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DUKAS_59093190_TOP
PEOPLE - Monaco Hochzeit Grace Kelly und Fürst Rainier (14.4.1956)
Rainier and Grace in a solemn moment
Monaco : Prince Rainier III and his bride Grace Kelly, sit solemnly in the Cathedral of St Nicholas during their religious ceremony of the wedding, which was conducted by Bishop Gilles Barthe. The Prince wears a uniform bedecked with many orders and decorations. The Royal couple will honeymoon in the Mediterranean on the Royal Yacht. (FOTO:DUKAS/TOPFOTO)
DUKAS/TOPFOTO -
DUKAS_59093191_TOP
PEOPLE - Monaco Hochzeit Grace Kelly und Fürst Rainier (14.4.1956)
Rainier and Grace in a solemn moment
Monaco : Prince Rainier III and his bride Grace Kelly, sit solemnly in the Cathedral of St Nicholas during their religious ceremony of the wedding, which was conducted by Bishop Gilles Barthe. The Prince wears a uniform bedecked with many orders and decorations. The Royal couple will honeymoon in the Mediterranean on the Royal Yacht. (FOTO:DUKAS/TOPFOTO)
DUKAS/TOPFOTO -
RDB00029218
Prof. Ake Senning bei Herztransplantation, Zürich 1969
--- Prof. Ake Senning bei Herztransplantation, Zürich 1969#Prof. Ake Senning, heart transplantation, Zurich 1969
RDB -
RDB00061698
Prof. Ake Senning und Mitarbeiterin, Zürich 1969
--- Prof. Ake Senning und Mitarbeiterin, Zürich 1969#Prof. Ake Senning and a colleague, Zurich 1969
RDB -
RDB00154504
Prof. Ake Senning bei Herztransplantation, Zürich 1969
--- Prof. Ake Senning bei Herztransplantation, Zürich 1969#Prof. Ake Senning, heart transplantation, Zurich 1969- RDB BY DUKAS
RDB -
RDB00157684
Prof. Ake Senning bei Herztransplantation, Zürich 1969
--- Prof. Ake Senning bei Herztransplantation, Zürich 1969#Prof. Ake Senning, heart transplantation, Zurich 1969- RDB BY DUKAS
RDB -
RDB00231098
Prof. Ake Senning bei Herztransplantation, Zürich 1969
--- Prof. Ake Senning bei Herztransplantation, Zürich 1969#Prof. Ake Senning, heart transplantation, Zurich 1969- RDB BY DUKAS
RDB -
RDB00454673
rdb00454673
--- Titelblatt Schweizer Illustrierte 7, 1978: Frau mit nackter Brust und eingezeichnetem Herz#Cover of the Schweizer Illustrierte 7, 1978: Woman with naked breast and painted heart- RDB BY DUKAS
RDB -
RDB00023872
rdb00023872
--- Frau; Mann; primäre; sekundäre Geschlechtsmerkmale#women, man; primary, secundary sexual characteristic
RDB -
RDB00185801
Gehirne, menschliches Hirn, Querschnitt, Hirnrinde
--- Gehirne, menschliches Hirn, Querschnitt, Hirnrinde#Human brain, cerebral cortex- RDB BY DUKAS
RDB -
RDB00023108
Haut-Zellkultur in Petrischale 1989
--- Haut-Zellkultur in Petrischale 1989#Skin cell culture in petridish 1989
RDB -
RDB00143992
Micheline Bettex-Galland, Marcel Bettex 1989
--- Micheline Bettex-Galland, Marcel Bettex 1989#Micheline Bettex-Galland, Marcel Bettex 1989- RDB BY DUKAS
RDB -
RDB00217035
Haut-Zellkultur auf Vaseline-Gaze 1989
--- Haut-Zellkultur auf Vaseline-Gaze 1989#Skin cell culture on Vaseline gauze 1989- RDB BY DUKAS
RDB -
RDB00087121
rdb00087121
--- Organ-Modell: Herz#Organ-model: heart
RDB -
RDB00235107
