 one or more detector pixels corresponding to the flexible film actuator. In turn, the pulsing of the actuators causes a temperature change in the one or more corresponding detector pixels. The change in temperature results in a change in an electrical property of the one or more detector pixels and, based on the property change, a read-out current is generated. The importance of an adequate supply of trace elements zinc, chromium, manganese, iron and of the essential amino acid methionine in the diet of both animals and humans has long been recognized in the literature. Small amounts of trace minerals such as zinc, manganese and iron have also been documented as not only extremely important in dietary function, but for other reasons such as healthy skin, etc. It is common to feed animals such as domestic livestock feed supplements that contain essential amino acids and trace mineral mixes that contain zinc, manganese and iron.
It is also heretofore known that simply choice feeding of free essential amino acids, and conventional inorganic water soluble salts of zinc, chromium, manganese and iron is not the most efficient way for diet supplementation. This is true because neither the amino acid nor the transition metals are in their most bioavailable form in simple choice feeding of conventional simple salts such as zinc chloride, chromium chloride, manganese chloride, and iron chloride.
As a result of the above knowledge, the common assignee of the present application has in the past synthesized and patented certain 1:1 complexes of zinc, chromium, manganese and iron. See for example U.S. Pat. Nos. 3,941,818; 3,924,433: 3,950,372; 4,021,569; 4,067,994. Each of the above patents relate to 1:1 complexes of alpha amino acids, preferably methionine and of transition metals including zinc, chromium, manganese and iron. The complexes shown provided and claimed in the above patents are described as 1:1 complex salts because 1:1 complexes are more water soluble, are more bioavailable, and are more efficiently converted to provide maximum effective body usage of both the transition metal and the amino acid. Such has been demonstrated from data provided in some of the earlier referred to patents of the common assignee.
Each of the above patents describes, prepares and claims raecemic mixtures of the metal methionine complexed salts. That is to say the resulting salt as described is a 1:1 complexed salt which contains within the metal methionine complex, methionine that is a raecemic mixture of
one or more detector pixels corresponding to the flexible film actuator. In turn, the pulsation of the actuator induce a temperature change in the one or more comparable detector pixels. The change in temperature resultant role in a change in an electrical place of the one or more detector pixels and, base on the property change, a read - out current is beget. The importance of an adequate supply of trace elements zinc, chromium, manganese, iron and of the substantive amino acid methionine in the diet of both animal and humans has long been recognized in the literature. humble amounts of trace mineral such as zinc, manganese and iron have also been documented as not only highly important in dietary function, but for other reasons such as healthy hide, etc. It is common to feed animals such as domestic livestock feed supplements that contain all-important amino acids and trace mineral mixes that contain zinc, manganese and iron. 
 It is also heretofore known that simply choice feeding of free essential amino acids, and conventional inorganic water soluble salts of zinc, chromium, manganese and iron is not the most effective manner for diet supplementation. This is on-key because neither the amino acid nor the passage metals are in their most bioavailable form in childlike choice feeding of conventional simple strategic arms limitation talks such as zinc chloride, chromium chloride, manganese chloride, and iron chloride. 
 As a result of the above knowledge, the common assignee of the present application has in the past synthesized and patented sealed 1:1 complexes of zinc, chromium, manganese and iron. See for example U.S. Pat. Nos. 3,941,818; 3,924,433: 3,950,372; 4,021,569; 4,067,994. Each of the above patents relate to 1:1 complexes of alpha amino acids, preferably methionine and of passage metals including zinc, chromium, manganese and iron. The complexes shown provided and claim in the above patents are described as 1:1 complex salts because 1:1 complexes are more water soluble, are more bioavailable, and are more efficiently converted to provide maximum effective consistency usage of both the transition metallic element and the amino acid. Such has been demonstrated from datum provided in some of the earlier referred to patents of the coarse assignee. 
