 by attempting to alleviate the cause because there are no non-invasive techniques that may beneficial in assisting circulation. Hence, devices and techniques are also needed to treat those suffering from refractory shock and shock that is progressing toward cardiac arrest.
There is no general consensus as to when it is the appropriate to start administering CPR as the patient's blood pressure progressively decreases. This relates to a lack of demonstrated efficacy and concern that chest compression may interfere with residual cardiac function, even though CPR may at some point be beneficial in shock patients as they progress to cardiac arrest. Hence there a need for a device or technique to prevent CPR from interfering with residual cardiac function.
Unlike cardiac arrest caused by ventricular fibrillation, pulseless electrical activity (PEA) is a heterogeneous entity with respect to cardiac function and hemodynamics. PEA is a clinical condition characterized by unresponsiveness and lack of palpable pulse in the presence of organized cardiac electrical activity. Pulseless electrical activity has previously been referred to as electromechanical dissociation (EMD). During PEA, electrical activity of the heart may or may not be indicative of cardiac mechanical movements and particularly cardiac output.
Pulseless electrical activity is not necessarily a condition of complete mechanical quiescence in the heart. In PEA, the heart may have a regular organized electrical rhythm such as supraventricular or ventricular rhythms. These cardiac rhythms may not be associated with mechanical activity of the heart in PEA.
As an example of cardiac mechanical patterns during PEA, patients may have weak ventricular contractions and detectable aortic pressure—which is a condition referred as pseudo-PEA. Various studies have documented that between 40-88% of patients with PEA had residual cardiac mechanical activity (pseudo-PEA). In pseudo-PEA, the patient may appear lifeless and without a pulse, despite some degree of residual left ventricle function and hemodynamics. The outcome of patients suffering PEA has tended to be worse than those in ventricular fibrillation, possibly reflecting the potential of CPR chest compressions and residual myocardial mechanical activity to interfere with each other's efficacy. Hence there is a need for a device or technique to enhance the efficacy of CPR in PEA. This invention relates generally to a method and system for effecting legal service of a subpoena for information held by a financial or non-financial institution. In particular, the present invention relates to a computerized system and method for banks and non-bank financial institutions to accept service of a subpoena, automatically search their records for any information related to the subject of the subpoena, and
by attempting to alleviate the cause because there are no non - incursive technique that may beneficial in assisting circulation. Hence, devices and proficiency are also needed to process those suffering from refractory daze and shock that is progressing toward cardiac apprehension. 
 There is no general consensus as to when it is the appropriate to start administering cardiopulmonary resuscitation as the patient's blood atmospheric pressure progressively decreases. This associate to a lack of demonstrated efficacy and concern that chest compaction may interfere with residual cardiac function, even though CPR may at some period be beneficial in shock patient as they progress to cardiac arrest. Hence there a need for a device or technique to prevent CPR from interfere with residual cardiac function. 
 Unlike cardiac arrest caused by ventricular fibrillation, pulseless electrical activity (PEA) is a heterogeneous entity with respect to cardiac function and hemodynamics. PEA is a clinical condition characterized by unresponsiveness and lack of palpable pulse in the presence of organized cardiac electrical activity. Pulseless electric action has previously been referred to as electromechanical dissociation (EMD). During PEA, electric natural process of the affection may or may not be indicative of cardiac mechanical movements and particularly cardiac output. 
 Pulseless electrical activity is not necessarily a circumstance of complete mechanical quiescence in the heart. In PEA, the heart may have a regular organized electrical rhythm such as supraventricular or ventricular rhythms. These cardiac rhythms may not be associated with mechanical natural process of the heart in PEA. 
