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Additional file 5 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
Additional file 5 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
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Additional file 5 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model

K. J. Norberg ; X. Liu ; C. Fernández Moro ; C. Strell ; S. Nania ; M. Blümel ; A. Balboni ; B. Bozóky ; R. L. Heuchel ; J. M. Löhr

figshare 2020

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Additional file 6 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
Additional file 6 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
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Additional file 6 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model

K. J. Norberg ; X. Liu ; C. Fernández Moro ; C. Strell ; S. Nania ; M. Blümel ; A. Balboni ; B. Bozóky ; R. L. Heuchel ; J. M. Löhr

figshare 2020

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Additional file 7 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
Additional file 7 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
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Additional file 7 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model

K. J. Norberg ; X. Liu ; C. Fernández Moro ; C. Strell ; S. Nania ; M. Blümel ; A. Balboni ; B. Bozóky ; R. L. Heuchel ; J. M. Löhr

figshare 2020

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Additional file 1 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
Additional file 1 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
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Additional file 1 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model

K. J. Norberg ; X. Liu ; C. Fernández Moro ; C. Strell ; S. Nania ; M. Blümel ; A. Balboni ; B. Bozóky ; R. L. Heuchel ; J. M. Löhr

figshare 2020

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5
Additional file 2 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
Additional file 2 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
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Additional file 2 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model

K. J. Norberg ; X. Liu ; C. Fernández Moro ; C. Strell ; S. Nania ; M. Blümel ; A. Balboni ; B. Bozóky ; R. L. Heuchel ; J. M. Löhr

figshare 2020

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6
Additional file 4 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
Additional file 4 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
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Additional file 4 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model

K. J. Norberg ; X. Liu ; C. Fernández Moro ; C. Strell ; S. Nania ; M. Blümel ; A. Balboni ; B. Bozóky ; R. L. Heuchel ; J. M. Löhr

figshare 2020

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7
Additional file 3 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
Additional file 3 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model
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Additional file 3 of A novel pancreatic tumour and stellate cell 3D co-culture spheroid model

K. J. Norberg ; X. Liu ; C. Fernández Moro ; C. Strell ; S. Nania ; M. Blümel ; A. Balboni ; B. Bozóky ; R. L. Heuchel ; J. M. Löhr

figshare 2020

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8
Simulation results under a compressive stress of 200 MPa from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials
Simulation results under a compressive stress of 200 MPa from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials
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Simulation results under a compressive stress of 200 MPa from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials

liu, F. X. ; F Cocks, A. C. ; Tarleton, E.

The Royal Society 2021

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Particle bypass process with cross-slip from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials
Particle bypass process with cross-slip from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials
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Particle bypass process with cross-slip from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials

liu, F. X. ; F Cocks, A. C. ; Tarleton, E.

The Royal Society 2021

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10
Simulation results under a compressive stress of 180 MPa from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials
Simulation results under a compressive stress of 180 MPa from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials
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Simulation results under a compressive stress of 180 MPa from Dislocation dynamics modelling of the creep behaviour of particle-strengthened materials

liu, F. X. ; F Cocks, A. C. ; Tarleton, E.

The Royal Society 2021

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