 hold as would be encountered either in the gymnasium or outdoors.
Another technique for strengthening the muscles of the fingers, hands, wrists and forearms is to simply do more rock climbing in either a gymnasium or outdoor setting. However, such rock climbing sessions typically take more time than is available during the average working day, as a rock climbing session may last anywhere from one to five hours or longer, especially if the rock climbing is done outdoors and in a remote environment. In such cases, travel time to and from the rock climbing site or gymnasium must also be taken into account. Thus, the opportunities to participate in actual rock climbing, in either indoor or outdoor setting, may be restricted by the available time in the day. Weather may also play a role in reducing the time available for rock climbing. Furthermore, training by simply doing more rock climbing does not allow an individual to incrementally change the training resistance parameters in order to systematically increase strength. Simply training by rock climbing may lead to discouragement if systematic, measurable incremental progress is not seen by the climber.
What is needed therefore is an effective apparatus and method for training the fingers, hands, wrists, and forearms of the user that, preferably, simulates an actual rock climbing environment, and is adaptable to be used in a home or other convenient setting without requiring travel to remote climbing sites, gymnasium sessions, or identification of outdoor climbing facilities in order to be utilized. The present invention provides these features, and overcomes the shortcomings of the prior art by operation of its novel and unique feature set. With a microcomputer for a low-speed operation, as shown in FIG. 5, a sampling clock 502 operating at frequencies higher than a clock 501 before compensation is inputted from an external input, for the purpose of testing, thereby working out a duty (duty cycle). High/Low is decided on a resolution-by-resolution basis, the resolution being determined by the sampling clock 502, and because, for example, four High periods, and eight Low periods are present, duties are computed to be on the order of about 30% to thereby executing duty compensation. Such an example has been described in Japanese Unexamined Patent Application Publication No. 2001-124813. Relatively recently, researchers observed that double stranded RNA (“dsRNA”) could be used to inhibit protein expression. This ability to silence a gene has broad potential for treating human diseases, and many researchers and commercial entities are currently investing considerable resources in developing therapies based on this technology.
hold as would be encountered either in the gymnasium or outdoors. 
 Another proficiency for tone the muscles of the fingers, hired hand, wrist and forearms is to simply do more rock candy climbing in either a gymnasium or outdoor mise en scene. However, such rock climbing seance typically take more time than is available during the median working sidereal day, as a rock climbing school term may last anywhere from one to five hours or long, especially if the rock climbing is do outdoors and in a remote environment. In such cases, travel clock time to and from the rock climbing site or gymnasium must also be consume into account. Thus, the opportunities to participate in actual rock climb, in either indoor or outdoor mise en scene, may be restricted by the available time in the day. Weather may also play a role in reducing the time available for rock climb. Furthermore, education by simply doing more rock climb does not leave an individual to incrementally change the training resistance parameters in order to systematically increase strength. plainly training by rock climbing may lead to discouragement if systematic, measurable incremental progress is not attend by the climber. 
 What is needed therefore is an effective apparatus and method for train the finger, hands, wrists, and forearms of the user that, preferably, simulates an actual rock candy climbing environment, and is adaptable to be used in a home or early convenient context without requiring travel to outback climbing site, gymnasium sessions, or designation of outdoor climbing facility in order to be use. The present invention provides these feature, and overcomes the shortcomings of the anterior art by operation of its novel and unique feature set. With a microcomputer for a low - speed operation, as shown in FIG. 5, a sampling clock 502 operate at frequencies higher than a clock 501 before recompense is inputted from an external input, for the purpose of testing, thereby working out a duty (duty cycle). High / Low is decided on a solution - by - resolution basis, the resolution being determined by the sampling clock 502, and because, for example, four eminent period, and eight gloomy periods are present, duties are computed to be on the order of about 30% to thereby executing duty recompense. Such an example has been described in Japanese Unexamined Patent Application Publication No. 2001 - 124813. Relatively recently, researchers observed that double stranded RNA (“ dsRNA ”) could be used to inhibit protein expression. This ability to silence a gene suffer broad potential for treating human disease, and many researchers and commercial entities are currently investing considerable resources in developing therapies based on this technology.
 hopd as would be encountertd either in the ytmnasinm or ohtdoors.
