Welcome
GET TO KNOW OUR RESEARCH
The focus of our research is the development of advanced organochemical synthetic methodologies, exemplified in organocatalysis, frustrated Lewis pair chemistry, and strained heterocycle chemistry. These are also applied in the total synthesis of various biologically active natural products.
GET TO KNOW OUR TEAM
We are an organic chemistry-focused research group from Hungary, pursuing the expansion of the chemical space for over two decades now.
Our group is part of the Eötvös Loránd Research Network and the Research Centre for Natural Sciences
For the latest news, follow our twitter feed:
Transforming unactivated alkenes into (E) or even elusive (Z) unsaturated conjugated carbonyls without metals? - Thianthrenium chemistry furnishing pheromones. Take a look at @angew_chem, just accepted!
https://t.co/wpI2EmHfkr
#thianthrenium #pheromones #agrochemicals #lobesia
https://t.co/wpI2EmHfkr
#thianthrenium #pheromones #agrochemicals #lobesia
We are sad to inform you that Zoltan G. Hajos, a groundbreaking pioneer of #organocatalysis, has passed away. An inspirational chemist and a true gentleman who went the extra mile without any expectation of reward or recognition. Sadly, he ended up getting none. https://t.co/MsqivojfH7 
Greetings from the top of Hungary after this year's National Alkaloid and Flavonoid workshop of the HAS. https://t.co/SzDWwJd1iz 
Greetings from #BOSSXVII Namur! Our posters will be presented tomorrow, pass by if you are interested in total syntheses (P306, 318, 332), strained heterocycles (P344, 345, 374) or FLP chemistry ( P356, 376, 378)! #BOSS2022 #BOSS_symposium https://t.co/7g0N5eyQ3t 
We join the organic and catalytic chemistry communities in mourning the loss of István T. Horváth (1953 – 2022). Our thoughts go out to his family. Take a look back at his impressive achievements: https://t.co/qUmVO89v0O https://t.co/kBKcn6CbrL 
Congratulations to the Tolnai and ZNG laboratories! https://t.co/sYoWrGDpIG
The typewriter that brought chemists a deeper intimacy with organocatalysis. As Zoltán Hajos wrote: "our results may be considered an example of a simplified model of a biological system in which (S)-(-)-proline plays the role of an enzyme." @JOC_OL https://t.co/iZ3Pw9cHlK https://t.co/1fvCQmEk01 
Congratulations to the ZNG Lab 🙂 https://t.co/GJsqo7P0C1
Nice achievement from our neighbour group in @J_A_C_S: Photoinduced Changes in Aromaticity Facilitate Electrocyclization of Dithienylbenzene Switches https://t.co/9GPF5juDhB
Congrats to @ChemBiolHun: Conditionally Activatable Visible-Light Photocages: https://t.co/6Rxqzzht0b
Thanks to @thiemechemistry and @CarreiraGroup for highlighting our work in @angew_chem as #Synfact of the month! https://t.co/3gBMJsbh31
Some more Aspidosperma Alkaloids with different redox patterns: Second part of the story is now online in @JOC_OL #OL.
#totalsynthesis #alkaloids #naturalproducts
https://t.co/qddwGt3OwG
#totalsynthesis #alkaloids #naturalproducts
https://t.co/qddwGt3OwG
Minovincine and Aspidofractinine: Our latest total synthesis paper is in Early View in @angew_chem.
#totalsynthesis #alkaloids #indoles #naturalproducts #organocatalysis
https://t.co/GamVrHLrCs
#totalsynthesis #alkaloids #indoles #naturalproducts #organocatalysis
https://t.co/GamVrHLrCs
