-
2012-06-13
98999fe624b42161fa4467ec5ccb708ea5ff328e
20
Millennium Technology Prize
13
/wiki/millennium%20technology%20prize
Shinya Yamanaka
1
/wiki/shinya%20yamanaka
embryonic
70
/wiki/embryonic%20stem%20cells
human cells
36
/wiki/human%20cells
Millennium Technology Prize
Shinya Yamanaka
embryonic
human cells
Shinya Yamanaka
2014-04-9
60b1f7140a58542bf99bd53f19bc3b69af40543a
14
Millennium Technology Prize
1
/feed/2014/04/9/stuart-parkin-is-awarded-the-millennium-technology-prize-for-breakthroughs-in-magnetic-storage-capacity
Stuart Parkin is awarded the Millennium Technology Prize for breakthroughs in magnetic storage capacity.
2013-05-15
578105a99279c4883fc0b1b1dbafb2c5759c1edc
19
embryonic
1
/feed/2013/05/15/in-a-study-published-in-nature-university-of-oregon-researchers-describe-the-first-creation-of-human-embryonic-stem-c
In a study published in "Nature", University of Oregon researchers describe the first creation of human embryonic stem cells by cloning.
2012-10-8
c8bdd0b202189bf72819ba7f67ab7376d2d1134b
11
Shinya Yamanaka
1
/feed/2012/10/8/british-scientist-john-b-gurdon-and-japanese-scientist-shinya-yamanaka-win-the-2012-nobel-prize-for-medicine-for-the-di
British scientist John B. Gurdon and Japanese scientist Shinya Yamanaka win the 2012 Nobel Prize for Medicine for the discovery that end stage cells can be reprogrammed to become pluripotent.
2010-06-9
c38291eaf70e5ff26cb73c3205851c0bd19971c8
30
Millennium Technology Prize
1
/feed/2010/06/9/the-2010-millennium-technology-prize-is-awarded-to-swiss-solar-innovator-michael-gratzel
The 2010 Millennium Technology Prize is awarded to Swiss solar innovator Michael Grätzel.
/feed/2012/06/13/japanese-stem-cell-scientist-dr-shinya-yamanaka-is-awarded-the-millennium-technology-prize-for-discovering-how-to-repro
BBC
13
34b84a6987ab9c9867447080b7ca7144bc68d0a0
6
https://www.bbc.co.uk/news/health-18425039
2012
Japanese stem cell scientist Dr. Shinya Yamanaka is awarded the Millennium Technology Prize for discovering how to reprogram human cells to mimic embryonic stem cells, which can become any cell in the body.