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AG Selhuber-UnkelPeople

Principle Investigator

Prof. Dr. Christine Selhuber-Unkel

Email: Christine.Selhuber-Unkel@uni-heidelberg.de

Room: 01.366

Institute for Molecular Systems Engineering and Advanced Materials (IMSEAM)

Im Neuenheimer Feld 225

69120 Heidelberg

Curriculum Vitae

 

Official headshot of Prof. Dr. Christine Selhuber-Unkel.

Open Positions

If you are interested in joining the group, don't hesitate to contact Prof. Selhuber-Unkel. 

Visiting Professor

Tabelle

E-MailPhone RoomProjectsKeywords
E-MailPhone RoomProjectsKeywords
Dr. Nicolás Tobar Bächler
+49 6221 54 15715
01.361
  • 3D in vitro tumor model
  • Morpho-mechanical study of cancer cells
Cell malignancy | Cell proliferation Single cell traction force microscopy | Cell differentiation Cell metabolism

Group Leader

Tabelle

E-MailPhone RoomProjectsKeywords
E-MailPhone RoomProjectsKeywords
Dr. Aldo Leal-Egana
+49 6221 54 15723
01.361
  • Cell labyrinths for cell migration, Tumor mimetic Microcapsules
  • RNA-sequencing, Traction force microscopy
Tumor heterogeneity | Microencapsulation | Single-cell RNA-seq | Single-cell TFM | Cell migration in 3D

Core Facility Manager

Tabelle

E-MailPhone RoomResponsibilitiesKeywords
E-MailPhone RoomResponsibilitiesKeywords
Dr. Sadaf Pashapour
+49 6221 54 15726
03.361
  • Manager, Microfluidic Core Facility
Droplet-based Microfluidics | 3D Printing | Continuous-flow Microfluidics | Cell culture on chip | Organ-on-chip models
Florine Sessler
+49 6221 54 15718
02.361
  • Head of the Biomechanics Core Facility
  • Experiments with different devices: nanoindentor, mechanical testing machine, rheometer, cryotome, cryomill, CAD Design
CAD Design (3D design) | 3D printing | Mechanics | Soft (bio)materials characterization | elastic and viscoelastic properties

Senior Scientist

Tabelle

E-MailPhone RoomProjectsKeywords
E-MailPhone RoomProjectsKeywords
Dr. Federico Colombo
+49 6221 54 15716
00.363
  • Biophysical properties of single-cell and organoids.
  • Two- photon laser-printed structures to mechanically stimulate 3D multicellular systems. 
Mechanobiology | Atomic Force Microscopy (Picobalance) | Micro-Rheology of cells and biomaterials | Dry-mass of single-cell | 3D cell cultures

Postdocs

Tabelle

E-MailPhone RoomProjectsKeywords
E-MailPhone RoomProjectsKeywords
Dr. Didem Aycan
+49 6221 54 15719
03.361
  • Fabrication of biopolymer-based smart materials for soft robotic microsystems
Biopolymers | Stimuli responsive hydrogels | Conductive polymeric materials | Smart materials
Dr. Trevor Kalkus
+49 6221 54 15727
03.362
  • 3D printed soft power source
  • Conductive hydrogels and ion responsive hydrogels
3D Printing | Hydrogels Soft Robotics Salinity Gradient Power Bio-inspired Materials
Dr. Maria Regato Herbella
+49 6221 54 15719
03.361
  • 3D printable Multi-responsive hydrogels for biomedical applications
3D printing | Hydrogels | Polymers | Synthesis | Cell culture
Dr. Barbara Schamberger
+49 6221 54 15715
01.361
  • 2-Photon polymerization for bioscience application
  • Cell migration guided by surface geometry
2-Photon laser printing | Meta-materials | 3D cell culture 3D image analysis Curvature
Dr. Fereydoon Taheri
+49 6221 54 15727
03.362
 
 
Dr. Wang Zhe
+49 6221 54 15715
01.361
  • Develop the optical writing system for multiphoton switch azobenzene
  • Azobenzene characterization
Nonlinear optics | Multiphoton absorption Pump-probe Optical Kerr effect Thermal relaxation

PhD Students

Tabelle

E-MailPhone RoomProjectsKeywords
E-MailPhone RoomProjectsKeywords
Image of Yasmin Antonelli
Yasmin Antonelli
+49 6221 54 15713
01.364
  • 3D in vitro tumor model
  • Morpho-mechanical study of cancer cells
Hydrogel | Biomechanical properties | Cell migration | Cell proliferation | Single cell traction force microscopy
 
