Alex Abramov

[Alex Abramov @AA_UniR]

@DDDIAZgroup @binoy_maiti We are happy to announce that this work has been published: https://t.co/0F48SB8ubK

[Alex Abramov @AA_UniR]

We are happy to share our work about the novel pumping recycling mechanism based on iridium immobilized cross-linked polymer gels.
@syschem20 #syschemposter #active
For high resolution: https://t.co/ZzfDBv4K9W
Thanks to @DDDIAZgroup & @binoy_maiti

[AFM-NANO @DDDIAZgroup]

Couldn't be happier and more proud of our paper "A pH-triggered polymer degradation or drug delivery system by light-mediated cis / trans isomerization of o-hydroxy cinnamates" that has just been accepted for publication in Macromol. Rapid Commun.! @ULL, @uni_regensburg

[AFM-NANO @DDDIAZgroup]

Happy to share a new cover selected this time by Macromol. Rapid Commun.! This is already the 15th artwork of our particular Album Cover Art Gallery! We're lovin' It!
@DDDIAZgroup, @invest_ull, @uni_regensburg, @PCTTenerife, @Nanotec_ULL

[AFM-NANO @DDDIAZgroup]

Our artistic streak on fire! 16th cover artwork highlighted this time by ChemCommun as inside front cover! Congratulations to A. Abramov for his immobilised Ir-photocatalyst work!
@DDDIAZgroup, @invest_ull, @uni_regensburg, @PCTTenerife

[AFM-NANO @DDDIAZgroup]

Congratulations to our new Doctor Alex Abramov @AA_UniR! It's been a real pleasure having you in the group these years and I'm very proud of you! Despite all the difficulties, we also have wonderful memories that will last forever. Wish you all the best in your future endeavours!

[AFM-NANO @DDDIAZgroup]

Our article on intramolecular photocyclization of o-hydroxycinnamates has been accepted for publication in @analesdequimica. Congratulations to co-workers José Juan Marrero-Tellado, Sebastián Bonardd @sbonsalv and Alex Abramov @AA_UniR
@DDDIAZgroup, @ULL, @uni_regensburg

[ChemPhotoChem @ChemPhotoChem]

Visible-light-triggered degradation of pH-responsive micelles based on ortho-hydroxy cinnamates (@DDDIAZgroup, @uni_regensburg, @Nanotec_ULL, @AA_UniR, @sbonsalv) https://t.co/7SqQvJ5u1Q

[AFM-NANO @DDDIAZgroup]

So thrilled to share our las Front Cover! this time on ChemPhotoChem!. Many thanks to the Editorial Team for selecting our artwork!!
@DDDIAZgroup, @ULL, @PCTTenerife, @Nanotec_ULL, @iuboag

[Advanced Portfolio @AdvPortfolio]

Hydrogel membranes with thermoresponsive actuation, synthesized through a photoclick reaction, have potential for artificial muscle creation #SciArt @binoy_maiti @uni_regensburg @la_UPC @ULL – Read the article for free: https://t.co/1Kr3yMf2hD

[Alex Abramov @AA_UniR]

@AngelaGrommet @syschem20 @DDDIAZgroup @binoy_maiti Hallo Angela, based on the paper from our group:
https://t.co/9o7V7BgkIn
we think that the initial oxygen is consumed very quickly in the beginning of the reaction inside of the pores, but diffusion of more oxygen is hindered by the material.
Add. info.:
https://t.co/0elll2w9v4

[Alex Abramov @AA_UniR]

@ankushsood630 @syschem20 @DDDIAZgroup @binoy_maiti And check it with the same loading of catalyst. Thank you for your input!

[Alex Abramov @AA_UniR]

@ankushsood630 @syschem20 @DDDIAZgroup @binoy_maiti Hallo Ankush, this is a very interesting question! We did not check this, yet, but it seems reasonable because there could be an effect, right? We can try to prepare 2 different materials with, different cross-linking density and with that also different swelling capacities.