Nsca-lift - nsca-lift.org
General Information:
Latest News:
New Hot Topic Available 10 Mar 2009 | 01:58 am
The newest Hot Topic titled Speed Training: Linear Acceleration is now available online.
2009 NSCA Election Candidates Announced 4 Mar 2009 | 02:58 am
The Nominating Committee for the NSCA has selected the candidates for the 2009 Board of Directors Election.
NSCA National Conference Abstract Deadline Extended to March 16 3 Mar 2009 | 07:02 am
The deadline to submit abstracts for the 2009 NSCA National Conference has been extended to March 16 at 5:00 pm MST.
32nd National Conference Registration Now Open 3 Mar 2009 | 02:52 am
The NSCA invites you to attend the 32nd National Conference and Exhibition held conveniently at the center of the Las Vegas strip in the Paris Hotel and Casino.
TSAC Report #6 Now Available Online 1 Jul 2008 | 10:52 pm
The newest issue of the TSAC Report is now available online at http://www.nsca-lift.org/TSAC/TSAC_Report_06.pdf
The Effect of Ephedra and Caffeine on Maximal Strength and Power in Resistance–Trained Athletes. 8 May 2008 | 04:37 am
Caffeine and ephedrine–related alkaloids recently have been removed from International Olympic Committee banned substances lists, whereas ephedrine itself is now permissible at urinary concentrations ...
Performance Testing has now become an NSCA Index Competition 7 May 2008 | 05:49 am
National Index Qualifier May 15, 2008
Publish Ahead of Print Now Available for the Journal of Strength and Conditioning Research (JSCR) 7 May 2008 | 05:46 am
The Journal of Strength and Conditioning Research (JSCR) now offers electronic publication of accepted papers prior to print publication.
2008 NSCA Election Now Online – Vote Today 2 May 2008 | 04:02 am
Voting for the 2008 NSCA election is now available online. This year there are three open Board of Director positions (Member At-Large, Sports Medicine Professional, and Educational/Institutional Stre...
The Effects of Combining Elastic and Free Weight Resistance on Strength and Power in Athletes. 1 May 2008 | 05:48 am
This study was undertaken to determine whether combined elastic and free weight resistance (CR) provides different strength and power adaptations than free weight resistance (FWR) training alone.
