JFIFC    $ &%# #"(-90(*6+"#2D26;=@@@&0FKE>J9?@=C  =)#)==================================================C" }!1AQa"q2#BR$3br %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz w!1AQaq"2B #3Rbr $4%&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz ?еSvHY!jE Uּ4`{IҸ.A4.F>ƚj{ &-E x*og?,!W!=y"8rNqXw5^ %my]s y6v'kK =h(Y`k|"ͨ;s޸(_#6-b-ZҥbO"Fw $G8s'16$y(eRZ1X}UTs ]gF <湯'Tk#p4.:^~^o5_[96R6]nicPf&E)̿k?qx  EpQ|YL29b 22+˼ K;\[YQRBdwkP|Gp@m4F\o(|sOь28_ W7v$g?Q^=L έ.FpjŚLl:]KO¦kgw>+;[rI%"~,SRIB#['ͼG@Air7fį>$_V  ӪJөRr{ՔpH &!QEx'i0²tnOWOe`i9 A`CgC[%nqx*L6w=p}4+4mٛM:'PgPFҶ*3W~?5~2¿mOH4FZUpK#'c j?:9~֚ ̳,mY#8ڵ|;joa\ekY*?d/m^lg$8zf.x/2nSqL%&vH:/nt6ZHt6#Cg:|AWm-4Y?\WE]Oź4z~qd' Hr>XqMf>~#Muw5RT+hRMGFԚYnWuhIs~^!in;sy8mZ-6}BT#e>ǫ ^nc\~ :#jGOu^b&a0f~KxQG`#ɵP0>LG]+@mcm?Ju{lGB@hIE!8xjxuu pPV٨I*òGA߽jxo\kJ)#t>U_xX#&;C$cKpYmX+) V+ϯ3z뇂|yy=Z]Bx0tq  x]|t'V d0ϥs>)qAxZ`-|]}@Zcޥ46 VtRHk&i7K+J(`|2 K0 @u([%V!"hS㊹-!fAǎҲGLѴwv18@ =k3^[tlxБ$/_[Ow\n\(5uQu+岽vؾpKv'Vki9mR*a qGqeP ŹVU?Uz.%MOV?IKf5ٞQj ZQHK#cpʰ7ڢY4@ǡ$5 ?p$kYƔZ$=:6V3ї9+{ŭyU($*8#Na?џB? k4/c6nmy\{s֩SiZ텬U%rD?L?ˡ7HU#`Q=Y֥i" 2_m +/<$;JkQHDx+ryj;ڲE1(AUouV"]26rLw>RFp}"Zl@UOWi g2rڴHzf }aWCQvmQx'{wF>BjԘrd%uK7Y+PIXn6KnX"i#H0b}K[Ԏew&v5ܬC{[*r{1-Q^F׬ 33cA>1}?ÞJȖt'a#5? m!}j3+j1 d_dr=fD;hE7 I+!|ËH5 nO F-W݈S+TH]nq)\˛q&3.iϳx[:zNgDI ùbgY֝ڝVq$C`SokV]J 9_zNpj*[լqky%;,?t,!cO+5⟇0TRn|@Izּ(5O.q{6@+Ft_|S5|C O 2yh?t+k\+;O|X*=uѯɵXuO8j-+M6c;PZCI=+Iצ[+z X er8vu#}~q{;  ~ ҤyMew6zUFhe\~?*^*.dGtK.v@?2J|WV~Fxڎ*jΧ-KU:2mX4*.sA<]}5ٹ) ݹ+I' ۆ\qȭ'csFJR$|n縦Tp=Vh*ڍ( .xi@n;lt}(EPEPEPEPEPEPEPEPEPٛ%f֍X?*#~ºbQ *SH&'=k Kh6E>WܞdW/o3'=jĖV]cUy&E\*#4A֛OLS'466ydY9(Bd3€ۚp=i=zRJq?l^y'EEyn/n. &55x/|?*[,nE[).7w<㊨#9˙hȭ xÓ0:t!֜)؆wc1wa ֦MS#t*P W֢vP$zι wWzIyq\t2\\genetic and physical activity correlates. In: Perspectives in Exercise Science and Sports Benchmark, 99-163.<br><br>Blimkie, C. (1993). Resistance training during preadolescence: issues and controversies. Sports Med, 15: 389-407.<br><br>Blimkie, C., Martin, J., Ramsay, D., et al. (1989). The effects of detraining and maintenance weight training on strength development in prepubertal boys. Can J Sport Sci, 14: 104P.<br><br>Blimkie, C., Rice S., Webber J., et al. (1993). Effects of resistance training on bone mass and density in adolescent females. Med Sci Sports Exerc, 25 (suppl): S48.<br><br>Bompa, T. (2000). Total Training for Young Champions. Champaign, IL: Human Kinetics.<br><br>Borra, S., Schwartz, N., Spain, C., et al. (1995). Food, physical activity, and fun: inspiring America s kids to more healthful lifestyles. J Am Dietetic Assoc, 95: 816-818.<br><br>Brady, T., Cahill B., & Bodnar, L. (1982). Weight training related injuries in the high school athlete. Am J Sports Med, 10: 1-5.<br><br>Brown, E. & Kimball, R. (1983). Medical history associated with adolescent power lifting. Pediatrics, 72: 636-644.<br><br>Bulgakova, N., Vorontsov, A. Fomichenko, T. (1990). Improving the technical preparedness of young swimmers by using strength training. Soviet Sports Review, 25: 102-104.<br><br>Cahill, B. & Griffith, E. (1978). Effect of preseason conditioning on the incidence and severity of high school football knee injuries. American Journal of Sports Medicine, 6: 180-184.<br><br>Caine, D. (1990). Growth plate injury and bone growth: an update. Pediatric Exercise. Science, 2: 209-229.<br><br>Cassell, C., Benedict, M., & Specker, B. (1996). Bone mineral density in elite 7- to 9-yr-old female gymnasts and swimmers. Medicine and Science in Sports a