LipoCoat is a biotech company founded in August 2016 and is specialized in ‘bio-inspired’ coatings that improve the safety, comfort, and performance of medical devices. Our pipeline comprises of products in the medical device space e.g. eye care and catheters. Our ambition is to improve health and well-being through the discovery, development, and commercialization of novel surface solutions.Tasks:• subject-matter expert on LipoCoat business products, processes and operations •… Show more LipoCoat is a biotech company founded in August 2016 and is specialized in ‘bio-inspired’ coatings that improve the safety, comfort, and performance of medical devices. Our pipeline comprises of products in the medical device space e.g. eye care and catheters. Our ambition is to improve health and well-being through the discovery, development, and commercialization of novel surface solutions.Tasks:• subject-matter expert on LipoCoat business products, processes and operations • conduct market research and develop marking/business development plans• partner with R&D to create proposals for current and prospective clients• help plan and organize relevant venues and trade shows• report to management and stakeholder Show less

Sono-Coat, part of LipoCoat Holdings, is a medical technology company with the mission to improve patient care through innovative visibility solutions for ultrasound guided interventions.Tasks:• subject-matter expert on Sono-Coat business products, processes and operations • conduct market research and develop marking/business development plans• partner with R&D to create proposals for current and prospective clients• help plan and organize relevant venues and trade… Show more Sono-Coat, part of LipoCoat Holdings, is a medical technology company with the mission to improve patient care through innovative visibility solutions for ultrasound guided interventions.Tasks:• subject-matter expert on Sono-Coat business products, processes and operations • conduct market research and develop marking/business development plans• partner with R&D to create proposals for current and prospective clients• help plan and organize relevant venues and trade shows• report to management and stakeholder Show less

Research Group: Vascularization LabProject: Effect of wall shear stress and transmural flow on the development and organization of vascular networksResponsibilities:• carries out research in the field of biology, tissue engineering and regeneration• supervising bachelor and master students in their internships and theses• writing publications and application notes• presenting research at international conferences• organizing regular department progress… Show more Research Group: Vascularization LabProject: Effect of wall shear stress and transmural flow on the development and organization of vascular networksResponsibilities:• carries out research in the field of biology, tissue engineering and regeneration• supervising bachelor and master students in their internships and theses• writing publications and application notes• presenting research at international conferences• organizing regular department progress meetings for scientific staff• appointed Research leader for genetically modified organisms of the ET faculty• Lab Supervisor - responsible for corresponding & coordinating with other working groups• Methodical spectrum: CAD, COMSOL simulations, microfluidics, 2D and 3D cell culture experiments, microscopy, cell mechanics, tissue engineering Show less

Project: Cultivation and establishment of protocols of iPSC and iPSC-derived endothelial cells for use in multi-organ-chips as part of a human blood-brain-barrier in vitro model• design, execution and analyzing of experiments• regular reporting to project manager and company CEO• Methodical spectrum: Multi-Organ-Chip experiments, 2D and 3D cell culture, Gen expression analysis (RNA-Isolation, cDNA synthesis, qPCR), Histological tissue preparation and immunohistochemical… Show more Project: Cultivation and establishment of protocols of iPSC and iPSC-derived endothelial cells for use in multi-organ-chips as part of a human blood-brain-barrier in vitro model• design, execution and analyzing of experiments• regular reporting to project manager and company CEO• Methodical spectrum: Multi-Organ-Chip experiments, 2D and 3D cell culture, Gen expression analysis (RNA-Isolation, cDNA synthesis, qPCR), Histological tissue preparation and immunohistochemical staining, Immunofluorescence staining, Cell isolation (PBMCs), Cell culture (iPSCs, PBMCs, urinal cells), iPSC-differentiation to endothelial cells, Transwell co-culture of endothelial cells and engineered neuronal tissue, Metabolic analysis (LDL, Glucose), Medium optimization, Cell sorting (MACS, FACS) Show less

Department of research & developmentProject: Mechanism of adhesion of the cartilage cell transplant spherox® in an ex vivo cartilage model – identification of human adhesion proteinsResponsibilities:• design, execution, analyzing experiments under certified quality requirements ISO 9001:2008• representing the company at national conferences• Methodical spectrum: Tissue preparation (human osteochondral plugs), Cell isolation (chondrocytes) , 2D and 3D cell culture of… Show more Department of research & developmentProject: Mechanism of adhesion of the cartilage cell transplant spherox® in an ex vivo cartilage model – identification of human adhesion proteinsResponsibilities:• design, execution, analyzing experiments under certified quality requirements ISO 9001:2008• representing the company at national conferences• Methodical spectrum: Tissue preparation (human osteochondral plugs), Cell isolation (chondrocytes) , 2D and 3D cell culture of chondrocytes (spherox®), Gen expression analysis (RNA-Isolation, cDNA synthesis, qPCR), Histological tissue preparation and immunohistochemical staining, sGAG analysis, Evaluation of gen-array data Show less

Research Group: Kidney RegenerationProject: Immunogenicity of iPSC and iPSC-derived kidney cells in human in vitro models• design, execution, analyzing of experiments• Methodical spectrum: Cell isolation (PBMCs, urinal cells), Cell culture (iPSCs, PBMCs, urinal cells), iPSC-differentiation to ureteric bud kidney progenitor-like cells, Reprogramming of urinal cells to iPSCs, ELISpot Assay, High-content screening (HCS), Immunofluorescence staining, Allogen and autologues in… Show more Research Group: Kidney RegenerationProject: Immunogenicity of iPSC and iPSC-derived kidney cells in human in vitro models• design, execution, analyzing of experiments• Methodical spectrum: Cell isolation (PBMCs, urinal cells), Cell culture (iPSCs, PBMCs, urinal cells), iPSC-differentiation to ureteric bud kidney progenitor-like cells, Reprogramming of urinal cells to iPSCs, ELISpot Assay, High-content screening (HCS), Immunofluorescence staining, Allogen and autologues in vitro co-cultivation assays Show less

Institute for CardiogeneticsProject: Gen expression analysis of the GTPase M-RAS in murine wild type model• design, execution and analyzing of experiments• contact to heart disease patients for updating anamnese data• Methodical spectrum: Tissue isolation (Mus musculus), Magnetic cell separation (MACS), Adhesion assay, Migration asay, Gen expression analysis (RNA-Isolation, cDNA synthesis, Western-Blot, RT-PCR, qPCR)

Institute of biochemistry and biologyProject: Comparison of catalytic parameters of branching enzymes isoforms AtBE2and AtBE3 heterologous expressed in E.coli regarding to different substrates• design, execution, analyzing of experiments• Methodical spectrum: Tissue preparation (Arabidopsis thaliana), Bacterial retransfomation (E.coli), SDS-PAGE, Western-Blot, Ion-exchange chromatography, Ethanolic precipitation of Maltodextrin, Enzyme assay

• performing my civilian service according to paragraph § 14b (ZDG) in the emergency room of the Vivantes Hospital Friedrichshain• transport of patients to examinations, wards and pathology• support of examinations and surgeries• replenish stocks and consumables