JFIFC    $ &%# #"(-90(*6+"#2D26;=@@@&0FKE>J9?@=C  =)#)==================================================d" }!1AQa"q2#BR$3br %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz w!1AQaq"2B #3Rbr $4%&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz ?Si*gx9߻VIh -S`# ǽOyjb"SAR]iWVq g47g`JV.d`TX^iBisRj(ȥ#=1T%Mu#b{}j͇ڒ3* 1җYq%XUU k;Zx䶺[*Hbx\liY[$pqڽ1$I1X$gy1^Cq[ Z7dg\Ws)5E1%U {Y?X%i4oE_ҹ[ xIASNFm2'!H =k M&Pԯ/Z]Ȋ@ɛxF<+Evgqh@:W[-Z~o]UA?*dޅxGRU8 )dLZ:=&wG)^KٕPC8"G5VSv1ұL1ywIEG[9!`vx NDz$ųh3Ee!*d.%$TlE@횣[-ޫm:I $}k@4YK<h܀H##sUS]ΚQN]Vx<~܏z^-IJ!zfC<7%c(kr+R^ YP|xsZ=YFJ2KM`60?URw@Fk^MdF v;A@A`p7coSBNd,ǖ\qNbAtXɫW,b*F0*Q= XG*㪐@J𵮧]jX搖e^|3|=it 1V'8  0iKAQsY7.>|q+`Go&ŴTbPq/SW ]Ios\ jx,8tB+:kދ6#nc.dYr0 ӊMl[:\e'v}IiAOk3bYHV,Ozݸf6cA2eZ{igԧBihy֯2r@l`t^t>lA0Fp+|3mo426`:)d'v GUQ%8Jr;[}ʷ}GPX9aP+$]cX^Ti.OFi BA韭a_j)e gSW341kq:VC)3t,f[[sH1oUkVWH 8]kb~4">iVniMsP|)#A+Fk Uu+0<4_k:o\r^ceR*SJuMm^:C"F>I LtVPVXaXJMSJ(%>v֕8-9 HMbBq!m7Q©y4|PċX){ֆ9yZޚRJe: I!';Hϭv=H渷`9\N<3Ƕ=+6Qʯ| pedRv5W #z7 g$I=WPڡ$¨+bi'sDV:&iPxumGP|ujYxmfDgی~Uk=v f$qksx y6ҧ=9;7Sm'%OH#UÚȰ1*`޹ A'5>VEdP$g$Zϑܾdy%'ޱG h0^Z:Hӣ5Z@$9SXEKhZqN!\SUt 4R,=o7,&T gY$ey4S%J@w})%b[ o2HSQ9%zhic^"-n1(hc*Tcr[9 Umt=inuk,(LMTzPs94y"zIK}Rzfo-Wr1ki_rUpPޫvp-|j]'DSYu KV6 }(#1+|ғQ7eD'Y~WohUK˛t0X@J[`2tԛ%UR\"[4$=*RC4wU_*ٰ.63~uo/MA8<#TuW:sA'ֆEA9/7#k{i?1fۻb+)4絘IRҮ-4jLS4U-XFT@9_m0&O89ϽQkͧynsDhI$5)p5>*y >U85n/ux"CX+E8 ~CBB}w\s3Qm&} S@H &m-aCVvXrF$Sa\.Snj'И`nzjZ <+1 r3ұln0ַC6urhLXԈ ceҚZ'vqq/ b8-1QZv<z s8E5?1\Mxuܗ]&R@(|CVi(ԧ" (~,t⠑xe,ִ1F^ =3)w8<>~^Vx%wwꋒGOdJMȿiwi:SwAxVZlwV, $YcV=^{-8Ka3ؑ[-׃1i8_ҹ4mmzqwZV'4S(r8^XSY՜yUhH}袢CݲX뗖ˊfUj2:K#` }h&/|1hPET.d/ E3c[^3+ؾxnx9ʨ# ($?HTd/xb qF2qT3 QE[؅2o7j:T6UXr~E:EDinetics. <br><br>Bailey, D., Martin, A. (1994). Physical activity and skeletal health in adolescents. Pediatric Exercise Science, 6: 330-347.<br><br>Bass, S. (2000). The prepubertal years. A uniquely opportune stage of growth when the skeleton is most responsive to exercise? Sports Medicine, 30: 73-78.<br>Blanksby, B. & Gregor, J. (1981). Anthropometric, strength, and physiological changes in male and female swimmers with progressive resistance training. Australian J Sport Sc, 1: 3-6.<br><br>Blimkie, C., Gisolfi, C., Lamb, D. (1989). Age- and sex-associated variation in strength during childhood: Anthropometric, morphologic, neurological, biomechanical, endocrinologic, <br>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