Asst. Prof. of Physical Chemistry @constructor_uni Bremen | Peptide self-assembly, membranes & biomaterials 🧪 | Head of the Biomolecular Systems and Design Lab
Our QSense Omni QCM-D from @BiolinSci was delivered to the John Lab @CU_Bremen – a major addition to our wet laboratory, supporting our work on biomolecular interactions, lipid membranes, and peptide-membrane studies. Thanks to @LOT_QD for installation. #PhysicalChemistry
2025 was the first year of our research group at @constructor_uni Bremen. Grateful for the dedication of our first PhD student and technician, as we advance work on biomolecular self-assembly and interfaces. Excited for 2026!
New review (https://t.co/SvYcA9CuLR) in Small on functional DNA and RNA conjugates. We discuss strategies for synthesizing and purifying nucleic acid bioconjugates, with relevance for biomaterials, nanotechnology, and RNA therapeutics. @AdvPortfolio with @WeilTanja, @Lab_DavidNg
New @angew_chem paper on how co-assembling peptide fibrils can enhance or reduce catalytic activity. MD simulations and AF3 modelling helped explore substrate binding behaviour, and co-assembly interfaces. https://t.co/mO78VHkA6x
„Mit der #HightechAgendaDeutschland investiert 🇩🇪 strategisch in Schlüsseltechnologien, um technolog. Führungsfähigkeit, Wohlstand & Souveränität zu sichern“, macht BM @DoroBaer auf dem diesjährigen @Falling_Walls-Summit deutlich. Wir wollen & wir können Hightech-Republik sein!🦾
Inspiring days at the @Falling_Walls Science Summit 2025 in Berlin. From Alzheimer’s research to autonomous labs and science diplomacy, I joined scientists, policymakers, and innovators discussing the question: Which are the next walls to fall?
Inspiring exchange at the German-Israeli Young Scientists Evening at @bbaw_de🇩🇪🇮🇱, celebrating 60 years of binational scientific collaboration. Great talks, lively discussions, and genuine curiosity across disciplines. Thanks to @ScienceAbroad and @GifResearch.
Attended the @SupraLife_EU Final International Conference in Aveiro 🇵🇹, where I gave a talk on "Molecular Mechanisms of Peptide Assembly for Biomaterials". Great discussions on supramolecular materials and nice to meet colleagues and friends again!
I am looking forward to welcoming Aiswarya Rajeev as the first PhD student in my group at @constructor_uni. She will work on peptide self-assembly and membrane interactions, contributing to our research in biophysical chemistry and bionanomaterials.
We're thrilled to announce that Ms. Aiswarya Rajeev, a talented alumna of the University of Hyderabad's Integrated Chemistry program (2019-2024), has been awarded a prestigious PhD scholarship at Constructor University in Bremen, Germany. Under the guidance of Prof. Dr. Torsten John, Aiswarya will embark on a three-year doctoral program focusing on Biophysical Chemistry, Biomolecular Self-assembly, and Bionanomaterials.
Aiswarya's research explores the self-assembly of fibril-forming peptide sequences, investigating their interactions with membranes and peptide-cell interactions. This work has potential applications in:
- Drug Delivery: Developing innovative methods for targeted drug delivery
- Biosensing: Creating sensitive biosensors for disease detection
- Biomaterials Design: Designing novel biomaterials for various applications
Aiswarya's academic journey includes:
- Master's Thesis: "The Effects of Molecular Crowding on the Membranolytic Activity of DSP Proteins" under Prof. M. J. Swamy at UoH
- Summer Research Fellowship: IISER Pune, working on Porphyrin Chemistry under Prof. V. G. Anand
Aiswarya expresses her heartfelt gratitude to Prof. M. J. Swamy: For constant support and guidance; Dr. T. Saravanan and Dr. Jovan Jose: For invaluable recommendations and inputs and the University of Hyderabad: For providing an excellent academic environment and opportunities.
We congratulate Aiswarya on this remarkable achievement and wish her continued success in her future endeavours!
#UoHAlumni #PhDScholarship #ConstructorUniversity #BiophysicalChemistry #BiomolecularSelfAssembly #Bionanomaterials #ResearchExcellence
@HydUniv@ugc_india@EduMinOfIndia@mygovindia@dpradhanbjp@PMOIndia@PIBHyderabad@PTI_News@ChemistryNews@ger_service@constructor_uni
Happy to share a new paper in Small Science: We show how tuning the hydrophobic core of self-assembling peptides controls fibril formation & bioactivity. Combining experiments & MD/AlphaFold3 guides biomaterial design. https://t.co/tEYNJJURVL
@IUPAC officially launched the Guiding Principles of Responsible Chemistry at @iupac2025, a bold, forward-looking framework designed to transform how chemistry is practiced, taught, and perceived worldwide 🌍
🔗 https://t.co/H254flsxFL
In 2012, I became a @FESonline scholar, an experience that shaped my academic path. Now in 2025, I am honored to return as a Liaison Lecturer (Vertrauensdozent), supporting and mentoring the next generation.
Our review "Peptide Self‐Assembly into Amyloid Fibrils at Hard and Soft Interfaces—From Corona Formation to Membrane Activity" ranked in the Top 10% of most-viewed papers of 2023! 🏆 Thanks to everyone who has engaged with this work. https://t.co/Iff35L6t2m
Had a great time at the @AmerChemSociety Spring Meeting in San Diego! Amazing talks, posters, and networking with fellow researchers & @CASChemistry Future Leaders. Also enjoyed a tour of @UCSD! Excited to continue the conversations. #PhysicalChemistry#Networking
New study in Macromolecular Chemistry and Physics explores self-assembly of amphiphilic polyphenylene dendrimers with different surface functionalization. MD simulations were used to reveal structural and dynamic properties.
🔗 https://t.co/K6BRFK7e72
Born in 1942 in Edinburgh, Scotland, Fraser Stoddart went on to leave a lasting impression on the scientific landscape, setting a high bar for how science should be conducted and influencing generations with his unwavering enthusiasm.
https://t.co/EQKJGLfeNe