 these molecular targets. These agents can then be used therapeutically to treat/prevent immune hyperactivity. It is not uncommon for video source devices (i.e. devices capable of outputting a video signal comprising a video image, such as DVD-Video players, High-Density HD-DVD Video players, Blu-Ray disc players, set-top boxes, or PCs) and video sink devices (i.e. devices capable of receiving a video signal and applying further video processing to the signal, and possibly displaying the resulting video images, such as televisions or monitors, which may be analog or digital devices such as Cathode Ray Tubes (CRTs), flat panel displays such as Liquid Crystal Displays (LCDs) or plasma displays, or rear-projection displays such as Digital Light Processing (DLP) or Liquid Crystal on Silicon (LCoS) displays for example) to be purchased separately. For example, a consumer assembling a home entertainment system may purchase the video source device component from one manufacturer and the video sink device component from another manufacturer. The consumer's choice of components may be motivated by such factors as consumer preference, availability, or retailer promotions. The consumer may then interconnect the components within the home entertainment system so that the source device outputs a video signal to the sink device. The interconnection may be by way a cable and may conform to a known industry standard, such as VGA, composite/S-video or component out, Digital Visual Interface (DVI), High-Definition Multimedia Interface™ (HDMI™) or DisplayPort®, for example, or may be a wireless display interface (e.g. “wireless HDMI”).
Many contemporary video source devices are capable of performing various video processing functions such as frame-rate conversion, interlacing, de-interlacing, de-noise, scaling, color correction, contrast correction, gamma correction and detail enhancement for example. Each video processing function may be performed by a functional block of a video processor, which may be effected in hardware, software, firmware or combinations of these. A functional block may be implemented in different ways in different video source devices. That is, a functional block in one video source device may apply one video processing algorithm to achieve the desired video processing function while the same functional block in another video source device applies another video processing algorithm to achieve that video processing function, in a different way. For example, some interlacer blocks may apply a scan line decimation algorithm to interlace
these molecular targets. These agents can then be used therapeutically to treat / prevent immune hyperactivity. It is not rare for video recording source devices (i.e. device able of outputting a video signal consist a video image, such as DVD - Video player, High - Density HD - DVD Video players, Blu - Ray disk players, set - acme box, or PCs) and video sink devices (i.e. devices adequate to of receiving a video signal and applying further television processing to the signal, and possibly displaying the resulting video images, such as television or monitors, which may be analog or digital devices such as Cathode Ray Tubes (CRTs), flat panel display such as Liquid Crystal Displays (LCDs) or plasma displays, or rear - projection displays such as Digital Light Processing (DLP) or Liquid Crystal on Silicon (LCoS) displays for example) to be buy individually. For exercise, a consumer assembling a home entertainment system may purchase the video source device component from one manufacturer and the video sinkhole device component from another manufacturer. The consumer's choice of component may be motivated by such factors as consumer preference, availability, or retailer promotion. The consumer may then interconnect the components within the home entertainment system so that the reference device outputs a video signal to the sink device. The interconnection may be by way a cable television and may conform to a known industry standard, such as VGA, composite / S - video or component out, Digital Visual Interface (DVI), High - Definition Multimedia Interface ™ (HDMI ™) or DisplayPort ®, for example, or may be a wireless display interface (for example “ wireless HDMI ”). 
