Dan Doellerer

PhD candidate in the @FeringaLab

[Dan Doellerer @dan_doellerer]

@RobertHeinChem @uni_muenster @MKW_NRW Congrats @RobertHeinChem :)

[Dan Doellerer @dan_doellerer]

Great collab with @MarcoOvalleMA regarding orthogonal switch systems, check it out! @FeringaLab @angew_chem

[Angewandte Chemie @angew_chem]

Azobenzene-Oxindole Photochromic Dyads (Ben L. Feringa and co-workers) @FeringaLab #openaccess 🔓 https://t.co/OPX2YoYYjC

[Dan Doellerer @dan_doellerer]

New paper about the efficient synthesis of the most common molecular motor building blocks just out in JOC, have a look! 🧪👩‍🔬👨‍🔬
@FeringaLab @ACSPublications

https://t.co/u1N9ZLoQXg

[J. Mater. Chem. family @JMaterChem]

Issue 08 for @JMaterChem B front cover: A light-driven molecular motor-polypeptide conjugate supports controlled cell uptake by B. Feringa and M.J. Vicent Labs et al .
Read their article here: https://t.co/btm3arFNv8

[CIPF @CIPFciencia]

A light-driven molecular motor-polypeptide conjugate supports controlled cell uptake - now published in Journal of Materials Chemistry B https://t.co/4UVMIK9nVQ @VicentPTLab

[Dan Doellerer @dan_doellerer]

And another one out, have a read! 👩‍🔬👨‍🔬

[ACS Publications @ACSPublications]

"The @FeringaLab and @SchwilleLab present the first molecular motor-conjugated phospholipid with retained photochemical properties in aqueous solution and within giant lipid vesicles."

Read more in Langmuir: https://t.co/jHCif4EYJu

[Ainoa Guinart, PhD @AinoaGuinartP]

Do you want to see how attaching a light-driven 💡molecular motor 💡 can enhance the 🧫cellular uptake 🧫 of a therapeutic peptide 🏥?

Celebrating woman in science with our latest publication with the @VicentPTLab! 👩‍⚕️👩‍⚕️👩‍⚕️

@FeringaLab

https://t.co/I0KZKN8mcK

[Dan Doellerer @dan_doellerer]

Check out our newest work!

[Ainoa Guinart, PhD @AinoaGuinartP]

🚨Motorized lipids🚨

💡 We've created the first molecular-motor-conjugated phospholipid system, enabling tunable membrane properties and oxidation-driven release in giant vesicles.💡🧬

@FeringaLab & @SchwilleLab at @ACS_Langmuir

https://t.co/M8ITRwxm4l

[Ainoa Guinart, PhD @AinoaGuinartP]

Check out our latest publication in @advancematerial where we elicit a light-triggered cascade response in a synthetic cellular system using polymersomes and molecular motors!
Thanks always to the @FeringaLab and our amazing collaborators from @UniBasel

https://t.co/2Bc6QWAOd9

[Dan Doellerer @dan_doellerer]

@r_bonsignore @baronegiampaolo @MedBioinorgChem Huge congrats 👏🏻

[Chemical Communications @ChemCommun]

ICYMI, from Ben Feringa, Mariangela Di Donato, Wiktor Szymanski, @stefano_crespi and first author @dan_doellerer:

'Modulation of the isomerization of iminothioindoxyl switches by supramolecular confinement' 🔓

@FeringaLab, @StratinghInst

https://t.co/iX2KNVZ0TJ

[Feringa Lab @FeringaLab]

Interested in switches operating inside cages? Check out this work led by @dan_doellerer and @stefano_crespi in which we explore the switching of iminothioindoxyl in confined space

[Dan Doellerer @dan_doellerer]

@DaisyPooler @ChemCommun @stefano_crespi @FeringaLab Thanks @DaisyPooler 🤗

[Dan Doellerer @dan_doellerer]

Happy to share that another project during my PhD was published in @ChemCommun! Huge thanks to @stefano_crespi without whom it would not have been possible! Check it out 🤗 @FeringaLab

[Chemical Communications @ChemCommun]

New #OpenAccess Communication from Ben Feringa, Mariangela Di Donato, Wiktor Szymanski, Stefano Crespi and colleagues:

'Modulation of the isomerization of iminothioindoxyl switches by supramolecular confinement' 🔓

@FeringaLab, @StratinghInst

https://t.co/iX2KNVZ0TJ

[Dan Doellerer @dan_doellerer]

@pacella_gianni @ChemCommun @stefano_crespi @FeringaLab Thanks @pacella_gianni!

[Stefano Crespi @stefano_crespi]

Check out our work where @dan_doellerer locks the excited state of ITI switches💡in molecular cages!

[Dan Doellerer @dan_doellerer]

@sheng_ley @ChemCommun @stefano_crespi @FeringaLab Thanks a lot @sheng_ley!! :)

[Feringa Lab @FeringaLab]

Our latest @J_A_C_S publication, led by @SidlerEric and @RobertHeinChem, with support from @dan_doellerer, explores the use of redox switching to reversibly break aromaticity in a helicene-based compound.

[Robert Hein @RobertHeinChem]

First paper from my Postdoc in the @FeringaLab is out in @J_A_C_S now! Great collaboration with @SidlerEric where we utilise dynamic redox switching to reversibly modulate antiaromaticity and chiroptical properties of a helical indenofluorene

[Eric Sidler @SidlerEric]

Happy to report my first Postdoc work of the @FeringaLab in @J_A_C_S, with @RobertHeinChem and @dan_doellerer. Here we demonstrate the highly reversible aromaticity switching in a chiral indenofluorene, owing to the dynamic redox system of bisthioxanthylidenes.