Ina Schlathölter

Group Breeding Research Project: Development of a pipeline for multi-level assessment of cisgenic apples http://p3.snf.ch/project-163386 Establishment of a field trial in order to compare a cisgenic line with its wild-type 'Gala Galaxy' and natural occuring 'Gala' mutants on a morphological and molecular basis (multi-omics approach)

Collaborative and independent work in different phytopathological and microbiological projects Groups Phytopathology and Extension Horticulture Development and improvement of molecular detection methods for selected fruit diseases Conducting and analyzing laboratory, greenhouse and field experiments Writing SOPs and contribute to scientific publications

Continuation and conclusion of experiments for the publication Viefhues et al. 2015 "Unraveling the function of the response regulator BcSkn7 in the stress signaling network of Botrytis cinerea" Transformation of filamentous fungi (gene knock-outs, -overexpression) Generation of vectors for protein-protein- and protein-DNA-interaction (yeast.one hybrid, yeast-two hybrid) Gene expression studies (northern, qRT-PCR)

Master’s thesis at the institute of biology and biotechnology of plants, Prof. Dr. Paul Tudzynski Title: „Molecular characterization of components of the oxidative stress response in Botrytis cinerea“ (grade: 1.1 (A)) Focus on Molecuar Biology: RNA/DNA analyses; Transformation and characterization of bacteria, yeasts and fungi; Bioinformatic analyses; Detection of specific nucleic acids (northern, Southern), Yeast-one-hybrid and yeast-two-hybrid; Fluorescence and light microscopy

Cooperation with the group of Dr. Muriel Viaud: Métabolisme Secondaire et Nécrotrophie - Botrytis cinerea (MSN-BOT) for my Master's thesis Preparation, application and fine-tuning of a modified yeast-one hybrid assay to verify protein-DNA- interactions

Bachelor’s thesis at the institute of biology and biotechnology of plants, Prof. Dr. Moerschbacher Title: „Characterization of a chitin deacetylase from Bacillus licheniformis DSM 13 modified with different carbohydrate-binding modules” (grade: 1.0 (A+)) Focus on Biochemistry: cloning; protein expression, extraction and purification; SDS-PAGE; western blot; immuno detection; ELISA; enzyme assays

Creavis Technologies & Innovation Exploration & Validation Biotechnology department Focus: Microbiology and Molecular Biology

Project: „Development and application of a laboratory method to follow the degradation of organic impurities on photocatalytically active concrete surfaces“

Insights into different areas: Metal Machining; Joining Technologies (solding, welding); Technical Drawing; Work Preparation

Creavis Technologies & Innovation Exploration & Validation Biotechnology department Focus: Microbiology and Molecular Biology

Moleckular biology, Phytopathology, Plant biotechnology, Innovation management

Molecular biology, Microbiology, Biochemistry