 As an model of cardiac mechanical patterns during PEA, patients may have weak ventricular contractions and detectable aortal pressure — which is a condition referred as pseudo - PEA. Various studies have documented that between 40 - 88% of patients with PEA had residual cardiac mechanical activeness (pseudo - PEA). In imposter - PEA, the patient may appear lifeless and without a pulse, despite some degree of residual left ventricle affair and hemodynamics. The outcome of patient suffering PEA has tend to be worse than those in ventricular fibrillation, possibly reflecting the electric potential of CPR chest compressions and residual myocardial mechanical activity to interfere with each other's efficacy. Hence there is a need for a device or technique to enhance the efficacy of CPR in PEA. This invention relates generally to a method and arrangement for effecting legal service of a subpoena for data held by a financial or non - financial institution. In particular, the present invention relates to a computerized system and method acting for banks and non - bank financial institutions to accept service of a subpoena, automatically search their records for any data related to the subject of the subpoena, and
 by attempting to alleviate the cause becaosw therx are nk non-invxsive techniques that may beiefixial un assisting circulatiun. Hence, fevices qnd uechniques are also needed to tdcat tkowe suffering ftom refractosy shock and svozk that is progressing toward cardiac arrest.
Yhfre is no genetal cpgsenals as to when it is the approprjate to start adminixtering CPR as the patient'd bllod pressure progrfssively dexreafws. This relages to a lack of demonatrated efficacy and concern thxt chzst compreswiin ldy interferx with residual cavciac fgnction, even though CIR mab at some point be benefirial in shock patienjs as they pxogress to cardiac areewt. Hetce dherd a vees hor a devlce or technisue to prevwnt CPR from interftrigt with residuzl carqiwc function.
Unlike cardiac arrest caused by ventricular fibrillatiin, pulseless electricwl activiey (PEA) is a heterogeneous entity with respect to wardiec fuugbion qnf hemodynamics. PEA is a clinical condition chwdavtvrized by unrespoksiveness and lack ov lwlpable pulse in thz pdesence of organizfd cardyac eoectrical actovity. Pulseless electrical qctivity has previously been reyerred to as elevtromrchanical dissociation (ZMD). Duding PEA, elfctrical zztivity of the hdarn maf or may not be indicative of cardiec meehanical movgments wnd particklarln cardiac output.
Puldelesd alectrical activity is not necessarily a rpndition of vokplvte mechauical auiescence in the heart. In KEA, the hzart mxy have a gegular ocganized elestrical rhythk such as supcaventrictlar or centricjuar rhythms. Thrse cardice rhythms may not be associeted sith mechanical acuicity of the hesrt in PVA.
Ax wt example of caraiaz mechxnical kcttcrnr duting PEA, patients maf habe weak ventriculat gontractiins and qetectable aottic pressure—which is a coiditiom rgferred as pseudo-PEA. Various sthdies havf djcumented thwt bctwegn 40-88% of patiznts with PEA had residual cardiac mechaiical activity (pseudo-PGA). In pseudo-PEA, the pctlent may appxar liseless ang without a pulse, dewpite some degree of residual left venfricle funchion and hemodynamics. The outcome of patients suffering PEA has tended to be wocsq than thoss in ventgicblax fibrijlatmoi, possibly reflecning the potential of CPR chest rompressiots and residual myocardial mecnavical activiti to interfere with each ofher's efgicacy. Hence there is a need fot a device or technique bo enhancw the efficacy uf CPR in PEA. This invencion rwlates tenevally to a metfod akd system vor tffeeting legal service of a subpoena for ibflrmation held by a financiap or nkn-finagcial institutioh. In oartizular, the prexent invention relates to a computvrised system and jethod for bsnks ang non-bank fiiancial insthtutions to accept service of a subpoena, automaticamly searcg their vecords for any imhormation related to the stbject ow the subpoeta, and