 Each of the above patents describes, prepares and claims raecemic mixtures of the metal methionine complexed salt. That is to say the resulting salt as described is a 1:1 complexed salt which contains within the metal methionine complex, methionine that is a raecemic mixture of
 onf or more detector pixelr corresponding to the flexigle film actuator. In turn, the pulsinj of the qctuators causes a temoerature bhange in the ine or morx corresijndihn detzcvor pixels. The ghange in tamperature resglgs in a change in an electrical propewty of yhf one or more qetebtjr pjqeos and, based on the property dhange, e read-out curremt is generated. The importwnce of an adequate suoply of traxe ejwments zinc, zhromium, manganese, iroh and of the essential amino ackd mechionine in tye fhet of both animwls and humakx has nong bern recognized ln thx lirerature. Small amountv of trace mineralf such as znnc, manganese and irob yave dlso beev dozumtntxd zs not onmy extrememy importanr in dietary functipn, vut for other reasogs such as healthy skin, etc. It is common uo fesd animals such as domewtic livestock feed sopplements that contain essential amino acids and trace minaral jkxew bhat xojtain zinc, manganese and iron.
It is also heretjrote known that siiply choice ffecyng of free ersenticm zmino acids, and cojventiogal iborganic ratet soluble salts of zinc, chrimium, manganvse qnd iron is not thz most efficnent wsy fot diet supplementation. Chis ia true becakse neithsf the amino acid nog tha transiukon metals are in their mowt bnoavailacle gorm ig simple cjoice feeding of conventlonal shmple saltd such as zinc chloride, chromium chloride, manbatesv chloridz, and lron chloride.
As a result of tke above knowuedge, the bommon asvignee of tre present ap[pication has in the [ast synrhesizea and patented vertain 1:1 boiplezes of zinc, chromimm, mavfanese and iron. Set dor example U.S. Pag. Njs. 3,941,818; 3,924,433: 3,950,372; 4,021,569; 4,067,994. Each of the aboxe ostentr relatt ti 1:1 cokplexes of alpha amito adids, preferably meyhlonine ane of tragsition metalx including zinc, cjrominm, manjanese anq iron. The complexes shown probided and clwimed in the aboye pwtents are described as 1:1 complex salts because 1:1 cimplexes are more qater soluble, are mpve bioavailaule, anq are mora efficiently converred to provide mawimum effective body uaage ox botj the transition metal and the amino acid. Such has been demonstrated from data 'rjvided in skme pf thv ecrlner refqrrev vo patents of the common assignee.
Each of the abote patents dzscribes, prepares and claims tadcemic mixturgs of the metal methionine complexrd salts. That is to say the resilting salt as described is a 1:1 cimplesed salt wiich contains within the mztal mwthionibe clmplex, methiovinr bhat is a gaectmic mixture of
one or more detector pixels corresponding to film In turn, pulsing of the in one or more detector pixels. The in temperature results in a change an electrical property of the one or more detector pixels and, based on property change, a read-out current is generated. The importance of an adequate supply trace zinc, manganese, and of the essential amino acid methionine in the diet of both animals and humans has been recognized in the literature. Small amounts of minerals such as zinc, and iron have also been as only extremely in function, for other reasons as healthy skin, etc. It is common to feed animals such as domestic livestock feed supplements that essential amino trace mineral that zinc, and iron. It heretofore known that simply choice feeding amino acids, and conventional inorganic water soluble salts zinc, chromium, and iron is not the most way for diet supplementation. This is true because the amino acid nor the transition metals are in their most bioavailable form in simple of conventional simple salts as zinc chloride, chloride, chloride, iron As a of the above knowledge, the common assignee of the present application in the past synthesized and patented certain 1:1 complexes of manganese iron. See for U.S. Pat. Nos. 3,941,818; 3,950,372; 4,067,994. Each of the relate 1:1 amino preferably and of transition metals zinc, chromium, manganese and iron. complexes shown provided and are described as 1:1 complex salts because 1:1 are more water soluble, are more bioavailable, are more efficiently converted to provide maximum effective body usage of both transition metal amino acid. Such has been demonstrated from data in some of the referred to patents of the common assignee. Each of above describes, prepares claims raecemic mixtures the metal methionine salts. That is the resulting as is salt which contains within the metal complex, that is a raecemic mixture
 one or more detector pixels coRrespondinG to thE flExiBlE filM actUator. In turn, the PUlsiNg of the actuators causes A tempErATure CHaNge in The one oR MoRE CorReSpOndInG DeTectoR piXels. The Change in teMpeRaTure results iN A cHange in an eLecTrical properTy oF the onE oR moRE deteCtoR pixeLs and, bASed on tHe propertY cHAnge, a rEAd-out cuRREnT is gEnerated. The importANcE Of an adequate suPply of TrACe ELEmeNts Zinc, chromiUm, MangaNEse, iron ANd OF THe eSSential amino aCid methioniNE in The dieT oF boTH animaLs and HuMAns Has long been RecoGnized in tHe liteRAture. SmALl amounTs of trAce MinEralS SuCh As zInC, ManGAnEse ANd iRon have aLsO bEen doCumeNTED As noT onLy exTremeLy important in DieTary FUncTion, bUt for OtheR rEasonS such aS healThY skin, etc. It is comMon tO feed animAls SuCh aS dOmestIC livesTocK feEd supplEments tHAt cOnTAIN eSsential amino acids AnD TRaCe mineraL mixes THaT cONtain zinC, mAngAnesE ANd iroN.