Credit: RDB
--- menschliches Auge, blau#human eye- RDB BY DUKAS
RDB -
DUKAS_90963199_LEC
Stephan Holderegger; 2004
--- Stephan Holderegger; 2004#Stephan Holderegger; 2004
DUKAS/Hervé Le Cunff -
DUKAS_15869221_UNA
Illustration Blaues Gehirn mit USB-Kabel auf grauem Hintergrund / Blue brain illustration with usb cable on grey background
mi_002_0024 (116568/MI_002_0024), Illustration Blaues Gehirn mit USB-Kabel auf grauem Hintergrund, (å© INSADCO / midoriphotos)
DUKAS/UNITED ARCHIVES -
DUKAS_15869233_UNA
Illustration Blaues Gehirn mit USB-Kabel auf grauem Hintergrund / Blue brain illustration with usb cable on grey background
mi_002_0022 (116566/MI_002_0022), Illustration Blaues Gehirn mit USB-Kabel auf grauem Hintergrund, (å© INSADCO / midoriphotos)
DUKAS/UNITED ARCHIVES -
DUKAS_15869234_UNA
Illustration Blaues Gehirn mit USB-Kabel auf grauem Hintergrund / Blue brain illustration with usb cable on grey background
mi_002_0023 (116567/MI_002_0023), Illustration Blaues Gehirn mit USB-Kabel auf grauem Hintergrund, (å© INSADCO / midoriphotos)
DUKAS/UNITED ARCHIVES -
DUKAS_6784231_SIP
RETRO "NICO"
RETRO "NICO" DE VELVET UNDERGROUND
DUKAS/SIPA -
DUKAS_6784232_SIP
RETRO "NICO"
RETRO "NICO" DE VELVET UNDERGROUND
DUKAS/SIPA -
DUKAS_6784233_SIP
RETRO "NICO"
RETRO "NICO" DE VELVET UNDERGROUND
DUKAS/SIPA -
DUKAS_6784234_SIP
RETRO "NICO"
RETRO "NICO" DE VELVET UNDERGROUND
DUKAS/SIPA -
DUKAS_10642226_REX
Piglet Squid with what appears to be a smile caused by skin pigments, Cabrillo Marine Aquarium, California, America - 2009
Editorial Use Only, No Merchandising or Advertising (No UK website usage unless fee is agreed - contact Toni Saint - 0207 239 8655 tsaint@rexfeatures.com for clearance)
Mandatory Credit: Photo by Gary Florin / Rex Features ( 835912a )
The Happiest Swimmer in the Ocean
**MANDATORY CREDIT GARY FLORIN/REX FEATURES**
THE HAPPIEST SWIMMER IN THE OCEAN
The credit has crunched, the weather is cold, but nothing can wipe the smile from this little fellow's face.
Called a Piglet Squid, this sea creature always looks cheerful thanks to what appears to be a huge grin.
About the size of a small orange, the squid - Latin name Helicocranchia pfefferi - can commonly be found in deepwater (greater than 100m) in most of the world's oceans.
But this cute chap is more distinctive than most thanks to pigments which dot its skin - making it seem like the happiest swimmer in the ocean.
Scientists gave it the name thanks to its tuft of eight arms and two tentacles on its 'head', as well as its habit of looking porky when inflated with water.
Its body is almost totally clear revealing a dark mass that is the internal organs and barely visible, feather-like gills. It also has a large light producing organ (photophore) beneath each of its eyes.
The picture was taken by California's Cabrillo Marine Aquarium. CMA Director Mike Schaadt says: "Our photographer Gary Florin took a marvellous picture of this rarely seen yet fairly common member of the deep sea plankton community. The angle Gary took the picture at makes it look comical."