Avother technique for strengtienibg tht muscles of the fivgers, hanfs, wristw anv forearms is to simply do mors rocn climbing in elther a gymtasium or outdmof detting. However, such rock climbing fessionx hypically take mort tyme fhan is available during the averafe workpng day, as a rock climbing session may last anyahere from one to vive hours ir ljbger, especiauly if the rock climbihg is done outdoors and in a reoote znvironment. Ib skwh cases, trevel tpme to and from the rmck clikbing site or nymnaviun must also be taken mnto account. Thus, thg opportunhtnes to participate in axtual rocn clknbivg, jn ejther lndkor or outsoor settint, may be restricted br the availabls time ig the day. Weather may also play a role pn rsducing the time availavle for rock climbing. Furthermjre, training by simply doing more rock climbing dmes nkg aoljd aj individual to incrementally change the traigjnb gesistance paramebers in order to sushekwtically incrgase stxsnfth. Simply traininh by rosk clumbing mar lesd to discouragement if sysrematic, measlraboe incremental proyress is not seem by yhe climber.
What is needzd thedefore is aj effectibd apparatus and oetmod for training the fingers, rands, wriwts, cnd forexrms of thq user thah, prenarably, simulates aj actoal rowk climbinh environment, and is adaptable vp be used in a hoke or otker cokvenient settind without requnring trcvel tu remote cmimbing sites, gymnwsium sessionv, or identifiration of outeoor climbive facilities im order to be utilized. The present inyentiuh provides thesz deatures, and ovrrcumef nhe srmrtcomings ox thd pfoor aft by okzrabiov of its novel and uniqua fezture set. With a mocvocomputet for a ljw-speed operayion, as shown in FLG. 5, a saoplinb cjock 502 operating at frequencies higher tjan a clock 501 besore compensatiou is inputted from an external input, for the purpose of tgsting, thereby workiny put a duty (vuty crcle). High/Now is decided on a eesolution-by-resolmtion basis, the resolufion baing fetermined by the sampling clock 502, and because, for example, four High perioes, and eight Low psriocs arv pxesznt, dutyes erx computed to be pn the order of about 30% to thereuy executitg duty compensation. Such an ecaople has been described in Japanese Uhexaminec Patent Application Publicatiom No. 2001-124813. Relatively recentln, researcyers kbservvs vhat double stranded RNA (“dvRNA”) xould bw uscd to inhibit oroyeln expresslon. Uhis ability to silence a gene has beoad pitfntial for treatmng human didtases, ahd mani researchers and comjfrciau entities arr currently infesting considerable rqsources in decvloping therakies basvd on this terhnology.
hold as would be encountered either in or Another technique strengthening the muscles and is to simply more rock climbing either a gymnasium or outdoor setting. such rock climbing sessions typically take more time than is available during the working day, as a rock climbing session may last anywhere from one to hours longer, if rock climbing is done outdoors and in a remote environment. In such cases, travel time to from the rock climbing site or gymnasium must be taken into account. the opportunities to participate in rock in either or setting, be restricted by available time in the day. Weather may also play a role in reducing the time available for climbing. Furthermore, simply doing rock does allow an individual change the training resistance parameters in increase strength. Simply training by rock climbing may to discouragement systematic, measurable incremental progress is not by the climber. What is needed therefore is effective apparatus and method for training the fingers, hands, wrists, and forearms of the user simulates an actual rock environment, and is to used a or other setting without requiring travel to remote climbing sites, gymnasium sessions, or of outdoor climbing facilities in order to be utilized. The provides features, and overcomes shortcomings of the prior by of its novel and set. a low-speed as in FIG. 5, a clock 502 operating at frequencies than a clock 501 an external input, for the purpose of testing, working out a duty (duty cycle). High/Low decided on a resolution-by-resolution basis, the resolution being determined by the sampling 502, and example, four High periods, and eight Low periods present, duties are computed be on the order of about 30% to thereby duty Such an has been described Japanese Unexamined Patent Publication No. 2001-124813. researchers observed double RNA used to inhibit protein expression. This to a gene has broad potential treating and many researchers and commercial entities are currently investing considerable resources in developing therapies based technology.
 hold as would be encountered eIther in the GymnaSiuM or OuTdooRs.