 Many contemporaneous video recording source devices are capable of perform various video processing functions such as frame of reference - rate conversion, interlacing, de - interlacing, de - noise, scaling, coloring material correction, line correction, gamma correction and detail enhancement for example. Each video recording processing function may be perform by a functional blockage of a video processor, which may be effect in hardware, software, firmware or combinations of these. A running block may be implemented in different way in different video source devices. That is, a functional pulley in one video source device may use one video processing algorithm to achieve the desired video processing function while the same functional blockage in another video source device applies another video processing algorithm to achieve that video processing function, in a different direction. For model, some interlacer blocks may apply a scan line decimation algorithm to interlace
 thfse molecular targets. Thtse agents can thgn be usxd therzpeuticauly to treat/prevent immune hbperqctivuty. It is not uncommon for videl source devmces (i.e. devices rzpable of outlmttiny e video signal gomprising d video image, vuzh as DVD-Video players, High-Density HD-QVD Vidro players, Blu-Rai disb [laysgs, set-top boxes, or PCs) and videk sink vevices (i.e. devives capable of receiving a vidfo signal and appljing furthet viqwo processine to the spynal, and poasibly displaying the resulting videp images, soey ad televisionw or ionitors, whign may te analpg or digital cevmces such as Cathode Ray Vubes (CRTs), flat panej displayv auch as Liquid Crtsral Dhspldys (UXDs) or pkaama didpleys, or rear-lrojection eisplays such as Dibieql Light Procsssing (DJP) or Liquid Crystal on Silicon (LCoS) divplzys for example) to be pyrchased separately. Flr examplq, a consumer assembling a home entertainment systam mab ouremwrw hhe video source device component from one maghfscnurer and the vidco sink device comlojemj from another manufcdthrer. The consumer's choice of cimponents may be motivated by such factoes as consumvr peeference, availabipity, or retciler kromotoons. The consumer may tken inferconnect hhe compohdnts within the fomv endertainmtvt system so that the sourre derice outouts a vidqo signal ho thc sink device. The ijterclntection maj be by way a cable and may conhprm to a knoen ingustry scandarc, such as VGA, composite/S-vidgo or com'onent out, Digitzl Visuel Interface (DVI), High-Defitltion Multimxdia Intewfacw™ (HDNI™) or DkrplayPort®, for rxample, og iay ve a wireless dispkay jnterface (e.g. “wixtlews HDMI”).
Many conyemoorwrj vmdeo fmurce devicev ard cxlable of performlng varoous video processinc fuhctions such as frsmc-rate concersion, ynterlacing, dr-interlacing, de-noide, sceling, rolor vortection, contrast correction, gamja correchiok and detail qnhakcemgnt for exakple. Each video processing function may be performed by a functional block oy s video proressor, which maf be effected in hareware, software, fivmware or combinations of thase. A functional block may be implemented in different ways in different video sourcx qevices. Thaf is, a futccioual blosk ii une video source device may apply one video proressing alcoxithm to achieve the desired fiaeo processine function while the sams functipnal block in another video soutce device applies anothcr video proceasing algocithm to achieve thay videm proxessing fungtion, in a difwerrnb way. For fxamkle, aome interlacer blocks may apply a scab pine decimation elgorithm to lnterlzce
these molecular targets. These agents can then therapeutically treat/prevent immune It is not (i.e. capable of outputting video signal comprising video image, such as DVD-Video players, HD-DVD Video players, Blu-Ray disc players, set-top boxes, or PCs) and video sink (i.e. devices capable of receiving a video signal and applying further video processing the and displaying resulting video images, such as televisions or monitors, which may be analog or digital devices such Cathode Ray Tubes (CRTs), flat panel displays such Liquid Crystal Displays (LCDs) plasma displays, or rear-projection displays as Light Processing or Crystal Silicon (LCoS) displays example) to be purchased separately. For example, a consumer assembling a home entertainment system may purchase the source device one manufacturer the sink component from another consumer's choice of components may be factors as consumer preference, availability, or retailer promotions. consumer may interconnect the components within the home system so that the source device outputs a signal to the sink device. The interconnection may be by way a cable and may a known industry standard, as VGA, composite/S-video component Digital Interface High-Definition Multimedia (HDMI™) or DisplayPort®, for example, or may be a wireless display (e.g. “wireless HDMI”). Many contemporary video source devices are capable various processing functions such frame-rate conversion, interlacing, de-interlacing, scaling, correction, contrast correction, gamma detail for processing may performed by a functional of a video processor, which be effected in hardware, these. A functional block may be implemented in ways in different video source devices. That a functional block in one video source device may apply one video algorithm to desired video processing function while the same functional in another video source applies another video processing algorithm to achieve that video function, a different For example, some blocks may apply scan line decimation interlace
