 productivity of the built-in antenna. There are two types of built-in antennas in common use: a planar inverted F antenna (PIFA) module having a feeding point and a ground point, and a chip antenna module suitable for mounting on a ceramic dielectric substance and having a copper coil the turns of which are adjusted according to the operating frequency of the terminal.
Since the chip antenna module is mounted on an RF mainboard of a terminal in the form of surface mounted device (SMD), it takes less space than the PIFA type antenna and thereby enables the terminal to have a slim, simple, and lightweight appearance.
The chip antenna module is commonly used for a dual-band terminal. That is, the dual-band terminal has two antenna elements mounted on its mainboard, for example, a low-band antenna element for a 900-MHz CDMA or GSM application and a high-band antenna element for an 1800-MHz PCS or DCS application.
The arrangement of the low-band and high-band antenna elements of the chip antenna module is disclosed in co-pending U.S. patent application Ser. No. 10/969,589, filed on Oct. 20, 2004, and assigned to the present assignee, in which an RF connector of a mainboard and two antenna elements of different frequency bands are connected in parallel, and a radiation plate is employed to improve a radiation characteristic of the antenna. The present invention relates to anticoagulant compositions based on coagulant factor Xa and methods for the production and use thereof.
Coagulation is the end result of a complex series of reactions in which the end product of each reaction initiates the next reaction. Following vascular injury, there is a rapid activation of an otherwise largely passive process to produce a response at the site of the injury. There are a variety of modulating events that regulate the process in a positive or negative fashion to maintain vascular integrity while retaining general plasma fluidity. As recently summarized by Kenneth G. Mann, in "Membrane-Bound Complexes in Blood Coagulation", Progress in Hemostasis and Thrombosis, edited by T. H. Spaet, pages 1-23 (Grune & Stratton 1984), the extensive network of interdependent protein interactions can be represented as a collection of four reaction complexes: ##STR1##
Factor II (prothrombin), Factor X, Factor IX, and Factor VII are vitamin K-dependent proteins which normally circulate as zymogens that are activated to trypsin
productivity of the built - in antenna. There are two types of build - in antenna in common use: a planar inverted F antenna (PIFA) faculty having a feeding point and a background point, and a chip antenna faculty desirable for mounting on a ceramic dielectric substance and suffer a copper coil the turn of which are adjusted according to the operating frequency of the terminal. 
 Since the chip antenna module is mount on an RF mainboard of a terminal in the form of surface mount device (SMD), it takes less space than the PIFA type antenna and thereby enables the end to have a slender, simple, and lightweight appearance. 
 The chip antenna module is normally used for a dual - band terminal. That is, the dual - band end hold two antenna elements mounted on its mainboard, for example, a low - band antenna element for a 900 - MHz CDMA or GSM application and a eminent - band antenna element for an 1800 - megahertz PCS or DCS lotion. 
 The arrangement of the low - band and high - isthmus antenna elements of the chip antenna module is disclosed in co - pending U.S. patent lotion Ser. No. 10/969,589, filed on Oct. 20, 2004, and assigned to the present assignee, in which an RF connector of a mainboard and two antenna elements of different frequency bands are connected in parallel, and a radiation plate is use to improve a radiation sickness characteristic of the antenna. The present invention relates to anticoagulant compositions based on coagulant factor Xa and method for the production and use thereof. 
 curdling is the end solution of a complex series of reactions in which the conclusion product of each chemical reaction initiates the next reaction. Following vascular injury, there embody a rapid activation of an differently largely passive process to produce a reception at the site of the injury. There be a variety of modulate events that baffle the process in a positive or negative fashion to maintain vascular integrity while retain general plasma fluidity. As recently summarized by Kenneth G. Mann, in " Membrane - jump Complexes in Blood Coagulation ", Progress in Hemostasis and Thrombosis, edited by T. H. Spaet, pages 1 - 23 (Grune & Stratton 1984), the extensive network of interdependent protein interaction can be represented as a collection of four reaction complexes: # # STR1 # # 
 Factor II (prothrombin), Factor X, Factor IX, and Factor VII are vitamin K - dependent protein which normally circulate as zymogens that are activate to trypsin
 prlductivity of the built-ik antenna. There cee two types of builg-in antennas in common use: a poanar inverted F antenna (PIWA) module having q fetding point and a ground ijint, wnd c rhip antenna mocule suitatle for mountitg ou a ceramic dielectric substance and having a copper coil tre tlrgs or which are adjusted according to fhe opegating frequency pf the terminal.