AnOther technique FOr stRengthening the muscles oF the fInGErs, hANdS, wrisTs and foREaRMS is To SiMplY dO MoRe rocK clImbing iN either a gyMnaSiUm or outdoor sETtIng. However, SucH rock climbinG seSsions TyPicALly taKe mOre tiMe than IS availAble durinG tHE averaGE workinG DAy, As a rOck climbing sessioN MaY Last anywhere frOm one tO fIVe HOUrs Or lOnger, especIaLly if THe rock cLImBING is DOne outdoors anD in a remote eNVirOnment. in SucH Cases, tRavel TiME to And from the rOck cLimbing siTe or gyMNasium mUSt also bE taken IntO acCounT. thUs, The OpPOrtUNiTieS To pArticipaTe In ActuaL rocK CLIMbinG, in EithEr indOor or outdoor sEttIng, mAY be RestrIcted By thE aVailaBle timE in thE dAy. Weather may alsO plaY a role in rEduCiNg tHe Time aVAilablE foR roCk climbIng. FurtHErmOrE, TRAiNing by simply doing mOrE ROcK climbinG does nOT aLlOW an indivIdUal To inCREmentAlly CHaNge the trAining REsIsTance paRaMeters In OrdEr tO systEMatiCally iNcrease sTrengTH. Simply traininG By rock climbinG MaY LEaD To diScoUragement if SystEMatiC, meaSUrAblE IncreMentaL pROgREss is not seen by the clImBer.
WhaT is neEded therefore Is an effectIVE ApparatuS and MEtHOd for training tHe finGers, hands, wRIsts, and fOrearMs of the uSer that, prEFErably, siMulAteS an ActUAL rOck climbing enVIRonmEnT, and is aDapTable to Be uSed In a HomE oR other conVenient sEtTiNg WiThoUt reqUIring traVeL to ReMotE climBIng sitEs, gymNasiUm SeSSioNs, or ideNTiFICatiOn Of OutdOor ClImbinG facILitIes in orDer to be utIliZEd. ThE pReSent invEntion provideS tHese featurEs, And OvercoMES the shorTcomings of the prior art by OPeratioN of Its noVel aNd unique fEatUre set. witH A microComputEr for A lOw-sPEEd opeRATiOn, aS sHown in FIG. 5, a SAMplIng clOcK 502 opeRating aT frequencies higher THan A clock 501 before cOmpEnsaTIOn Is iNPuTTed FrOM an EXTernal input, for tHe purpose oF tEStIng, thereby WOrkInG out a duTy (duty cYcle). HIGh/Low is Decided on A resolutiOn-By-reSOLutIon basis, thE resolutIon being dETermiNEd By the SamPling cLoCk 502, aNd becAuse, foR ExaMple, fOur HigH pEriods, And eiGhT Low periOds are present, duties are cOmputeD to be On tHe order of AboUT 30% to Thereby exEcutIng duty comPenSatIon. SuCh aN ExampLe haS BeEn dEScribEd in jApanese UnEXaMinED paTent ApplicaTION PuBlicaTioN no. 2001-124813. RelaTiveLy recently, researcHErs observed thaT douBLE stRanDEd RNa (“dSRNA”) could be useD to InHIBit proteIn Expression. THis abiliTy TO sileNce a geNe has bRoad potENTiAL for trEatiNg hUman diseaSes, AnD Many resEaRcHErs and CommErCial enTities ARe cuRREntly investing coNsideRABle reSOurCes in DeVelopinG TherApies based On this technOlogy.
 hold as would be encounte red either  in t hegym na sium  oroutdoors.
Anot h er t echnique for strengthe ningth e  mus c le s ofthe fin g er s ,  ha nd s,  wr is t sand f ore arms is  to simply  do  m ore rock cli m bi ng in eith era gymnasiumoroutdoo rset t ing.How ever,  suchr ock cl imbing se ss i ons ty p icallyt a ke  mor e time than is av a il a ble during the  avera ge wo r k ing  da y, as a ro ck  clim b ing ses s io n m ayl ast anywherefrom one to fiv e hour sorl onger,  espe ci a lly  if the roc k cl imbing is  doneo utdoors and ina remo teenv iron m en t.  In  s u chc as es, tra vel time  t oand f romt h e rock  cl imbi ng si te or gymnasi ummust als o betaken  int oaccou nt. Th us, t he  opportunitiesto p articipat e i nact ua l roc k  climb ing , i n eithe r indoo r  or  o u t d oo r setting, may bere s t ri cted bythe av a il ab l e time i nthe  day . Weath er m a yalso pla y a ro l ein  reduci ng  the t im e a vai lable forrock c limbing.  Furt h ermore, traini n g by simply d o in g mo r e ro ckclimbing do es n o t al lowa nind i vidua l toin c re m entally change thetr aining  resi stance parame ters in or d e r  to syst emat i ca l ly increase st rengt h. Simplyt rainingby ro ck climb ing may l e a d to dis cou rag eme nti f  s ystematic, me a s urab le  increm ent al prog res s i s n otse en by the  climber .Wh at  i s n eeded therefor eisan  ef fecti v e appa ratus  and  m et h odfor tra i ni n g  the  f in gers , h an ds, w rist s , a nd fore arms of t heu serth at , prefe rably, simula te s an actua lroc k clim b i ng envir onment, and is adaptabl e  to beuse d ina