MUST CREDIT PICTURE BY
Gary Florin/Rex Features
Story by DEAN MURRAY
For more information visit http://www.rexfeatures.com/stacklink/HAPWLWBNM (FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_11270080_REX
Various - Aug 2009
Mandatory Credit: Photo by Rex Features ( 1004401a )
Grass Snake. European. Natrix natrix helvetica. With forked tongue as sensory organ
Various - Aug 2009
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_11270082_REX
Various - Aug 2009
Mandatory Credit: Photo by Rex Features ( 1004401c )
Grass Snake. European. Natrix natrix helvetica. With forked tongue as sensory organ
Various - Aug 2009
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_11270083_REX
Various - Aug 2009
Mandatory Credit: Photo by Rex Features ( 1004401b )
Grass Snake. European. Natrix natrix helvetica. With forked tongue as sensory organ
Various - Aug 2009
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_11270084_REX
Various - Aug 2009
Mandatory Credit: Photo by Rex Features ( 1004401d )
Grass Snake. European. Natrix natrix helvetica. With forked tongue as sensory organ
Various - Aug 2009
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_35056767_REX
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Mandatory Credit: Photo by REX (1224731a)
Prince Charles, Camilla Duchess of Cornwall and Brian Blessed are caught in a fit of giggles as they watch a cat organ
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_35056769_REX
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Mandatory Credit: Photo by REX (1224736g)
Prince Charles caught in a fit of giggles as he watches a cat organ
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_35056770_REX
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Mandatory Credit: Photo by REX (1224736e)
Prince Charles, Camilla Duchess of Cornwall and Brian Blessed are caught in a fit of giggles as they watch a cat organ
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_35056773_REX
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Mandatory Credit: Photo by REX (1224736f)
Prince Charles, Camilla Duchess of Cornwall and Brian Blessed are caught in a fit of giggles as they watch a cat organ, Alan Titchmarsh handing a handkerchief to Camilla
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_35056774_REX
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Mandatory Credit: Photo by REX (1224731d)
Prince Charles is caught in a fit of giggles as he watches a cat organ
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_35056775_REX
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Mandatory Credit: Photo by REX (1224731c)
Prince Charles and The Camilla Duchess of Cornwall with Jools Holland (right) as they watch a cat organ
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_15483476_REX
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Mandatory Credit: Photo by Tim Rooke / Rex Features ( 1224029v )
Camilla, Duchess of Cornwall and Prince Charles watching Henry Dagg play his organ of cats
START Initiative Garden Party at Clarence House, London, Britain - 10 Sep 2010
Prince Charles and Camilla, Duchess of Cornwall attend The Garden Party wirth a Difference as part of Start Week. They wathced Henry Dagg play his organ of cats and both the Prince and Duchess were handed a hankerchief by Alan Titchmarsh when thed had to wipe away tears of laughter.
(FOTO:DUKAS/REX)
DUKAS/REX -
DUKAS_19709448_REX
Professor Alex Seifalian who helped create the trachea used in world's first synthetic organ transplant, University College London, Britain - 13 Jul 2011
Mandatory Credit: Photo by Rex Features ( 1394022a )
First Synthetic Organ Transplant Paves Way For The Future
A unique liquid that can potentially be transformed into a human heart and other organs?
It sounds like science fiction but Professor Alex Seifalian and his team are on their way to making it science fact.
53-year-old Seifalian, who is Professor of Nanotechnology and Regenerative Medicine at University College London, has helped to create a kind of liquid plastic that could, in the future, be used to make transplantable organs.
In fact the first such operation has already gone ahead with Prof Seifalian and his team helping to create a trachea used in the world's first wholly synthetic organ transplant.
The operation in Sweden saw a man have a section of his windpipe replaced with a piece built from his own stem cells and Prof Seifalian's polymer.
Without the substitute trachea the patient, whose own windpipe had been blocked by a tumour the size of a golf ball, would have died.
The substance used to help create the synthetic trachea, and which has been developed by Pro Seifalian and his team, is polyhedral oligomeric silsesquioxane-poly (carbonate-urea) urethane (POSS-PCU).
It is a liquid plastic that sets solid when it is heated up or cooled down and contains billions of tiny holes.
In order to create the synthetic trachea the patient was first scanned using 3D computerised tomography (CT).
These images were then used to form a glass mould that was a perfect copy of his trachea. In turn, this was used to develop a 'scaffold' using the POSS-PCU.
This scaffold was then sent to Karolinska University Hospital in Sweden where stem cells from the patient's bone marrow and linings from his nose were incorporated into it.
After two days, the millions of nano-scale holes in the porous synthetic trachea had been seeded with the patient's own tissue.
...
For more information visit http://www.rexfeatures.com/stacklink/VHRYVGLLH
DUKAS/REX -
DUKAS_19709449_REX
Professor Alex Seifalian who helped create the trachea used in world's first synthetic organ transplant, University College London, Britain - 13 Jul 2011
Mandatory Credit: Photo by Rex Features ( 1394022b )
First Synthetic Organ Transplant Paves Way For The Future
A unique liquid that can potentially be transformed into a human heart and other organs?
