JFIFC    $ &%# #"(-90(*6+"#2D26;=@@@&0FKE>J9?@=C  =)#)==================================================" }!1AQa"q2#BR$3br %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz w!1AQaq"2B #3Rbr $4%&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz ?EqڤиQ5(➪@P0`S=i?om)(OjB`j=;S'=*_j+0}6_j`@Q0qQJ簢EˠSǸH;1Ͷuk1%`Gz]T,(/Pt {p+ǎd.Ӵ]2nykR+)\6D-^OyHǩ+!1SQrU?{cfŽНniU+Ӽ7E˕NS^'. L\3Kooxt |e权77`ΦP_({[*6IƘd2ǭii2U ~VzGlW&5I,BpO_νMt<2CXi^VJ>rnG%cJm*kI㴷T:@l`ft*?tT}M+Wu荥oj[jɊe] p:W Z:Bboμ mxD<4A$ߊA?c+ gQҽjE&kuÝ=Ա^O^&46t*e?:Y õ~V!ͽpmZd:d1̥a~5ř|RMi7?f,];5=*&*wBځ0?^␊x 5$k>ReF~v1NS,@_Rq\湥êBwyI"Sy~7Mqsw#3v`)K|dkk޹; >{[HdȻK9۷&i#G=)@S$r;ӵgʘo<ߥwylp\ 0p9Um)KQ&pI1>k;/1:'ZW@4-;I(bqX跖weU2aM'I&b\qتךDEkKd=YIҹYBkmC26KVͽĐ=͍C8zܭ2 ڡxeiX\]\>$XX5VZa-4 ~ ml_zlm6y KuBhwʲ8AL9P1F?YSk]>癳'nb&0qO&?J"Y'%𵜚lQ&?SKWUXy2.o Pxz&by 0U9f!8_9OU=VFqQEn+<*:?%"/?T-)nxNpj,@˺5A5Zo'GzEcVː1ăZJ.c>KtGVV?ֆd l?CүxSG[>4 maSw\Y]*_B]Hi P4XՖѕdH0l_tJ"63/=XWYluKhU!6~ӡ8!EcFp4v&1zEm )mgֱuL]b̊ZAꈭkY?mF1>.omYvba{ T:'c3Pvw{:71֖loے#^XVVpN:4LB%)YhupWjKX"@ U$A=*敡0Aviv3XL"~sUN-zʳ`ܚԋ]T\=j=ǓR[[ J#s^-ji(Bs gL R\x>n5+8یO]ϞiQENRt/VuŬNQӚڒO,sI2cco Iu(\qzL'!.QLQQ0qEhfk=>CMnA#ִ *?-UL 6hMѰ)"CF}'d@sUy`})Y0Fz| p98qy:{Qs^*1޼Y^iz 9>[h〣k֤!Rn8s^g =2Xt sԑxSRd=s~\lgWCh%k5]Bd cd?[cwRJǴchX<+ڷUw:CrQD5uK$XdIYx^)-˨.#l!p f,'(v~B5Ur9Ǧzk '!0ʤp}#a ءԴױ$JH?RzӗĖ:FPOXN7GNmw=7JR\1 sF/-(޶.EU O=1\z구%IcYfo]!Xc]9><Vl#{8ZZ{K)"wS!$gCwK9 *L2vUlcƯu&m:cO.!«څtͽ~BǑۉ!zaR6*6+ÚD\O^!8(8U 0#Uc͜sӏz*MΕpDfX;ÑI܏qڬ< UxOd;?)vck$~q5ks.㙚0%ʟ1R)luHg#(03R!Xfɶ,),*4灎5k#R οmc{9sYr'ȌcU9F?]G!L&7䄞H8XcM,#y9`vVOaןQTث ]듌VdV5΁s25<}USe<#T Gh$A*ޥvłĻJdF+(8*+sId;cD!>H]([ܹ":F2K0ʇBAd^:nP'773L6l kg{q{Et9SZmJűPZSN/4,7`K4B@Wkkg_ƧM:]>gB1@st$amw ouqs,]G>:q+˓=LOO֭GqP93Shhpu\6ԪK^9T;qN9fn #u-;%o/T*`Ƹk:`y[oc׫2` UC 2zz;_rOl20~x u-:$qgtRʍN*".~lVs!) GOdaPm=Ėdrx?^^݋s;0M&sڰI֮-";#m0_zoesn'H i漯>i.gQi/^z4ΪH5+MByW)̧ԟV$Mz3^U[\ޭ{E[pFt?gW тGg?ҷ@b`$/ S%i45;W]2;@wNMeYO3d{Kg:z H It has never been shown scientifically or clinically that the periodic imposition of large forces by weight training on the growing body causes damage to the epiphysial plates, says Siff, in his book Facts and Fallacies of Fitness.  It is extremely misleading to focus on the alleged risks of weight training on children when biomechanical research shows that simple daily activities such as running, jumping, striking or catching can impose far greater forces on the musculoskeletal system than very heavy weight training. <br>To illustrate his point, Siff compared the stress of squatting with running.  Suppose that one child runs a few hundred meters a day in some sporting or recreational activities. This can easily involve several thousand foot strikes in which the reaction force imposed on the body can easily exceed 4 times bodyweight with every stride. Now let another child do a typical average weight training session with 3-5 sets of squats (say, with 10 reps, 8, 6 and 4 reps), with bodyweight or more for the last set. That bodyweight is divided between the two legs, so that, even taking acceleration into account, the loading per leg is bodyweight or a little more, while the spine is subjected to the full load on the bar. In other words, the legs and spine in controlled squatting are exposed to significantly less force than in running and jumping. Normally, exercises such as squatting will be done no more than twice a week for a total of about 60 repetitions, while the running child will run every day and subject the body to those many thousands of impulsive foot strikes. <br> It does not require much scientific knowledge or computational genius to see that the cumulative loading imposed by simple running activities on the lower extremities and the spine is far greater than the cumulative load of two or three times a week of weight training. Does this now mean that we are justified in recommending that children not be allowed to run, jump, throw or catch because biomechanical research definitely shows that sch activities can produce very large forces on many parts of the growing body? <br>It should be obvious then that there is nothing wrong with running and other normal activities of childhood, and therefore no reason to disallow activities of lesser impact, such as carefully structured programs of weight training.<br>Siff also notes that bone density scans have proven that youngsters who do competitive weightlifting (i.e., the snatch and the clean and jerk) have higher bone densities than children who do not use weights, and that clinical research has not shown any correlation between weight training and epiphysial damage. Further, an extensive Russian study on young athletes, published in a book entitled School of Height, concluded that heavy lifting tends to stimulate bone growth in young athletes rather than inhibit it.<br>Two possible reasons for the fear that weight training could stunt growth are that weightlifters tend to possess more muscle mass than other athletes and that smaller athletes are attracted to the sport. In gymnastics, t