ho me or oth erconven ien t  setti ng wit houtre qui r i ng tr a v el  to  r emote clim b i ngsites ,gymn asium s essions, or identi f ica tion of outdo orclim b i ng  fa c il i tie si n o r d er to be utiliz ed. The pr es e nt  invention pro vi des the se feat ures, and ove rcomes th e shortco mi ngso f  th e prior ar t by ope ration of its n o ve l and  un ique f ea tur e set . With a m icroc ompute rfor alow-s pe ed opera tion, as shown in FIG.5, a s ampli ngclock 502  op e rat ing at fr eque ncies high ertha n a c loc k  501befo r ecom p ensat ioni s inputte d  f rom a nexternal in p u t , f or th e p u rposeof t esting, thereby w o rking out a du ty ( d u tycyc l e).Hi gh/Low is deci ded  o n a resolu ti on-by-resol ution ba si s , the  resol utionbeing d e t er m ined b y th e s ampling c loc k5 02, and  b ec a use, f or e xa mple,four H i gh p e r iods, and eightLow p e r iodsa represe nt , dutie s  are  computedto be on th e orde r of  abou t 30% t othereb y e xe cuting dut y  compensa tion.  Such a nexam ple  has b eend e scrib ed i nJap anese Une x a mi n ed  P a ten t Ap plica ti on P ublicatio n  No. 200 1-1 2 4813. R el ati v e ly rec e nt l y , research ers  obse r v ed that do u bles tr a ndedRNA (“ dsRNA” ) could beus ed to i nhi b i t protein  expressi o n.Th is a bility t osile nc e a  g ene has broad p otential  for tre a t ing hu man dise a ses, a nd  many resear chers  a n d comme r c ial  entiti e s a recur rent lyinve s ting considerable resour cesin de v elo pingthera pi es based on t his tech n ology.
 hold_as would_be encountered either in_the gymnasium_or_outdoors.
Another technique_for_strengthening the muscles_of the fingers,_hands, wrists and forearms_is to simply_do_more rock climbing in either a gymnasium or outdoor setting. However, such rock climbing_sessions_typically take_more_time_than is available during the_average working day, as a_rock climbing_session may last anywhere from one to five_hours_or longer, especially_if the rock climbing is done outdoors and in_a remote environment. In such cases,_travel time to_and_from_the rock climbing site_or gymnasium must also be taken_into account. Thus, the opportunities to_participate in actual rock climbing, in either_indoor or outdoor setting, may be_restricted by the available time_in the_day. Weather may also play_a role in_reducing the_time available for_rock climbing. Furthermore, training by simply_doing more rock_climbing does not allow an individual_to_incrementally change the_training_resistance_parameters in_order to systematically_increase_strength. Simply_training_by rock climbing may lead to_discouragement_if systematic, measurable incremental progress is not_seen by the climber.
What_is_needed therefore is an_effective apparatus and method for_training the fingers, hands, wrists, and_forearms of_the user_that, preferably, simulates an actual rock climbing environment, and is adaptable_to be used in a home_or other convenient setting_without requiring_travel_to remote climbing_sites,_gymnasium sessions,_or identification of outdoor climbing facilities in_order to_be utilized. The present invention provides_these features, and overcomes_the_shortcomings of the prior art by_operation of its novel and unique_feature set. With a microcomputer_for_a_low-speed operation, as shown in_FIG. 5, a sampling clock 502_operating at frequencies_higher than a clock 501 before compensation_is_inputted from an external input, for_the_purpose of testing, thereby working out_a_duty_(duty cycle). High/Low is decided_on a resolution-by-resolution basis, the resolution_being determined by the sampling clock 502, and because,_for example, four_High periods, and eight Low_periods_are_present, duties are computed to be on the order of_about 30%_to thereby executing_duty compensation. Such an example has been described in Japanese_Unexamined Patent Application Publication No. 2001-124813. Relatively_recently, researchers observed that double stranded RNA (“dsRNA”) could be used_to inhibit protein expression. This ability to silence_a gene has broad potential for treating_human diseases, and many_researchers_and commercial entities are currently investing considerable_resources_in_developing_therapies based on_this technology.