25uL Mould LS

Coupling 3D printing and novel replica molding for in house fabrication of skeletal muscle tissue engineering devices

Iuliano, A.
Wal, E. van der
Ruijmbeek, C.W.B.
in't Groen, S.L.M.
Pijnappel, W.W.M.P.
Greef, J.C. de
Saggiomo, V.

July 2020

The transition from 2D to 3D engineered tissue cultures is changing the way biologists can perform i...

SELECTIVE LASER SINTERING OF METAL MOLDS: THE RAPIDTOOLTM PROCESS

Uday Hejmadi
Kevin Mcalea

November 2014

Complex three dimensional parts can be manufactured directly from CAD data using rapid prototyping p...

Scaffold fabrication via rapid prototyping

Fong, Ee Siang.

January 2009

This project is designed to investigate the possibility of using a combination of methods to fabrica...

25uL Mould LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Mark Lewis (1255254)
Jacob Fleming (2881301)
Darren Player (5633714)
Luke Baker (1253676)
Mark Turner (1258734)
Julia Jones (5633717)
Vivek Mudera (5633720)
Richard Ferguson (1253835)
Neil Martin (1258602)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 25uL construct volumes. To be 3D prin...

50uL Mould LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Richard Ferguson (1253835)
Luke Baker (1253676)
Mark Turner (1258734)
Mark Lewis (1255254)
Neil Martin (1258602)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 50uL construct volumes. To be 3D prin...

100uL Mould LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Mark Lewis (1255254)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Richard Ferguson (1253835)
Mark Turner (1258734)
Neil Martin (1258602)
Luke Baker (1253676)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 100uL construct volumes. To be 3D pri...

250uL Mould FDM and LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Mark Lewis (1255254)
Jacob Fleming (2881301)
Luke Baker (1253676)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Richard Ferguson (1253835)
Mark Turner (1258734)
Neil Martin (1258602)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 250uL construct volumes. To be 3D pri...

50uL Mould FDM

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Neil Martin (1258602)
Mark Turner (1258734)
Luke Baker (1253676)
Mark Lewis (1255254)
Richard Ferguson (1253835)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 50uL construct volumes. To be 3D prin...

500uL Mould FDM

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Darren Player (5633714)
Mark Turner (1258734)
Luke Baker (1253676)
Neil Martin (1258602)
Richard Ferguson (1253835)
Vivek Mudera (5633720)
Julia Jones (5633717)
Mark Lewis (1255254)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 500uL construct volumes. To be 3D pri...

Data_Sheet_1_Scalable 3D Printed Molds for Human Tissue Engineered Skeletal Muscle.PDF

Andrew J. Capel (4684066)
Rowan P. Rimington (6333698)
Jacob W. Fleming (6333701)
Darren J. Player (4684072)
Luke A. Baker (2413837)
Mark C. Turner (6333704)
Julia M. Jones (6333707)
Neil R. W. Martin (4684060)
Richard A. Ferguson (6333710)
Vivek C. Mudera (6333713)
Mark P. Lewis (4684063)

February 2019

Tissue engineered skeletal muscle allows investigation of the cellular and molecular mechanisms that...

Laser sintering for the fabrication of tissue engineering scaffolds

Lohfeld, Stefan
McHugh, Peter E.

November 2015

Laser sintering (LS) utilises a laser to sinter powder particles. A volumetric model is sliced and p...

Scalable 3D Printed Molds for Human Tissue Engineered Skeletal Muscle

Andrew J. Capel
Rowan P. Rimington
Jacob W. Fleming
Darren J. Player
Darren J. Player
Luke A. Baker
Mark C. Turner
Mark C. Turner
Julia M. Jones
Julia M. Jones
Neil R. W. Martin
Richard A. Ferguson
Vivek C. Mudera
Mark P. Lewis

February 2019

Tissue engineered skeletal muscle allows investigation of the cellular and molecular mechanisms that...

Scalable 3D printed molds for human tissue engineered skeletal muscle

Andrew Capel (1258833)
Rowan Rimington (5074733)
Jacob Fleming (2881301)
Darren J. Player (4684072)
Luke Baker (1253676)
Mark Turner (1258734)
Julia Jones (3572144)
Neil Martin (1258602)
Richard Ferguson (1253835)
Vivek Mudera (7238489)
Mark Lewis (1255254)

February 2019

Tissue engineered skeletal muscle allows investigation of the cellular and molecular mechanisms that...

Coupling 3D Printing and Novel Replica Molding for In House Fabrication of Skeletal Muscle Tissue Engineering Devices

Iuliano, A. (Alessandro)
Wal, E. (Erik) van der
Ruijmbeek, C.W.B. (Claudine W. B.)
in ‘t Groen, S.L.M. (Stijn L. M.)
Pijnappel, W.W.M.P. (Pim)
Greef, J.C. (Jessica) de
Saggiomo, V. (Vittorio)

July 2020

The transition from 2D to 3D engineered tissue cultures is changing the way biologists can perform i...

Developing a novel biocomposite on selective laser sintering for tissue engineering

Florencia Edith Wiria

January 2007

Selective Laser Sintering (SLS) is used to fabricate tissue engineering scaffold due to its versatil...

Coupling 3D printing and novel replica molding for in house fabrication of skeletal muscle tissue engineering devices

Iuliano, A.
Wal, E. van der
Ruijmbeek, C.W.B.
in't Groen, S.L.M.
Pijnappel, W.W.M.P.
Greef, J.C. de
Saggiomo, V.

July 2020

The transition from 2D to 3D engineered tissue cultures is changing the way biologists can perform i...

SELECTIVE LASER SINTERING OF METAL MOLDS: THE RAPIDTOOLTM PROCESS

Uday Hejmadi
Kevin Mcalea

November 2014

Complex three dimensional parts can be manufactured directly from CAD data using rapid prototyping p...

