Your search:
174 result(s) in 0.12 s
-
DUK10149590_010
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs, with fellow veteran Luke Read, 33. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it.
/ action press *** Local Caption *** 38822339
(c) Dukas -
DUK10149590_009
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs, with fellow veteran Luke Read, 33. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it.
/ action press *** Local Caption *** 38822340
(c) Dukas -
DUK10149590_008
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it. / action press *** Local Caption *** 38822342
(c) Dukas -
DUK10149590_007
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it.
/ action press *** Local Caption *** 38822341
(c) Dukas -
DUK10149590_006
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it. / action press *** Local Caption *** 38822343
(c) Dukas -
DUK10149590_005
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it. / action press *** Local Caption *** 38822344
(c) Dukas -
DUK10149590_004
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King (STANDING BACK FAR RIGHT), pictured in Afghanistan before his injuries with his 2nd Battalion of the Parachute Regiment. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it. / action press *** Local Caption *** 38822335
(c) Dukas -
DUK10149590_003
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it.
/ action press *** Local Caption *** 38822336
(c) Dukas -
DUK10149590_002
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it. / action press *** Local Caption *** 38822337
(c) Dukas -
DUK10149590_001
FEATURE - Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon
King of the Mountain: Afghanistan-Vetran Liam King aus Ipswitch bezwingt mit seinen Beinprothese den Mount Snowdon -- Liam King, 33, from Ipswich, Suffolk, has climbed Mount Snowdon on his prosthetic limbs. See story SWCAamputee - by Ben Turner An incredible double-amputee veteran who was blown up in Afghanistan has climbed Mount Snowdon on his prosthetic limbs. Liam King, 33, lost both his legs when he stepped on an IED in 2011 while serving in the 2nd Battalion of the Parachute Regiment. Now, he's climbed the highest mountain in Wales in a remarkable act of defiance despite his physical injuries. Liam, who lost one leg at the knee and the other below the hip, said: "I wanted to prove to myself that I can do it. / action press *** Local Caption *** 38822338
(c) Dukas -
DUK10141686_011
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699983
(c) Dukas -
DUK10141686_008
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699980
(c) Dukas -
DUK10141686_012
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699968
(c) Dukas -
DUK10141686_016
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699969
(c) Dukas -
DUK10141686_007
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699979
(c) Dukas -
DUK10141686_009
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699981
(c) Dukas -
DUK10141686_014
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699975
(c) Dukas -
DUK10141686_003
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699976
(c) Dukas -
DUK10141686_010
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699982
(c) Dukas -
DUK10141686_004
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699974
(c) Dukas -
DUK10141686_002
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699973
(c) Dukas -
DUK10141686_015
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699972
(c) Dukas -
DUK10141686_006
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699977
(c) Dukas -
DUK10141686_001
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699971
(c) Dukas -
DUK10141686_005
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699978
(c) Dukas -
DUK10141686_013
SCHICKSALE - Durch eine Sepsis verliert Sue Neill Arme und Beine: Dank bionischer Prothesen kann sie ihre vier Kinder wieder in die Arme schliessen
*** Local Caption *** 31699970
(c) Dukas -
DUK10126329_014
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_013
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
Fyodor Kotorov of the Institute of Physics and Technology, presents a biomechanical prosthetic hand at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_012
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_011
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_010
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
Fyodor Kotorov (R) of the Institute of Physics and Technology, presents a biomechanical prosthetic hand at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_009
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_008
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_007
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_006
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_005
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
Fyodor Kotorov (R) of the Institute of Physics and Technology, presents a biomechanical prosthetic hand at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_004
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
Fyodor Kotorov (R) of the Institute of Physics and Technology, presents a biomechanical prosthetic hand at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_003
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_002
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10126329_001
NEWS - Biomechanische Prothesenhand an Universität in Jekaterinenburg vorgestellt
A biomechanical prosthetic hand presented at the Ural Federal University. The artificial limb is able to lift up to 30kg and features improved, close to natural, muscle movements. Yekaterinburg, Russia on December 18, 2019. Photo by Donat Sorokin/TASS/ABACAPRESS.COM (FOTO: DUKAS/ABACA)
(c) Dukas -
DUK10123107_010
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173408
(c) Dukas -
DUK10123107_009
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
Professor at EPFL Aude Billard. A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173410
(c) Dukas -
DUK10123107_008
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
Video grab of one of the amputee subjects being tested. A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173411
(c) Dukas -
DUK10123107_007
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
Video grab of one of the amputee subjects being tested. A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173412
(c) Dukas -
DUK10123107_006
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
Video grab of one of the amputee subjects being tested. A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173413
(c) Dukas -
DUK10123107_005
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
Professor at EPFL Aude Billard. A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173409
(c) Dukas -
DUK10123107_004
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
Application Engineer at IT'IS Foundation Katie Zuang. A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173407
(c) Dukas -
DUK10123107_003
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
Application Engineer at IT'IS Foundation Katie Zuang. A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173406
(c) Dukas -
DUK10123107_002
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173404
(c) Dukas -
DUK10123107_001
FEATURE - Forscher der ETH-Lausanne entwickeln Handprothese mit Gefühl
A revolutionary artificial hand has been developed by scientists at EPFL research institute and university in Lausanne, Switzerland, with a view to help amputees. See National News story NNhand. A revolutionary artificial hand merging human and robotic control has been successfully tested by amputees. The real-life 'bionic' hand combines individual finger control with automation for improved grasping and manipulation. The hand was developed by scientists at EPFL research institute and university in Lausanne, Switzerland, who are developing new approaches for improved control of robotic hands - in particular for amputees. The combination of neuroengineering and robotics was successfully tested on three amputees and seven healthy subjects. *** Local Caption *** 30173403
(c) Dukas -