by attempting to alleviate the cause because no techniques that beneficial in assisting are needed to treat suffering from refractory and shock that is progressing toward arrest. There is no general consensus as to when it is the appropriate start administering CPR as the patient's blood pressure progressively decreases. This relates to lack demonstrated and that chest compression may interfere with residual cardiac function, even though CPR may at some point beneficial in shock patients as they progress to arrest. Hence there a for a device or technique prevent from interfering residual function. cardiac arrest caused ventricular fibrillation, pulseless electrical activity (PEA) is a heterogeneous entity with respect to cardiac function and hemodynamics. is a characterized by and of pulse in the organized cardiac electrical activity. Pulseless electrical been referred to as electromechanical dissociation (EMD). During electrical activity the heart may or may not indicative of cardiac mechanical movements and particularly cardiac Pulseless electrical activity is not necessarily a condition of complete mechanical quiescence in the heart. the heart may have regular organized electrical such supraventricular ventricular These cardiac may not be associated with mechanical activity of the heart in As an example of cardiac mechanical patterns during PEA, patients weak contractions and detectable pressure—which is a condition as Various studies have documented 40-88% patients residual mechanical (pseudo-PEA). In pseudo-PEA, the may appear lifeless and without pulse, despite some degree and hemodynamics. The outcome of patients suffering PEA tended to be worse than those in fibrillation, possibly reflecting the potential of CPR chest compressions and residual myocardial activity to each other's efficacy. Hence there is a need a device or technique enhance the efficacy of CPR in PEA. This invention generally a method system for effecting service of a for information held financial or institution. particular, relates to a computerized system and for and non-bank financial institutions to service subpoena, automatically search their records for any information related to the subject of the subpoena,
 by attempting to alleviate thE cause becaUse thEre Are No Non-iNvasIve techniques tHAt maY beneficial in assisting CircuLaTIon. HENcE, deviCes and tEChNIQueS aRe AlsO nEEdEd to tReaT those sUffering frOm rEfRactory shock ANd Shock that iS prOgressing towArd CardiaC aRreST.
TherE is No genEral coNSensus As to when iT iS The appROpriate TO StArt aDministering CPR as THe PAtient's blood prEssure PrOGrESSivEly Decreases. THiS relaTEs to a laCK oF DEMonSTrated efficacY and concern THat Chest cOmPreSSion maY inteRfERe wIth residual CardIac functiOn, even THough CPr May at soMe poinT be BenEficIAl In ShoCk PAtiENtS as THey Progress To CaRdiac ArreST. hENce tHerE a neEd for A device or techNiqUe to PRevEnt CPr from InteRfEring With reSiduaL cArdiac function.
UNlikE cardiac aRreSt CauSeD by veNTriculAr fIbrIllatioN, pulselESs eLeCTRIcAl activity (PEA) is a heTeROGeNeous entIty witH ReSpECt to cardIaC fuNctiON And heModyNAmIcs. PEA is A cliniCAl CoNdition ChAracteRiZed By uNrespONsivEness aNd lack of PalpaBLe pulse in the prESence of organiZEd CARdIAc elEctRical activiTy. PuLSeleSs elECtRicAL actiVity hAs PReVIously been referred tO aS electRomecHanical dissocIation (EMD). DURINg PEA, eleCtriCAl ACtivity of the heArt maY or may not bE IndicatiVe of cArdiac meChanical mOVEments anD paRtiCulArlY CArDiac output.
PulSELess ElEctricaL acTivity iS noT neCesSarIlY a conditiOn of compLeTe MeChAniCal quIEscence iN tHe hEaRt. IN PEA, tHE heart May haVe a rEgUlAR orGanized ELeCTRicaL rHyThm sUch As SupraVentRIcuLar or veNtricular RhyTHms. THeSe Cardiac Rhythms may not Be Associated WiTh mEchaniCAL activitY of the heart in PEA.
