×
0
Days
0
Hours
0
Minutes
0
Seconds
Thursday, December 7th 2017 from 01pm to 02pm (GMT+1)
Honolulu : Thursday, December 7th 2017 from 02am to 03am (GMT-10)
San Francisco : Thursday, December 7th 2017 from 04am to 05am (GMT-8)
New York : Thursday, December 7th 2017 from 07am to 08am (GMT-5)
Buenos Aires : Thursday, December 7th 2017 from 09am to 10am (GMT-3)
London / Dublin : Thursday, December 7th 2017 from 12pm to 01pm (GMT)
Paris / Berlin : Thursday, December 7th 2017 from 01pm to 02pm (GMT+1)
Istanbul : Thursday, December 7th 2017 from 02pm to 03pm (GMT+2)
Moscou / Dubaï : Thursday, December 7th 2017 from 04pm to 05pm (GMT+4)
Bangkok : Thursday, December 7th 2017 from 07pm to 08pm (GMT+7)
Shanghai : Thursday, December 7th 2017 from 08pm to 09pm (GMT+8)
Tokyo : Thursday, December 7th 2017 from 09pm to 10pm (GMT+9)
Sydney : Thursday, December 7th 2017 from 10pm to 11pm (GMT+10)
Wellington : Friday, December 8th 2017 from 12am to 01am (GMT+12)

Lésions dangereuses : apport de l’OFDI

0
Days
0
Hours
0
Minutes
0
Seconds
Wednesday, December 13th 2017 from 12:30pm to 02pm (GMT+1)
Honolulu : Wednesday, December 13th 2017 from 01:30am to 03am (GMT-10)
San Francisco : Wednesday, December 13th 2017 from 03:30am to 05am (GMT-8)
New York : Wednesday, December 13th 2017 from 06:30am to 08am (GMT-5)
Buenos Aires : Wednesday, December 13th 2017 from 08:30am to 10am (GMT-3)
London / Dublin : Wednesday, December 13th 2017 from 11:30am to 01pm (GMT)
Paris / Berlin : Wednesday, December 13th 2017 from 12:30pm to 02pm (GMT+1)
Istanbul : Wednesday, December 13th 2017 from 01:30pm to 03pm (GMT+2)
Moscou / Dubaï : Wednesday, December 13th 2017 from 03:30pm to 05pm (GMT+4)
Bangkok : Wednesday, December 13th 2017 from 06:30pm to 08pm (GMT+7)
Shanghai : Wednesday, December 13th 2017 from 07:30pm to 09pm (GMT+8)
Tokyo : Wednesday, December 13th 2017 from 08:30pm to 10pm (GMT+9)
Sydney : Wednesday, December 13th 2017 from 09:30pm to 11pm (GMT+10)
Wellington : Wednesday, December 13th 2017 from 11:30pm to 01am (GMT+12)

Expand your frontiers in transradial PCI: The sheathless approach

Scroll Up