane Transport. 👇
https://t.co/g6MurFYqsg
Thanks to Wilhelm for the collaboration! @Huckgroup

[Christian Kost @KostChristian]

A fully funded (3 year) PhD position is available in my group. The project will focus on analysing how synergistically interacting bacteria coevolve.

Join my vibrant group at @UniOsnabrueck.

Please RT

Deadline: 28.07.2024

More information👇
https://t.co/gdMbN1ItJi

[Huck Group @Huckgroup]

In our new paper, now published in @Nature, we report on the discovery and implementation of a chemical reservoir computer based on the prebiotic formose reaction.

Congrats to Mathieu, Thijs, @quentin_duez , @robn_will and Wilhelm!🥳

Read the paper 👇
https://t.co/14MsWzXFDR

[Dugald Reid @DugaldEReid]

Very proud to share this paper in Nature today. https://t.co/c1sNL6UpVW

A screen that lead to a completely unexpected regulatory mechanism linking soil nitrogen to the function of legume nodules.

A great collaboration with @JieshunLin @PeteBork Marie, Kasper and many others

[Huiluo Cao 曹慧荦 @hlcao]

Spatial mapping of mobile genetic elements and their bacterial hosts in complex microbiomes | Nature Microbiology https://t.co/AvP0Sgq0de