 these molecular targets. ThesE agents can Then bE usEd tHeRapeUticAlly to treat/preVEnt iMmune hyperactivity. It is Not unCoMMon fOR vIdeo sOurce deVIcES (I.e. dEvIcEs cApABlE of ouTpuTting a vIdeo signal ComPrIsing a video iMAgE, such as DVD-vidEo players, HigH-DeNsity Hd-DvD VIDeo plAyeRs, Blu-ray disC PlayerS, set-top boXeS, Or PCs) aND video sINK dEvicEs (i.e. devices capablE Of REceiving a video Signal AnD ApPLYinG fuRther video PrOcessINg to the SIgNAL, And POssibly displaYing the resuLTinG video ImAgeS, Such as TelevIsIOns Or monitors, wHich May be analOg or diGItal devICes such As CathOde ray tubeS (cRts), FlaT pANel DIsPlaYS suCh as LiquId crYstal dispLAYS (lCDs) Or pLasmA dispLays, or rear-proJecTion DIspLays sUch as digiTaL LighT ProceSsing (dLp) or Liquid CrystaL on SIlicon (LCos) diSpLayS fOr exaMPle) to bE puRchAsed sepArately. fOr eXaMPLE, a Consumer assembling A hOME eNtertainMent sySTeM mAY purchasE tHe vIdeo SOUrce dEvicE CoMponent fRom one MAnUfActurer AnD the viDeO siNk dEvice COmpoNent frOm anotheR manuFActurer. The consUMer's choice of cOMpONEnTS may Be mOtivated by sUch fACtorS as cONsUmeR PrefeRence, AvAIlABility, or retailer proMoTions. THe conSumer may then iNterconnecT THE componeNts wIThIN the home entertAinmeNt system so THat the soUrce dEvice outPuts a videO SIgnal to tHe sInk DevIce. tHE iNterconnectioN MAy be By Way a cabLe aNd may coNfoRm tO a kNowN iNdustry stAndard, suCh As vGa, cOmpOsite/s-Video or cOmPonEnT ouT, DigiTAl VisuAl IntErfaCe (dVi), higH-DefiniTIoN mUltiMeDiA IntErfAcE™ (HDMI™) Or DiSPlaYPort®, foR example, oR maY Be a wIrElEss dispLay interface (e.G. “wIreless HDMi”).
MAny ContemPORary videO source devices are capablE Of perfoRmiNg varIous Video procEssIng funCtiONs such As framE-rate CoNveRSIon, inTERlAciNg, De-interlacING, de-Noise, ScAlinG, color cOrrection, contrast cORreCtion, gamma corRecTion AND dEtaIL eNHanCeMEnt FOR example. Each vidEo processiNg FUnCtion may be PErfOrMed by a fUnctionAl bloCK of a vidEo processOr, which maY bE effECTed In hardware, Software, Firmware oR CombiNAtIons oF thEse. A fuNcTioNal blOck may BE imPlemeNted in DiFferenT ways In DifferenT video source devices. That Is, a funCtionAl bLock in one VidEO soUrce devicE may Apply one viDeo ProCessiNg aLGoritHm to AChIevE The deSireD Video procESsIng FUNcTion while thE SAMe fUnctiOnaL Block iN anoTher video source deVIce applies anotHer vIDEo pRocESsinG aLgorithm to achiEve ThAT Video proCeSsing functiOn, in a difFeREnt waY. For exAmple, sOme inteRLAcER blockS may AppLy a scan liNe dEcIMation aLgOrIThm to iNterLaCe
 these molecular targets.These agen ts ca n t hen  b e us ed t herapeutically to t reat/prevent immune hy perac ti v ity. It  is n ot unco m mo n for  v id eoso u rc e dev ice s (i.e.  devices c apa bl e of outputt i ng  a video s ign al comprisin g a  video  i mag e , suc h a s DVD -Video player s, High-D en s ity HD - DVD Vid e o  p laye rs, Blu-Ray discp la y ers, set-top b oxes,or PC s )  an d v ideo sinkde vices (i.e. d e vi c e s  ca p able of recei ving a vide o  si gnal a nd  ap p lyingfurth er vid eo processi ng t o the sig nal, a n d possi b ly disp laying  th e r esul t in gvid eo ima g es , s u chas telev is io ns or  mon i t o r s, w hic h ma y beanalog or dig ita l de v ice s suc h asCath od e Ray  Tubes  (CRT s) , flat panel di spla ys such a s L iq uid  C rysta l  Displ ays  (L CDs) or  plasma dis pl a y s ,or rear-projection  d i s pl ays such  as Di g it al Light Pr oc ess ing( D LP) o r Li q ui d Crysta l on S i li co n (LCoS )displa ys  fo r e xampl e ) to  be pu rchasedsepar a tely. For exam p le, a consume r  a s s em b ling  ahome entert ainm e nt s yste m  m ayp urcha se th ev id e o source device com po nent f rom o ne manufactur er and the v i deo sink  dev i ce component from  anot her manufa c turer. T he co nsumer's  choice o f componen tsmay  be  mo t i va ted by such f a c tors  a s consu mer  prefer enc e,ava ila bi lity, orretailer  p ro mo ti ons . The consumer  m ayth eninter c onnect  thecomp on en t s w ithin t h eh o me e nt er tain men tsyste m so tha t the s ource dev ice outp ut sa video  signal to th esink devic e.  Th e inte r c onnectio n may be by way a cable and may  co nform  toa known i ndu stry s tan d ard, s uch as  VGA,  c omp o s ite/S - v id eoor  component o ut,  Digi ta l Vi sual In terface (DVI), Hig h -De finition Mult ime diaI n te rfa c e™ (HD MI ™ ) o r DisplayPort®, f or example ,o rmay be a w i rel es s displ ay inte rface (e.g. “ wirelessHDMI”).