Since the cjip wntenna module is lounted on qn RS mainboard ow a terminal in the fotm of surface mounted device (SMD), it tckes less skcxe hvan the PIFE type antenna and thereby enablex the terminal to hace a slim, simple, and nightweight appearwnce.
The cvi' antenna module is cimnonly useg fof a auam-bend termijal. That is, tge dual-band terminal has two amtqbna elements jounteq jn its mainboard, for example, a low-band dntsnna element for a 900-MHz XDMA or GSM applicatiln and a righ-band antenna element for an 1800-MHz PCS or DCS ap[licaviun.
Tkc xerwngement of the low-band and high-band antenna qmekekts of the chip cntenna module ix fixslosed in co-pgnding B.A. latent application Ser. No. 10/969,589, filwd on Oct. 20, 2004, amd assigned to the present qssignee, in chixh an RF connector of a mainbuard and ywo antenna elements of difrerent freqkency bansr are connected kn iaranlel, and a radiation plate is emplobed tp improxe a radiaeion charafteristic of the antenna. The kresend inventioj relates to anticoagulant compositions based ot cmagulant factpr Xa and metrods for the ptoduction and jse thereor.
Coaguletion is the end result ox a complex sxries of weacrionw in whkzh the end procuct of eceh reactiin initiates the ncxt rgadtion. Following vawcular injury, tnerd if w capid dctivation ox an otfrrwisd largely pcsrive process to produce d reaponse at the site on the injory. There are a varietu of modulating evtnts tiat rejulate thg process in a positive or negafive fashlon to maintain vasgulat integrity while retaining general plasma fluiditb. As recently summarizgd by Kenneth G. Mann, nn "Membrane-Bonnd Coiplexes it Blood Coagulation", Progress in Hemosuasis and Thrombosis, edjted bf T. H. Spaet, pages 1-23 (Grune & Stratton 1984), the extensive network of interdependent pritein mneeractions dan ne reirefznted af a roulection of four reaction complexes: ##STR1##
Factor IM (prothromtiu), Factor X, Factor IX, and Factpr VII are vitaoin K-dependent proteins shich notmally circulate as zymogens thst are activated to trypxin
productivity of the built-in antenna. There are of antennas in use: a planar having feeding point and ground point, and chip antenna module suitable for mounting a ceramic dielectric substance and having a copper coil the turns of which adjusted according to the operating frequency of the terminal. Since the chip antenna is on RF of a terminal in the form of surface mounted device (SMD), it takes less space than PIFA type antenna and thereby enables the terminal have a slim, simple, lightweight appearance. The chip antenna is used for dual-band That the dual-band terminal two antenna elements mounted on its mainboard, for example, a low-band antenna element for a 900-MHz CDMA GSM application high-band antenna for 1800-MHz or DCS application. of the low-band and high-band antenna chip antenna module is disclosed in co-pending U.S. application Ser. 10/969,589, filed on Oct. 20, 2004, assigned to the present assignee, in which an connector of a mainboard and two antenna elements of different frequency bands are connected in a radiation plate is to improve a characteristic the The invention relates anticoagulant compositions based on coagulant factor Xa and methods for the and use thereof. Coagulation is the end result of a of in which the product of each reaction the reaction. Following vascular injury, a activation largely process produce a response at site of the injury. There a variety of modulating in a positive or negative fashion to maintain integrity while retaining general plasma fluidity. As summarized by Kenneth G. Mann, in "Membrane-Bound Complexes in Blood Coagulation", Progress Hemostasis and by T. H. Spaet, pages 1-23 (Grune & 1984), the extensive network interdependent protein interactions can be represented as a collection four complexes: ##STR1## II (prothrombin), Factor Factor IX, and VII are vitamin which normally as that trypsin
 productivity of the built-in aNtenna. TherE are tWo tYpeS oF buiLt-in Antennas in commON use: A planar inverted F antennA (PIFA) MoDUle hAViNg a feEding poINt AND a gRoUnD poInT, AnD a chiP anTenna moDule suitabLe fOr Mounting on a cERaMic dielectRic Substance and HavIng a coPpEr cOIl the TurNs of wHich arE AdjustEd accordiNg TO the opERating fREQuEncy Of the terminal.
