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Grunelius-Möllgaard Laboratory for Molecular Evolution

The Grunelius-Möllgaard Laboratory is run by the Division of Botany and Molecular Evolution and is open to all scientists at Senckenberg Research Institute.

The lab offers internal researchers as well as external cooperators (e. g. guest researchers) an opportunity to generate molecular data for projects on the systematics, evolution and diversity of organisms. It provides modern equipment enabling up to 10 simultaneous users to study genetic diversity at all levels. An associated collection of DNA-isolates (DNA Bank) serves as a documentation of genetic diversity and complements the voucher collections deposited in Senckenberg. The research projects to a major extent fall into the field “Biodiversity, Systematics and Evolution“.

  About the lab

In 2004-2005, a generous financial support from the Ernst Max von Grunelius-Stiftung and the Marga und Kurt Möllgaard-Stiftung made it possible to build and equip the lab, which is named after the donors. Substantial funding was also granted by the federal state of Hessen.

The Grunelius-Möllgaard Lab offers researchers the opportunity to isolate DNA from a variety of organisms and to perform DNA sequence and fragment analyses (AFLP, RAPD, SSR). Senckenberg scientists, (post-)doctoral students, graduate students and guest researchers use the lab in order to assess the genetic diversity of various organisms, to elucidate their systematic relationships as well as to reconstruct underlying evolutionary processes. In this way, DNA data serve to explain the genetic background of the colorful variety of life-forms and nature in general. Molecular methods are also used to study applied questions, addressing regional or global conservation issues as well as issues concerning the impact of the climate change.

The permanent staff of the lab consists of a technical assistant (Heike Kappes) and a lab management (Dr. Matthias Jost). Technical assistant, lab manager, the lab supervisor (Dr. Christian Printzen) and the Chair of the Division of Botany and Molecular Evolution (Prof. Dr. Stefan Wanke) cooperate to secure optimal working conditions and to further develop the technical expertise of the lab. Project PIs are individually responsible for planning, funding and conducting their research projects. The lab provides technical equipment and bench space, logistic support by ordering consumables, troubleshooting expertise and carries out the DNA-sequencing.

The permanent staff and the lab facilities are also involved in DNA Bank as well as in teaching activities of the Goethe University (practical course on Molecular Systematics) and Senckenberg School for technical assistants.

Research

Running ProjectsHead
High-throughput of RhyacophilidaeRam Devi Tachamo Shah
Whole-genome analysis of two evolutionary radiations within the frog family DicroglossidaeNicolas Büscher
Dissertation about Limnonectes leytensisElvin Reyes Sansona
Phylogenomics of CallidiopiniNikolai Ignatev
Evolution of subsociality in tortoise beetlesAdriana Mota
Phylogenomics of DorynotiniSneha Bhansali
Phylogenomics of Basiprionotini Jacob Jilg
Phylogeny and species delimitation of Protoparmeliopsis (Lecanoraceae) in IranShokoufeh Hamzehloo
Meta-OMICSIliana Bista
Evolution of photosensory organs in kinorhynchsMaría Herranz Matesanz
Repeatomes of parasitic plantsWoorin Kim
Exploring organellar genome evolution in heterotrophic plantsMatthias Jost
Biodiversity and evolution of flowering plantsStefan Wanke
Metabarcoding of leaf gallsJacob Jilg
Phylogenetic systematics of the family Acanthochitonidae (Polyplacophora)Katarzyna Voncina
Integrative taxonomy and phylogenetics of polychaetesEkin Tilic
Genomic evolution of underwater silk in caddisflies (Insecta: Trichoptera) and other freshwater arthropodsJacqueline Heckenhauer
Evolution and characterization of fibroin genes as central functional elements of underwater silk in caddisflies and other freshwater arthropodsXiling Deng
Biodiversity and phylogeography of Red Sea fish faunaTilman Alpermann
SLInBio (Städtische Lebensstile und die Inwertsetzung von Biodiversität)Bina Perl
WABI (Einfluss der Waldbewirtschaftung auf die Biodiversität Wäldern)Bina Perl
Molecular systematics and species delimitation in the lichen genus LecanoraCristóbal Ivanovich
Systematics and phylogeny of the lichen genus BiatoraChristian Printzen
DNA Barcodes as a species identification tool for the new edition of the red List of German LichensChristian Printzen
PhytoArk: Community ecology of ancient phytoplanktonJuliane Romahn
Genetic monitoring of Trichoptera, Plecoptera, and Ephemeroptera insects in the Bavarian forestJan Simon Stark
Taxonomy, diversity, ecology, phylogeny, and genomics of crustose lichen genus Bacidia s. l. (Lecanorales, Ramalinaceae)Julia Gerasimova

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AFLP cost overview

Media

Die Ananas-Familie – Genetik entschlüsselt Verwandtschaftsverhältnis der Südfrucht. – NeFo, 28.06.2018
Lab user: Sabine Matuszak-Renger

Botany and Molecular Evolution

Senckenberg Research Institute and Natural History Museum

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