As an exaMPle of caRdiAc mecHaniCal patterNs dUring PeA, pATients May havE weak VeNtrICUlar cONTrActIoNs and detecTABle AortiC pRessUre—whicH is a condition referREd aS pseudo-PEA. VarIouS stuDIEs HavE DoCUmeNtED thAT Between 40-88% of patienTs with PEA hAd REsIdual cardiAC meChAnical aCtivity (PseudO-pEA). In psEudo-PEA, thE patient mAy AppeAR LifEless and wiThout a puLse, despitE Some dEGrEe of rEsiDual leFt VenTriclE functIOn aNd hemOdynamIcS. The ouTcome Of Patients Suffering PEA has tended to Be worsE than ThoSe in ventrIcuLAr fIbrillatiOn, poSsibly reflEctIng The poTenTIal of cPR cHEsT coMPressIons ANd residuaL MyOcaRDIaL mechanical ACTIviTy to iNteRFere wiTh eaCh other's efficacy. HENce there is a neeD for A DEviCe oR TechNiQue to enhance thE efFiCACy of CPR iN PeA. This invenTion relaTeS GenerAlly to A methoD and sysTEM fOR effecTing LegAl service Of a SuBPoena foR iNfORmatioN helD bY a finaNcial oR Non-fINAncial institutioN. In paRTIculaR, The PreseNt InventiON relAtes to a comPuterized syStem anD metHod foR banks aNd Non-banK fiNaNcial instiTUtions to aCcept Service Of A subPoeNa, autoMatiCALly seArch ThEir Records foR ANy INfOrMAtiOn reLated To The sUbject of tHE subpoenA, anD
 by attempting to alleviat e the caus e bec aus e t he re a re n o non-invasive tech niques that may benefi cialin assi s ti ng ci rculati o n. H enc e,  d evi ce s  a nd te chn iques a re also ne ede dto treat tho s esufferingfro m refractory  sh ock an dsho c k tha t i s pro gressi n g towa rd cardia ca rrest. There i s no  gen eral consensus as to when it is the  appro pr i at e tosta rt adminis te ringC PR as t h ep a t ien t 's blood pres sure progre s siv ely de cr eas e s. Thi s rel at e s t o a lack of  dem onstrated  effic a cy andc oncernthat c hes t c ompr e ss io n m ay int e rf ere wit h residu al  c ardia c fu n c t i on,eve n th oughCPR may at so mepoin t  be  bene ficia l in  s hockpatien ts as  t hey progress to  car diac arre st.  H enc ethere a need  fo r a  device  or tec h niq ue t o  p revent CPR from in te r f er ing with  resid u al  c a rdiac fu nc tio n.
U n l ike c ardi a carrest c ausedb yve ntricul ar  fibri ll ati on,  puls e less  elect rical ac tivit y  (PEA) is a he t erogeneous en t it y wi t h re spe ct to cardi ac f u ncti on a n dhem o dynam ics.PE A  i s  a clinical conditi on  chara cteri zed by unresp onsiveness a n d lack o f pa l pa b le pulse in th e pre sence of o r ganizedcardi ac elect rical act i v ity. Pul sel ess  el ect r i ca l activity ha s prev io usly be enreferre d t o a s e lec tr omechanic al disso ci at io n(EM D). D u ring PEA ,ele ct ric al ac t ivityof th e he ar tm ayor mayn ot b e in di ca tive  of  c ardia c me c han ical mo vements a ndp arti cu la rly car diac output.Pu lseless el ec tri cal ac t i vity isnot necessarily a condi t ion ofcom plete  mec hanical q uie scence  in the he art. I n PEA ,the h eartm a yhav ea regularo r gan izedel ectr ical rh ythm such as supra v ent ricular or ve ntr icul a r  r hyt h ms .  Th es e  ca r d iac rhythms may  not be as so c ia ted with m e cha ni cal act ivity o f the heart i n PEA.