SincE ThE Chip antenna modUle is mOuNTeD ON an rF mAinboard of A tErminAL in the fORm OF SUrfACe mounted deviCe (SMD), it takeS LesS space ThAn tHE PIFA tYpe anTeNNa aNd thereby enAbleS the termiNal to hAVe a slim, SImple, anD lightWeiGht AppeARaNcE.
ThE cHIp aNTeNna MOduLe is commOnLy Used fOr a dUAL-BAnd tErmInal. that iS, the dual-band tErmInal HAs tWo antEnna eLemeNtS mounTed on iTs maiNbOard, for example, a Low-bAnd antennA elEmEnt FoR a 900-MHz cdMA or GsM aPplIcation And a higH-BanD aNTENnA element for an 1800-MHz PCs oR dcS ApplicatIon.
The ARrAnGEment of tHe Low-Band AND high-Band ANtEnna elemEnts of THe ChIp antenNa Module Is DisCloSed in CO-penDing U.S. Patent apPlicaTIon Ser. No. 10/969,589, filed oN oct. 20, 2004, and assigneD To THE pREsenT asSignee, in whiCh an rf conNectOR oF a mAInboaRd and TwO AnTEnna elements of diffeReNt freqUency Bands are conneCted in paraLLEL, and a radIatiON pLAte is employed tO imprOve a radiatIOn characTerisTic of the Antenna. ThE PResent inVenTioN reLatES To Anticoagulant COMposItIons basEd oN coagulAnt FacTor xa aNd Methods foR the prodUcTiOn AnD usE therEOf.
CoagulAtIon Is The End reSUlt of a ComplEx seRiEs OF reActions IN wHICh thE eNd ProdUct Of Each rEactIOn iNitiateS the next rEacTIon. FOlLoWing vasCular injury, thErE is a rapid aCtIvaTion of AN OtherwisE largely passive process tO Produce A reSponsE at tHe site of tHe iNjury. THerE Are a vaRiety oF moduLaTinG EVents THAt RegUlAte the procESS in A posiTiVe or NegativE fashion to maintain VAscUlar integrity WhiLe reTAInIng GEnERal PlASma FLUidity. As recentlY summarizeD bY keNneth G. Mann, IN "MeMbRane-BouNd ComplExes iN blood CoAgulation", progress iN HEmosTASis And ThromboSis, editeD by T. H. SpaeT, Pages 1-23 (gRuNe & StrAttOn 1984), the eXtEnsIve neTwork oF IntErdepEndent PrOtein iNteraCtIons can bE represented as a collectiOn of foUr reaCtiOn complexEs: ##Str1##
FaCtor II (proThroMbin), Factor x, FaCtoR IX, anD FaCTor VIi are VItAmiN k-depeNdenT Proteins wHIcH noRMAlLy circulate AS ZYmoGens tHat ARe actiVateD to trypsin
 productivity of the built -in antenn a. Th ere  ar etwotype s of built-ina nten nas in common use: a p lanar  i n vert e dF ant enna (P I FA ) mod ul ehav in g  a  feed ing  pointand a grou ndpo int, and a c h ip  antenna m odu le suitablefor  mount in g o n  a ce ram ic di electr i c subs tance and  h a ving a copperc o il  the  turns of which a r ea djusted accord ing to  t h eo p era tin g frequenc yof th e  termin a l. S i nce the chip ante nna modulei s m ounted  o n a n  RF ma inboa rd ofa terminalin t he form o f surf a ce moun t ed devi ce (SM D),  it  tak e sle sssp a cet ha n t h e P IFA type  a nt ennaandt h e r ebyena bles  theterminal to h ave  a s l im,  simp le, a nd l ig htwei ght ap peara nc e.
The chip ant enna  module i s c om mon ly  used for adua l-b and ter minal.T hat  i s , th e dual-band termin al h as  two ant enna e l em en t s mounte donitsm a inboa rd,f or  example , a lo w -b an d anten na  eleme nt  fo r a  900- M Hz C DMA or  GSM app licat i on and a high- b and antenna e l em e n tf or a n 1 800-MHz PCS  orD CS a ppli c at ion . 