It sounds like science fiction but Professor Alex Seifalian and his team are on their way to making it science fact.
53-year-old Seifalian, who is Professor of Nanotechnology and Regenerative Medicine at University College London, has helped to create a kind of liquid plastic that could, in the future, be used to make transplantable organs.
In fact the first such operation has already gone ahead with Prof Seifalian and his team helping to create a trachea used in the world's first wholly synthetic organ transplant.
The operation in Sweden saw a man have a section of his windpipe replaced with a piece built from his own stem cells and Prof Seifalian's polymer.
Without the substitute trachea the patient, whose own windpipe had been blocked by a tumour the size of a golf ball, would have died.
The substance used to help create the synthetic trachea, and which has been developed by Pro Seifalian and his team, is polyhedral oligomeric silsesquioxane-poly (carbonate-urea) urethane (POSS-PCU).
It is a liquid plastic that sets solid when it is heated up or cooled down and contains billions of tiny holes.
In order to create the synthetic trachea the patient was first scanned using 3D computerised tomography (CT).
These images were then used to form a glass mould that was a perfect copy of his trachea. In turn, this was used to develop a 'scaffold' using the POSS-PCU.
This scaffold was then sent to Karolinska University Hospital in Sweden where stem cells from the patient's bone marrow and linings from his nose were incorporated into it.
After two days, the millions of nano-scale holes in the porous synthetic trachea had been seeded with the patient's own tissue.
...
For more information visit http://www.rexfeatures.com/stacklink/VHRYVGLLH
DUKAS/REX -
DUKAS_19709450_REX
Professor Alex Seifalian who helped create the trachea used in world's first synthetic organ transplant, University College London, Britain - 13 Jul 2011
Mandatory Credit: Photo by Rex Features ( 1394022d )
First Synthetic Organ Transplant Paves Way For The Future
A unique liquid that can potentially be transformed into a human heart and other organs?
It sounds like science fiction but Professor Alex Seifalian and his team are on their way to making it science fact.
53-year-old Seifalian, who is Professor of Nanotechnology and Regenerative Medicine at University College London, has helped to create a kind of liquid plastic that could, in the future, be used to make transplantable organs.
In fact the first such operation has already gone ahead with Prof Seifalian and his team helping to create a trachea used in the world's first wholly synthetic organ transplant.
The operation in Sweden saw a man have a section of his windpipe replaced with a piece built from his own stem cells and Prof Seifalian's polymer.
Without the substitute trachea the patient, whose own windpipe had been blocked by a tumour the size of a golf ball, would have died.
The substance used to help create the synthetic trachea, and which has been developed by Pro Seifalian and his team, is polyhedral oligomeric silsesquioxane-poly (carbonate-urea) urethane (POSS-PCU).
It is a liquid plastic that sets solid when it is heated up or cooled down and contains billions of tiny holes.
In order to create the synthetic trachea the patient was first scanned using 3D computerised tomography (CT).
These images were then used to form a glass mould that was a perfect copy of his trachea. In turn, this was used to develop a 'scaffold' using the POSS-PCU.
This scaffold was then sent to Karolinska University Hospital in Sweden where stem cells from the patient's bone marrow and linings from his nose were incorporated into it.
After two days, the millions of nano-scale holes in the porous synthetic trachea had been seeded with the patient's own tissue.
...
For more information visit http://www.rexfeatures.com/stacklink/VHRYVGLLH
DUKAS/REX -
DUKAS_19709451_REX
Professor Alex Seifalian who helped create the trachea used in world's first synthetic organ transplant, University College London, Britain - 13 Jul 2011
Mandatory Credit: Photo by Rex Features ( 1394022c )
First Synthetic Organ Transplant Paves Way For The Future
A unique liquid that can potentially be transformed into a human heart and other organs?
It sounds like science fiction but Professor Alex Seifalian and his team are on their way to making it science fact.
53-year-old Seifalian, who is Professor of Nanotechnology and Regenerative Medicine at University College London, has helped to create a kind of liquid plastic that could, in the future, be used to make transplantable organs.