Chantal Barwig
+49 6221 54 15727
03.361
  • Fabrication of soft microactuator systems based on stimuli responsive hydrogels
  • 2-Photon laser printing of hydrogel microstructures
Responsive hydrogels | 2-Photon laser printing | Soft microactuator systems | Polymer Chemistry | Stimuli responsive polymers
Stephen Casale
+49 6221 54 15713
01.364
  • Biological Neural Networks
  • Organ-on-a-chip, neural:computational interfaces
Neurons | Microenvironments for cells Networks 3D printing Regeneration/Degeneration
Kemerink People_Blank
I Chen
+49 6221 54 15713
01.364
 
 
Gaurav Dave
+49 6221 15725
02.361
  • Fabrication of 3D scaffolds using Two-Photon Polymerization
  • Structurally adaptive scaffolds for cells to study cell-scaffold interactions
2-Photon laser printing | Metamaterials | Cell-material Interaction | 3D printing | Biofabrication
Miguel Angel Judge Estrada
+49 6221 54 15725
03.361
  • Designing novel strain-stiffening structures
  • Development of an ankle bandage with active support
3D printing | Mechanical properties | Biomechanics | Injury support | Ankle sprain
Maria de los Angeles De la Cruz Garcia
+49 6221 54 15713
01.364
  • Mechanical characterization of viscoelastic materials for 3D bioprinting applications
  • Imaging of Magnetically Labelled Cells
3D Printing | Cell-Material Interaction | Magnetic stimulus | Magneto-Electric sensors | 2D-3D cell culture
Sophie Geiger
+49 6221 54 15722
01.364
  • Cell-substrate interaction forces via atomic force microscopy
  • Cell stimulation on photoswitchable surfaces
Atomic force microscopy | Single cell force spectroscopy | Cell adhesion | Cell indentation | Protein micropatterns
Mona Maria Haemmerle
+49 6221 54 15719
03.361
  • Conductive hydrogel interaction with living systems
  • Electrical characterization of hydrogels
2-Photon laser printing | 3D printing | Conductive hydrogels | Electrical characterization
Kemerink People_Blank
Mishal Khan
+49 6221 54 15713
01.364
 
 
Krishna Ramesh
+49 6221 54 15713
01.364
  • Directed stem cell differentiation
Cell culture | Stimuli responsive materials
Målin Schmidt
+49 6221 54 15725
02.361
  • Biomimetic strain-stiffening structures for tissue engineering approaches
  • Fabrication and analysis of 3D cell scaffolds printed by Two-Photon Polymerization
Metamaterials | 2-Photon laser printing | Mechanics | 3D printing | PDMS
Annabelle Sonn
+49 6221 54 15727
03.362
  • Materials and surfaces for directed stem cell differentiation
Hydrogels | Polymer Chemistry | Stem Cells | Cell-material Interaction | Responsive Materials
Picture of Zeynab Tavasolyzadeh
Zeynab Tavasolyzadeh
+49 6221 54 15719
02.361
 
 

Technical Staff

Tabelle

E-MailPhone RoomResponsibilitiesKeywords
E-MailPhone RoomResponsibilitiesKeywords
Dr. Mehran Mehrabanian
+49 6221 54 15720
00.363
Technical and Academic Associate
 
Tanisha Gebert
+49 6221 54 15716
00.363
 
 
Sebastian Weber
+49 6221 54 15724
00.363
 
 

Education and Outreach

Tabelle

E-MailPhone RoomProjectsKeywords
E-MailPhone RoomProjectsKeywords
Kemerink People_Blank
Jonathan Schmidt
+49 6221 54 15713
01.364
  • 3DMM2O Digital Education
  • FI-EMS Outreach
3DMM2O | FI-EMS | Hybrid Teaching | Science Communication | Video Production

Administration Staff

Tabelle

E-MailPhone Room
E-MailPhone Room
Stefanie Marksch
+ 49 6221 54 15711
01.365
 
 
 
Sarah Rothermel
+49 6221 5415717
01.365
Cluster of Excellence 3DMM2O
 
Benjamin Scherke
+ 49 6221 54 19860
01.104
 
 

Alumni

Tabelle

NameYear
NameYear
Dr. Christine Arndt
 
Dr. Laith Kadem
 
Dr. Sunil Rajput
 
Dr. Sandra Sindt
 
Dr. Maria Villiou
 
Dr. Tobias Spratte
2024
Dr. Mohammadreza Taale
2024