Thearran ge m en t  of the low-band an dhigh-b and a ntenna elemen ts of thec h i p antenn a mo d ul e  is disclosedin co -pending U . S. paten t app lication  Ser. No. 1 0/969,58 9,fil edonO c t.  20, 2004, an d assi gn ed to t hepresent  as sig nee , i nwhich anRF conne ct or  o fa m ainbo a rd and t wo  an te nna  elem e nts of  diff eren tfr e que ncy ban d sa r e co nn ec tedinpa ralle l, a n d a  radiat ion plate  is empl oy ed  to imp rove a radiat io n characte ri sti c of t h e  antenna . The present invention relates  to  anti coag ulant com pos itions  ba s ed oncoagul ant f ac tor X a and m et hod sfor the pr o d uct ion a nd  use  thereo f.
Coagulation ist heend result of  acomp l e xser i es ofre a cti o n s in which theend produc to feach react i onin itiates  the ne xt re a ction.Following  vascular  i njur y ,  th ere is a r apid act ivation o f  an o t he rwise  la rgelypa ssi ve pr ocesst o p roduc e a re sp onse a t the  s ite of t he injury. There are avariet y ofmod ulating e ven t s t hat regul atethe proces s i n a  posi tiv e  or n egat i ve  fa s hionto m a intain va s cu lar i nt egrity whil e r eta ining  ge n eral p lasm a fluidity. As re c ently summariz ed b y Ken net h  G.Ma nn, in "Membra ne- Bo u n d Comple xe s in BloodCoagulat io n ", Pr ogress  in He mostasi s an d  Throm bosi s,edited by  T.  H .  Spaet,  p ag e s 1-23  (Gr un e & St ratton 1984 ) ,  the extensive n etwor k of in t erd epend en t prote i n in teractions  can be rep resent ed a s a c ollecti on  of fo urre action com p lexes: ## STR1# #
Facto rII ( pro thromb in), F actor  X,Fa cto r IX, and F ac t or  V I I a re v itami nK-de pendent p r oteins w hic h  normal ly  ci r c ulatea sz y mogens tha t a re ac t i vated to t r ypsi n 
 productivity_of the_built-in antenna. There are_two types_of_built-in antennas_in_common use: a_planar inverted F_antenna (PIFA) module having_a feeding point_and_a ground point, and a chip antenna module suitable for mounting on a ceramic_dielectric_substance and_having_a_copper coil the turns of_which are adjusted according to_the operating_frequency of the terminal.
Since the chip antenna module_is_mounted on an_RF mainboard of a terminal in the form of_surface mounted device (SMD), it takes_less space than_the_PIFA_type antenna and thereby_enables the terminal to have a_slim, simple, and lightweight appearance.
The chip_antenna module is commonly used for a_dual-band terminal. That is, the dual-band_terminal has two antenna elements_mounted on_its mainboard, for example, a_low-band antenna element_for a_900-MHz CDMA or_GSM application and a high-band antenna_element for an_1800-MHz PCS or DCS application.
The arrangement_of_the low-band and_high-band_antenna_elements of_the chip antenna_module_is disclosed_in_co-pending U.S. patent application Ser. No._10/969,589,_filed on Oct. 20, 2004, and assigned_to the present assignee,_in_which an RF connector_of a mainboard and two_antenna elements of different frequency bands_are connected_in parallel,_and a radiation plate is employed to improve a radiation characteristic_of the antenna. The present invention_relates to anticoagulant compositions_based on_coagulant_factor Xa and_methods_for the_production and use thereof.
Coagulation is the end_result of_a complex series of reactions in_which the end product_of_each reaction initiates the next reaction._Following vascular injury, there is a_rapid activation of an otherwise_largely_passive_process to produce a response_at the site of the injury._There are a_variety of modulating events that regulate the_process_in a positive or negative fashion_to_maintain vascular integrity while retaining general_plasma_fluidity._As recently summarized by Kenneth_G. Mann, in "Membrane-Bound Complexes in_Blood Coagulation", Progress in Hemostasis and Thrombosis, edited by_T. H. Spaet,_pages 1-23 (Grune & Stratton_1984),_the_extensive network of interdependent protein interactions can be represented as_a collection_of four reaction_complexes: ##STR1##
Factor II (prothrombin), Factor X, Factor IX, and Factor_VII are vitamin K-dependent proteins which normally_circulate as zymogens that are activated to trypsin