Scaffold fabrication via rapid prototyping

Fong, Ee Siang.

January 2009

This project is designed to investigate the possibility of using a combination of methods to fabrica...

25uL Mould LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Mark Lewis (1255254)
Jacob Fleming (2881301)
Darren Player (5633714)
Luke Baker (1253676)
Mark Turner (1258734)
Julia Jones (5633717)
Vivek Mudera (5633720)
Richard Ferguson (1253835)
Neil Martin (1258602)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 25uL construct volumes. To be 3D prin...

50uL Mould LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Richard Ferguson (1253835)
Luke Baker (1253676)
Mark Turner (1258734)
Mark Lewis (1255254)
Neil Martin (1258602)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 50uL construct volumes. To be 3D prin...

100uL Mould LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Mark Lewis (1255254)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Richard Ferguson (1253835)
Mark Turner (1258734)
Neil Martin (1258602)
Luke Baker (1253676)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 100uL construct volumes. To be 3D pri...

250uL Mould FDM and LS

Rowan Rimington (5074733)
Andrew Capel (1258833)
Mark Lewis (1255254)
Jacob Fleming (2881301)
Luke Baker (1253676)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Richard Ferguson (1253835)
Mark Turner (1258734)
Neil Martin (1258602)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 250uL construct volumes. To be 3D pri...

50uL Mould FDM

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Darren Player (5633714)
Vivek Mudera (5633720)
Julia Jones (5633717)
Neil Martin (1258602)
Mark Turner (1258734)
Luke Baker (1253676)
Mark Lewis (1255254)
Richard Ferguson (1253835)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 50uL construct volumes. To be 3D prin...

500uL Mould FDM

Rowan Rimington (5074733)
Andrew Capel (1258833)
Jacob Fleming (2881301)
Darren Player (5633714)
Mark Turner (1258734)
Luke Baker (1253676)
Neil Martin (1258602)
Richard Ferguson (1253835)
Vivek Mudera (5633720)
Julia Jones (5633717)
Mark Lewis (1255254)

August 2018

Mould for the creation of tissue engineered skeletal muscle in 500uL construct volumes. To be 3D pri...

Data_Sheet_1_Scalable 3D Printed Molds for Human Tissue Engineered Skeletal Muscle.PDF

Andrew J. Capel (4684066)
Rowan P. Rimington (6333698)
Jacob W. Fleming (6333701)
Darren J. Player (4684072)
Luke A. Baker (2413837)
Mark C. Turner (6333704)
Julia M. Jones (6333707)
Neil R. W. Martin (4684060)
Richard A. Ferguson (6333710)
Vivek C. Mudera (6333713)
Mark P. Lewis (4684063)

February 2019

Tissue engineered skeletal muscle allows investigation of the cellular and molecular mechanisms that...

Laser sintering for the fabrication of tissue engineering scaffolds

Lohfeld, Stefan
McHugh, Peter E.

November 2015

Laser sintering (LS) utilises a laser to sinter powder particles. A volumetric model is sliced and p...

Scalable 3D Printed Molds for Human Tissue Engineered Skeletal Muscle

Andrew J. Capel
Rowan P. Rimington
Jacob W. Fleming
Darren J. Player
Darren J. Player
Luke A. Baker
Mark C. Turner
Mark C. Turner
Julia M. Jones
Julia M. Jones
Neil R. W. Martin
Richard A. Ferguson
Vivek C. Mudera
Mark P. Lewis

February 2019

Tissue engineered skeletal muscle allows investigation of the cellular and molecular mechanisms that...

Scalable 3D printed molds for human tissue engineered skeletal muscle

Andrew Capel (1258833)
Rowan Rimington (5074733)
Jacob Fleming (2881301)
Darren J. Player (4684072)
Luke Baker (1253676)
Mark Turner (1258734)
Julia Jones (3572144)
Neil Martin (1258602)
Richard Ferguson (1253835)
Vivek Mudera (7238489)
Mark Lewis (1255254)

February 2019

Tissue engineered skeletal muscle allows investigation of the cellular and molecular mechanisms that...

Coupling 3D Printing and Novel Replica Molding for In House Fabrication of Skeletal Muscle Tissue Engineering Devices

Iuliano, A. (Alessandro)
Wal, E. (Erik) van der
Ruijmbeek, C.W.B. (Claudine W. B.)
in ‘t Groen, S.L.M. (Stijn L. M.)
Pijnappel, W.W.M.P. (Pim)
Greef, J.C. (Jessica) de
Saggiomo, V. (Vittorio)

July 2020

The transition from 2D to 3D engineered tissue cultures is changing the way biologists can perform i...

Developing a novel biocomposite on selective laser sintering for tissue engineering

Florencia Edith Wiria

January 2007

Selective Laser Sintering (SLS) is used to fabricate tissue engineering scaffold due to its versatil...

Coupling 3D printing and novel replica molding for in house fabrication of skeletal muscle tissue engineering devices

Iuliano, A.
Wal, E. van der
Ruijmbeek, C.W.B.
in't Groen, S.L.M.
Pijnappel, W.W.M.P.
Greef, J.C. de
Saggiomo, V.

July 2020

The transition from 2D to 3D engineered tissue cultures is changing the way biologists can perform i...

SELECTIVE LASER SINTERING OF METAL MOLDS: THE RAPIDTOOLTM PROCESS

Uday Hejmadi
Kevin Mcalea

November 2014

Complex three dimensional parts can be manufactured directly from CAD data using rapid prototyping p...

Scaffold fabrication via rapid prototyping

Fong, Ee Siang.

January 2009

This project is designed to investigate the possibility of using a combination of methods to fabrica...

Abstract

Extracted data

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