In fact the first such operation has already gone ahead with Prof Seifalian and his team helping to create a trachea used in the world's first wholly synthetic organ transplant.
The operation in Sweden saw a man have a section of his windpipe replaced with a piece built from his own stem cells and Prof Seifalian's polymer.
Without the substitute trachea the patient, whose own windpipe had been blocked by a tumour the size of a golf ball, would have died.
The substance used to help create the synthetic trachea, and which has been developed by Pro Seifalian and his team, is polyhedral oligomeric silsesquioxane-poly (carbonate-urea) urethane (POSS-PCU).
It is a liquid plastic that sets solid when it is heated up or cooled down and contains billions of tiny holes.
In order to create the synthetic trachea the patient was first scanned using 3D computerised tomography (CT).
These images were then used to form a glass mould that was a perfect copy of his trachea. In turn, this was used to develop a 'scaffold' using the POSS-PCU.
This scaffold was then sent to Karolinska University Hospital in Sweden where stem cells from the patient's bone marrow and linings from his nose were incorporated into it.
After two days, the millions of nano-scale holes in the porous synthetic trachea had been seeded with the patient's own tissue.
...
For more information visit http://www.rexfeatures.com/stacklink/VHRYVGLLH
DUKAS/REX -
DUKAS_19709452_REX
Professor Alex Seifalian who helped create the trachea used in world's first synthetic organ transplant, University College London, Britain - 13 Jul 2011
Mandatory Credit: Photo by Rex Features ( 1394022e )
First Synthetic Organ Transplant Paves Way For The Future
A unique liquid that can potentially be transformed into a human heart and other organs?
It sounds like science fiction but Professor Alex Seifalian and his team are on their way to making it science fact.
53-year-old Seifalian, who is Professor of Nanotechnology and Regenerative Medicine at University College London, has helped to create a kind of liquid plastic that could, in the future, be used to make transplantable organs.
In fact the first such operation has already gone ahead with Prof Seifalian and his team helping to create a trachea used in the world's first wholly synthetic organ transplant.
The operation in Sweden saw a man have a section of his windpipe replaced with a piece built from his own stem cells and Prof Seifalian's polymer.
Without the substitute trachea the patient, whose own windpipe had been blocked by a tumour the size of a golf ball, would have died.
The substance used to help create the synthetic trachea, and which has been developed by Pro Seifalian and his team, is polyhedral oligomeric silsesquioxane-poly (carbonate-urea) urethane (POSS-PCU).
It is a liquid plastic that sets solid when it is heated up or cooled down and contains billions of tiny holes.
In order to create the synthetic trachea the patient was first scanned using 3D computerised tomography (CT).
These images were then used to form a glass mould that was a perfect copy of his trachea. In turn, this was used to develop a 'scaffold' using the POSS-PCU.
This scaffold was then sent to Karolinska University Hospital in Sweden where stem cells from the patient's bone marrow and linings from his nose were incorporated into it.
After two days, the millions of nano-scale holes in the porous synthetic trachea had been seeded with the patient's own tissue.
...
For more information visit http://www.rexfeatures.com/stacklink/VHRYVGLLH
DUKAS/REX -
DUKAS_19709454_REX
Professor Alex Seifalian who helped create the trachea used in world's first synthetic organ transplant, University College London, Britain - 13 Jul 2011
Mandatory Credit: Photo by Rex Features ( 1394022g )
First Synthetic Organ Transplant Paves Way For The Future
A unique liquid that can potentially be transformed into a human heart and other organs?
It sounds like science fiction but Professor Alex Seifalian and his team are on their way to making it science fact.
53-year-old Seifalian, who is Professor of Nanotechnology and Regenerative Medicine at University College London, has helped to create a kind of liquid plastic that could, in the future, be used to make transplantable organs.
In fact the first such operation has already gone ahead with Prof Seifalian and his team helping to create a trachea used in the world's first wholly synthetic organ transplant.
The operation in Sweden saw a man have a section of his windpipe replaced with a piece built from his own stem cells and Prof Seifalian's polymer.
Without the substitute trachea the patient, whose own windpipe had been blocked by a tumour the size of a golf ball, would have died.