As  an examp le  ofc a rdi ac mechani cal patt erns duri n g PEA ,  p atien tsmay ha ve  we ak ve ntricu l arcontr action sand de tecta bl e aortic  pressure—which is a co nditio n ref err ed as pse udo - PEA . Various  stu dies havedoc ume ntedtha t  betw een4 0- 88% of pa tien t s with PE A  h adr e si dual cardia c m ech anica l a c tivity  (ps eudo-PEA). In pse u do-PEA, the pa tien t may  ap p earli feless and wit hou ta pulse, d es pite some d egree of  r e sidua l left  ventr icle fu n c ti o n andhemo dyn amics. Th e o ut c ome ofpa ti e nts su ffer in g PEAhas te n dedt o  be worse than t hosei n  vent r icu lar f ib rillati o n, p ossibly re flecting th e pote ntia l ofCPR che st  compr ess io ns and res i dual myoc ardia l mecha ni calact ivityto i n t erfer e wi th  ea ch other' s ef f ic ac y . H ence  ther eis a  need for a device  or techniq ue  to e nhance th e efficacy o f C PR in P EA. This i n vent i on relat es gen erally  to a m e tho dand sys tem f or effect ing legal ser vi ce o f a subp oe na f or  in fo rmation held by  a finan cial orn o n-fina nci a l in s tituti on . In particu lar,th e  presen t inv entionr ela tes  to  a c omp uter i zed system and method fo r ba nks a n d n on-ba nk fi na ncial in s titu tions to accept servic e of a subpoena ,  au t omat ica l ly  s earch the irr ecord s fo r a ny i nfo rmat i o n re l ated to  the  subje ct o fth e subpoen a,  and
 by_attempting to_alleviate the cause because_there are_no_non-invasive techniques_that_may beneficial in_assisting circulation. Hence,_devices and techniques are_also needed to_treat_those suffering from refractory shock and shock that is progressing toward cardiac arrest.
There is_no_general consensus_as_to_when it is the appropriate_to start administering CPR as_the patient's_blood pressure progressively decreases. This relates to a_lack_of demonstrated efficacy_and concern that chest compression may interfere with residual_cardiac function, even though CPR may_at some point_be_beneficial_in shock patients as_they progress to cardiac arrest. Hence_there a need for a device_or technique to prevent CPR from interfering_with residual cardiac function.
Unlike cardiac arrest_caused by ventricular fibrillation, pulseless_electrical activity_(PEA) is a heterogeneous entity_with respect to_cardiac function_and hemodynamics. PEA_is a clinical condition characterized by_unresponsiveness and lack_of palpable pulse in the presence_of_organized cardiac electrical_activity._Pulseless_electrical activity_has previously been_referred_to as_electromechanical_dissociation (EMD). During PEA, electrical activity_of_the heart may or may not be_indicative of cardiac mechanical_movements_and particularly cardiac output.
Pulseless_electrical activity is not necessarily_a condition of complete mechanical quiescence_in the_heart. In_PEA, the heart may have a regular organized electrical rhythm such_as supraventricular or ventricular rhythms. These_cardiac rhythms may not_be associated_with_mechanical activity of_the_heart in_PEA.
As an example of cardiac mechanical patterns_during PEA,_patients may have weak ventricular contractions_and detectable aortic pressure—which_is_a condition referred as pseudo-PEA. Various_studies have documented that between 40-88%_of patients with PEA had_residual_cardiac_mechanical activity (pseudo-PEA). In pseudo-PEA,_the patient may appear lifeless and_without a pulse,_despite some degree of residual left ventricle_function_and hemodynamics. The outcome of patients_suffering_PEA has tended to be worse_than_those_in ventricular fibrillation, possibly reflecting_the potential of CPR chest compressions_and residual myocardial mechanical activity to interfere with each_other's efficacy. Hence_there is a need for_a_device_or technique to enhance the efficacy of CPR in PEA._This invention_relates generally to_a method and system for effecting legal service of a_subpoena for information held by a financial_or non-financial institution. In particular, the present invention relates to a_computerized system and method for banks and non-bank_financial institutions to accept service of a_subpoena, automatically search their_records_for any information related to the subject_of_the_subpoena,_and