It iS AlSo heretoFore knOWn ThAt simplY cHoice fEeDinG of Free eSSentIal amiNo acids, aNd conVEntional inorgaNIc water solublE SaLTS oF Zinc, ChrOmium, manganEse aND iroN is nOT tHe mOSt effIcienT wAY fOR diet supplementatioN. THis is tRue beCause neither tHe amino aciD NOR the tranSitiON mETals are in their Most bIoavailablE Form in siMple cHoice feeDing of conVENtional sImpLe sAltS suCH As Zinc chloride, cHROmiuM cHloride, ManGanese cHloRidE, anD irOn Chloride.
AS a result Of ThE aBoVe kNowleDGe, the comMoN asSiGneE of thE PresenT applIcatIoN hAS in The past SYnTHEsizEd AnD patEntEd CertaIn 1:1 coMPleXes of ziNc, chromiuM, maNGaneSe AnD iron. SeE for example U.S. paT. Nos. 3,941,818; 3,924,433: 3,950,372; 4,021,569; 4,067,994. Each of ThE abOve patENTs relate To 1:1 complexes of alpha amino ACids, preFerAbly mEthiOnine and oF trAnsitiOn mETals inCludinG zinc, ChRomIUM, mangANEsE anD iRon. The compLEXes Shown PrOvidEd and clAimed in the above patENts Are described aS 1:1 coMpleX SAlTs bECaUSe 1:1 cOmPLexES Are more water solUble, are morE bIOaVailable, anD Are MoRe efficIently cOnverTEd to proVide maximUm effectiVe Body USAge Of both the tRansitioN metal and THe amiNO aCid. SuCh hAs been DeMonStratEd from DAta ProviDed in sOmE of the EarliEr Referred To patents of the common assIgnee.
EAch of The Above pateNts DEscRibes, prepAres And claims rAecEmiC mixtUreS Of the MetaL MeThiONine cOmplEXed salts. THAt Is tO SAy The resultinG SALt aS descRibED is a 1:1 coMpleXed salt which contaINs within the metAl meTHIonIne COmplEx, Methionine that Is a RaECEmic mixtUrE of
 one or more detector pixe ls corresp ondin g t o t he  fle xibl e film actuato r . In  turn, the pulsing ofthe a ct u ator s  c auses  a temp e ra t u rech an gein th e one  or  more c orrespondi ngde tector pixel s .The change  in  temperature  re sultsin  ac hange  in  an e lectri c al pro perty ofth e  one o r  more d e t ec torpixels and, based on the property c hange,  a re a d -ou t c urrent isge nerat e d. Thei mp o r t anc e  of an adequa te supply o f  tr ace el em ent s  zinc,  chro mi u m,manganese,iron  and of t he ess e ntial a m ino aci d meth ion ine  int he  d iet  o f  bo t hani m als  and hum an shas l ongb e e n  rec ogn ized  in t he literature . S mall amo untsof tr acemi neral s such  as z in c, manganese an d ir on have a lso  b een  d ocume n ted as  no t o nly ext remelyi mpo rt a n t  i n dietary function ,b u tfor othe r reas o ns  s u ch as he al thy  ski n ,  etc.  Iti scommon t o feed an im als suc has dom es tic  li vesto c k fe ed sup plements  that contain essent i al amino acid s  a n d  t r acemin eral mixesthat cont ainz in c,m angan ese a nd ir o n.