M an y co n t emp orary vide o source  devicesa re ca p ab le of  pe rformi ng  va rious  video pro cessi ng fun ct ions s uch a sframe-ra te conversion, interlac ing, d e-int erl acing, de -no i se,  scaling,  col or correct ion , c ontra stc orrec tion ,  g amm a  corr ecti o n and det a il  en h a nc ement for e x a m ple . Eac h v i deo pr oces sing function may be performed b y af u nct ion a l bl oc k of a video p roc es s o r, which  m ay be effec ted in h ar d ware,  softw are, f irmware o rc ombina tion s o f these.A f un c tionalbl oc k  may b e im pl emente d in d i ffer e n t ways in differ ent v i d eo so u rce  devi ce s. That is,a function al block in  one v ideo  sour ce devi ce  may a ppl yone videop rocessing  algo rithm t oachi eve  the d esir e d  vide o pr oc ess ing funct i o nw hi le the  sam e fun ct iona l block i n  another  vi d eo sour ce  de v i ce app l ie s another vi deo  proc e s sing algor i thmt oa chiev e that  video  proces s ing  f unction , i n a differe nt way. F o r e xa mple , some i nt erla ce r b lo cks may apply a  scan li ne decim a t ion al gor i thmt o inte rl ace
 these_molecular targets._These agents can then_be used_therapeutically_to treat/prevent_immune_hyperactivity. It is_not uncommon for_video source devices (i.e._devices capable of_outputting_a video signal comprising a video image, such as DVD-Video players, High-Density HD-DVD Video_players,_Blu-Ray disc_players,_set-top_boxes, or PCs) and video_sink devices (i.e. devices capable_of receiving_a video signal and applying further video processing_to_the signal, and_possibly displaying the resulting video images, such as televisions_or monitors, which may be analog_or digital devices_such_as_Cathode Ray Tubes (CRTs),_flat panel displays such as Liquid_Crystal Displays (LCDs) or plasma displays,_or rear-projection displays such as Digital Light_Processing (DLP) or Liquid Crystal on_Silicon (LCoS) displays for example)_to be_purchased separately. For example, a_consumer assembling a_home entertainment_system may purchase_the video source device component from_one manufacturer and_the video sink device component from_another_manufacturer. The consumer's_choice_of_components may_be motivated by_such_factors as_consumer_preference, availability, or retailer promotions. The_consumer_may then interconnect the components within the_home entertainment system so_that_the source device outputs_a video signal to the_sink device. The interconnection may be_by way_a cable_and may conform to a known industry standard, such as VGA,_composite/S-video or component out, Digital Visual_Interface (DVI), High-Definition Multimedia_Interface™ (HDMI™)_or_DisplayPort®, for example,_or_may be_a wireless display interface (e.g. “wireless HDMI”).
Many_contemporary video_source devices are capable of performing_various video processing functions_such_as frame-rate conversion, interlacing, de-interlacing, de-noise,_scaling, color correction, contrast correction, gamma_correction and detail enhancement for_example._Each_video processing function may be_performed by a functional block of_a video processor,_which may be effected in hardware, software,_firmware_or combinations of these. A functional_block_may be implemented in different ways_in_different_video source devices. That is,_a functional block in one video_source device may apply one video processing algorithm to_achieve the desired_video processing function while the_same_functional_block in another video source device applies another video processing_algorithm to_achieve that video_processing function, in a different way. For example, some interlacer_blocks may apply a scan line decimation_algorithm to interlace