- Test-spotlight - lists.sib.swiss

sdkfjas5
by Mll Test 16 Dec '15

16 Dec '15

1 0

dikm4
by Mll Test 16 Dec '15

16 Dec '15

1 0

dfff
by Mll Test 16 Dec '15

16 Dec '15

1 0

testdkim3
by Mll Test 16 Dec '15

16 Dec '15

1 0

testdkim 2
by Karin Sonesson 16 Dec '15

16 Dec '15

-- Cordialement, Karin

1 0

testdkim
by isb sib 16 Dec '15

16 Dec '15

bla

1 0

juste un test
by Karin Sonesson 07 Jul '15

07 Jul '15

ignorez merci ! -- Cordialement, Karin

1 0

Latest Protein Spotlight issue: at the heart of things
by Protein Spotlight 24 Nov '14

24 Nov '14

((( Latest Protein Spotlight issue: at the heart of things ))) November 2014 ------------------------------------------------------------------------ There is no life without a heart. And none without a beat. Which is why the heart is one of the first organs to be formed - albeit in a rudimentary fashion - very early on in life; as early as two weeks in the human embryo which, at that point, bears little resemblance to a human being. The heart is such a vital part of us that it has been a symbol of life for millennia, as it has of love, because so many of our emotions pass through it, either making it flutter, skip a beat or beat faster. It is so central that a lot of time, thought and energy is put into keeping a heart pulsing, be it during an operation or following cardiac arrest. Some hearts are also born lazy, which can be seriously disabling. Pacemakers are an answer to this, but they are artificial so have their drawbacks. A biological alternative, however, known as T-box transcription factor Tbx18, could prove to be revolutionary in the near future. Read more: http://www.proteinspotlight.org If you would like to make a direct link to this issue, please use the following link: http://www.proteinspotlight.org/back_issues/165/ If you wish to unsubscribe, you may do so here: http://www.proteinspotlight.org/unsubscribe/

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Latest Protein Spotlight issue: it did it its way
by Protein Spotlight 27 Oct '14

27 Oct '14

((( Latest Protein Spotlight issue: it did it its way ))) October 2014 ------------------------------------------------------------------------ Temperatures can get cold. And living organisms have to find ways of keeping themselves warm. Humans use clothes. Polar bears grow fur. Whales are lined with blubber. And many animals avoid the cold by migrating to warmer parts of the planet. But for cold-blooded animals - such as fish - things are sometimes more complicated. Especially when they live in waters which are ice-cold, on a seasonal basis or not. The formation of ice in an organism is dangerous because it can damage cells irreversibly. To solve this problem, Nature thought up an antifreeze system which hinders ice formation: antifreeze proteins. There are all sorts of antifreeze proteins but one is particularly special - Maxi - and keeps fish alive in waters as cold as - 1.9 °C. As its name suggests, it is much larger than the other antifreeze proteins known to date, but it also behaves very differently. What is more, its 3D structure has shed a very different light on the way the core of a protein is formed. Read more: http://www.proteinspotlight.org If you would like to make a direct link to this issue, please use the following link: http://www.proteinspotlight.org/back_issues/162/

1 0

Latest Protein Spotlight issue: it did it its way
by Protein Spotlight 27 Oct '14

27 Oct '14

((( Latest Protein Spotlight issue: it did it its way ))) October 2014 ------------------------------------------------------------------------ Temperatures can get cold. And living organisms have to find ways of keeping themselves warm. Humans use clothes. Polar bears grow fur. Whales are lined with blubber. And many animals avoid the cold by migrating to warmer parts of the planet. But for cold-blooded animals - such as fish - things are sometimes more complicated. Especially when they live in waters which are ice-cold, on a seasonal basis or not. The formation of ice in an organism is dangerous because it can damage cells irreversibly. To solve this problem, Nature thought up an antifreeze system which hinders ice formation: antifreeze proteins. There are all sorts of antifreeze proteins but one is particularly special - Maxi - and keeps fish alive in waters as cold as - 1.9 °C. As its name suggests, it is much larger than the other antifreeze proteins known to date, but it also behaves very differently. What is more, its 3D structure has shed a very different light on the way the core of a protein is formed. Read more: http://www.proteinspotlight.org If you would like to make a direct link to this issue, please use the following link: http://www.proteinspotlight.org/back_issues/162/

1 0