CARELL GROUP
Laboratories
With a foundation in synthetic organic chemistry, the group reaches out to unravel the mysteries of the molecules of life, with emphasis on the nucleic acids. These versatile molecules are both extremely stable and extremely diverse in their chemistry.
In the case of DNA, highly efficient replication and repair systems have ensured the stability of the genetic code for millions of years. In the case of RNA, about 170 different building blocks of RNA have been identified so far. The function of these molecules spans from information storage and inheritance to the regulation of life-processes and fascinating catalytic properties. It is at this interface between Chemistry and Biology where the Carell group positions itself.
EpiCure wins second round of the BayStartUp-competition!
Special thanks to the Photo-Graaff!
We are seeking a highly motivated student to undertake a Bachelor thesis or a OC-F Internship in the field of bioorganic chemistry. The project is centered on the synthesis of clickable Linkers for the decoration of nucleosides and oligonucleotides.
Interested candidates should apply with a CV and a letter of recommendation to Linus Bickert (linus.bickert@cup.lmu.de).
We are seeking a highly motivated student to undertake a OC-F Internship in the field of bioorganic chemistry. The project is centered on the total synthesis of modified tRNA bases, and their nucleosides and nucleotides.
Interested candidates should directly apply to Alexander Pichler (alexander.pichler@cup.lmu.de).
We have developed a linker molecule to conveniently click sugars or other ligands to highly modified siRNA.
Our prebiotic chemistry team investigated whether the chiral information of RNA can transfer to the peptide bond formation in our proto-ribosome.
We are proud to report the first synthesis of the bacterial tRNA base glutamylated Queuosine (gluQ) and, using UHPLC-MS-coinjection and NMR studies, we were able to show that the isolated natural gluQ is the α-allyl-connected gluQ compound. Check it out!
Prebiotically plausible 3- and 5-aminoisoxazole nucleosides are shown to be excellent candidates for proto-nucleosides and proto-RNAs. After incorporation into RNA, the proto-nucleosides stereoselectively rearrange to cytidine and uridine. Check it out!
CARELL GROUP
A Synonym for Successful DNA Research
RESEARCH
Our research is centered around the Chemical Biology of Nucleic Acids. We have a special interest in RNA and DNA modifications, including regulatory/epigenetic modifications as well as detrimental DNA lesions and their repair. An additional research focus includes synthetic modifications, such as applying click chemistry to DNA, building brighter probes for diagnostics and optimizing gene transfer.
EPIGENETIC TOOLS
Novel Phosphoramidites of New Epigenetic Bases
EPIGENETIC TOOLS
The Carell group has developed sophisticated tools for DNA and RNA research. These are isotopically labelled nucleosides for tracing and quantification. Our phosphoramidites are now sold through GlenResearch. Find out what is available.
Publications CARELL GROUP
The Complete List
PUBLICATIONS
Here you will find a complete list of our published research in high-impact journals like Science, Nature, Cell and Angewandte Chemie.
Links will guide you to the publishers' websites. Latest papers on top.
Lectures and Courses
by the CARELL GROUP
TEACHING
Prof. Carell teaches bioorganic chemistry (OC3) in the Bachelor of Chemistry and Biochemistry program. He offers a program in Chemical Biology, consisting of two lectures and a practical course. In the Supplements section, students can find study examples for their exam preparation.