The substance used to help create the synthetic trachea, and which has been developed by Pro Seifalian and his team, is polyhedral oligomeric silsesquioxane-poly (carbonate-urea) urethane (POSS-PCU).
It is a liquid plastic that sets solid when it is heated up or cooled down and contains billions of tiny holes.
In order to create the synthetic trachea the patient was first scanned using 3D computerised tomography (CT).
These images were then used to form a glass mould that was a perfect copy of his trachea. In turn, this was used to develop a 'scaffold' using the POSS-PCU.
This scaffold was then sent to Karolinska University Hospital in Sweden where stem cells from the patient's bone marrow and linings from his nose were incorporated into it.
After two days, the millions of nano-scale holes in the porous synthetic trachea had been seeded with the patient's own tissue.
...
For more information visit http://www.rexfeatures.com/stacklink/VHRYVGLLH
DUKAS/REX -
DUKAS_27013495_REX
Devon, Britain - 2012
Mandatory Credit: Photo by David and Judy Lomax / Rex Features (1998536ak)
Exeter Cathedral, organ and chancel, Devon, Britain
Devon, Britain - 2012
(FOTO:DUKAS/REX)
DUKAS/REX DUKAS -
DUKAS_26259007_SIU
FL: GIANT EYEBALL FOUND AT POMPANO BEACH
A giant blue eyeball was found by a man at Pompano Beach, Florida on 10 October 2012. The eyeball was put on ice and brought to the Florida Fish and Wildlife Research Institute in St. Petersburg for analysis. Agency spokeswoman Carli Segelson says the eyeball likely came from a marine animal, since it was found on a beach. Possible candidates include a giant squid, a whale or some type of large fish.
Photo Credit: Florida Fish and Wildlife Conservation Commission (FWC)/ Sipa USA
DUKAS/SIPA USA -
DUKAS_26259008_SIU
FL: GIANT EYEBALL FOUND AT POMPANO BEACH
A giant blue eyeball was found by a man at Pompano Beach, Florida on 10 October 2012. The eyeball was put on ice and brought to the Florida Fish and Wildlife Research Institute in St. Petersburg for analysis. Agency spokeswoman Carli Segelson says the eyeball likely came from a marine animal, since it was found on a beach. Possible candidates include a giant squid, a whale or some type of large fish.
Photo Credit: Florida Fish and Wildlife Conservation Commission (FWC)/ Sipa USA
DUKAS/SIPA USA -
DUKAS_26259009_SIU
FL: GIANT EYEBALL FOUND AT POMPANO BEACH
A giant blue eyeball was found by a man at Pompano Beach, Florida on 10 October 2012. The eyeball was put on ice and brought to the Florida Fish and Wildlife Research Institute in St. Petersburg for analysis. Agency spokeswoman Carli Segelson says the eyeball likely came from a marine animal, since it was found on a beach. Possible candidates include a giant squid, a whale or some type of large fish.
Photo Credit: Florida Fish and Wildlife Conservation Commission (FWC)/ Sipa USA
DUKAS/SIPA USA -
RDB00508461
Franz Immer, CEO Swisstransplant 2013
--- Franz Immer, CEO Swisstransplant, Bern 2013#Franz Immer, CEO Swisstransplant, Bern 2013- RDB BY DUKAS
RDB -
RDB00479598
Franz Immer, CEO Swisstransplant 2013
--- Swisstransplant, Plakat, Bern 2013#Swisstransplant, poster, Bern 2013- RDB BY DUKAS
RDB -
RDB00479600
Franz Immer, CEO Swisstransplant 2013
--- Franz Immer, CEO Swisstransplant, Bern 2013#Franz Immer, CEO Swisstransplant, Bern 2013- RDB BY DUKAS
RDB -
RDB00479601
Franz Immer, CEO Swisstransplant 2013
--- Franz Immer, CEO Swisstransplant, Bern 2013#Franz Immer, CEO Swisstransplant, Bern 2013- RDB BY DUKAS
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RDB00479603
Franz Immer, CEO Swisstransplant 2013
--- Franz Immer, CEO Swisstransplant, Bern 2013#Franz Immer, CEO Swisstransplant, Bern 2013- RDB BY DUKAS
RDB -