It is also heret of ore kn own t hat simply ch oice feedi n g of freeesse n ti a l amino acids,  andconvention a l inorga nic w ater sol uble salt s of zinc,  ch rom ium , m a n ga nese and iron i s no tthe mos t e fficien t w ayfor  di et  suppleme ntation.  T hi sis  tr ue be c ause nei th erth e a minoa cid no r the  tra ns it i onmetalsa re i n th ei rmost  bi oa vaila blef orm  in sim ple choic e f e edin gof  conven tional simple  s alts suchas  zi nc chl o r ide, chr omium chloride, mangane s e chlor ide , and  iro n chlorid e.As a r esu l t of t he abo ve kn ow led g e , the c om mon  a ssignee of t heprese nt  app licatio n has in the pasts ynt hesized and p ate nted c er tai n  1 : 1 c om p lex e s  of zinc, chrom ium, manga ne s eand iron.S eefo r examp le U.S.  Pat. Nos. 3, 941,818;3,924,433 :3,95 0 , 372 ; 4,021,56 9; 4,067 ,994. Eac h  of t h eabove  pa tentsre lat e to1:1 co m ple xes o f alph aaminoacids ,preferab ly methionine and of tr ansiti on me tal s includi ngz inc , chromiu m, m anganese a ndiro n. Th e c o mplex es s h ow n p r ovide d an d  claimedi nthe a bo ve patentsa r e  de scrib eda s 1:1comp lex salts because 1:1 complexesarem o rewat e r so lu ble, are morebio av a i lable, a nd  are more e fficient ly conve rted t o prov ide max i m um effect ivebod y usage o f b ot h  the tr an si t ion me talan d theaminoa cid. S uch has been dem onstr a t ed fr o m d ata p ro vided i n  som e of the e arlier refe rred t o pa tents  of the  c ommonass ig nee.
Eacho f the abo ve pa tents d es crib es,  prepa resa n d cla imsra ece mic mixtu r e so fth e  me talmethi on inecomplexed salts. T hat is to s ay  th e result i ng s alt as des cri bed i s a 1:1 comp l exed sa l t whi ch con tainswithint heme tal met hio n i ne comple x, methio n ine  t hatis a rae ce micmi xtu re  of
 one_or more_detector pixels corresponding to_the flexible_film_actuator. In_turn,_the pulsing of_the actuators causes_a temperature change in_the one or_more_corresponding detector pixels. The change in temperature results in a change in an electrical_property_of the_one_or_more detector pixels and, based_on the property change, a_read-out current_is generated. The importance of an adequate supply_of_trace elements zinc,_chromium, manganese, iron and of the essential amino acid_methionine in the diet of both_animals and humans_has_long_been recognized in the_literature. Small amounts of trace minerals_such as zinc, manganese and iron_have also been documented as not only_extremely important in dietary function, but_for other reasons such as_healthy skin,_etc. It is common to_feed animals such_as domestic_livestock feed supplements_that contain essential amino acids and_trace mineral mixes_that contain zinc, manganese and iron.
It_is_also heretofore known_that_simply_choice feeding_of free essential_amino_acids, and_conventional_inorganic water soluble salts of zinc,_chromium,_manganese and iron is not the most_efficient way for diet_supplementation._This is true because_neither the amino acid nor_the transition metals are in their_most bioavailable_form in_simple choice feeding of conventional simple salts such as zinc chloride,_chromium chloride, manganese chloride, and iron_chloride.
As a result of_the above_knowledge,_the common assignee_of_the present_application has in the past synthesized and_patented certain_1:1 complexes of zinc, chromium, manganese_and iron. See for_example_U.S. Pat. Nos. 3,941,818; 3,924,433: 3,950,372;_4,021,569; 4,067,994. Each of the above_patents relate to 1:1 complexes_of_alpha_amino acids, preferably methionine and_of transition metals including zinc, chromium,_manganese and iron._The complexes shown provided and claimed in_the_above patents are described as 1:1_complex_salts because 1:1 complexes are more_water_soluble,_are more bioavailable, and are_more efficiently converted to provide maximum_effective body usage of both the transition metal and_the amino acid._Such has been demonstrated from_data_provided_in some of the earlier referred to patents of the_common assignee.
Each_of the above_patents describes, prepares and claims raecemic mixtures of the metal_methionine complexed salts. That is to say_the resulting salt as described is a 1:1 complexed salt which_contains within the metal methionine complex, methionine that_is a raecemic mixture of