Medizininformatik Initiative - ImplementationGuide - Dokument v2026

NLP Processing Status: Extension

Übersicht

Beschreibung
Metadaten
Inhalt
Beispiele

Beschreibung

Diese Erweiterung dient der strukturierten Beschreibung des Bearbeitungsstatus eines Dokuments innerhalb eines NLP-Projekts. Die Verarbeitung von Dokumenten mit unstrukturierter Information erfolgt typischerweise in einer Vielzahl aufeinanderfolgender Verarbeitungsschritte. Im Verlauf dieser Prozessketten entstehen unterschiedliche Transformationen des Originaldokuments sowie Relationen zwischen dem Ursprungsdokument und daraus abgeleiteten Zwischenprodukten.

Die NLP Extension stellt hierfür ein Codesystem bereit, mit dem die verschiedenen Bearbeitungszustände und Zwischenprodukte eines NLP-Workflows konsistent beschrieben und archiviert werden können.

Das Codesystem der NLP Extension ist hierarchisch aufgebaut und umfasst zwei Ebenen: Level 1 (Lvl 1) und Level 2 (Lvl 2). Lvl 1 beschreibt einen übergeordneten Prozessstatus, beispielsweise annotated. Lvl 2 dient der Spezifikation dieses Status. Ein Beispiel ist die Kombination Lvl 1: annotated, Lvl 2: deid, die anzeigt, dass ein Dokument mit de-identifizierenden Annotationen versehen wurde.

Die Nutzung beider Hierarchieebenen ist nicht verpflichtend. Abhängig vom jeweiligen Anwendungsszenario kann frei entschieden werden, ob nur der übergeordnete Status (Lvl 1) oder zusätzlich eine spezifische Ausdifferenzierung über Lvl 2 verwendet wird. Bitte beachten: wird eine Lvl 2 Spezifikation genutz wie z.B. deid muss auch zwingend das dazugehörige Lvl 1 annotated verwendet werden. Andernfalls könnte deid als vollständig de-identifiziertes Dokument missverstanden werden.

Ein exemplarischer Anwendungsfall ist ein Dokument innerhalb eines Annotationsprojekts, das bereits aus einem Quellsystem extrahiert und anonymisiert wurde. Bis zum aktuellen Bearbeitungsstand können mehrere Verarbeitungsschritte erfolgt sein, beispielsweise:

Transformation des Dateiformats von .pdf zu .txt (preprocessed – format-change)
Entfernung von Dokumentheadern (preprocessed – content-change)
maschinelle Vorannotation identifizierender Strukturen (annotated – preanno deid)
anschließende manuelle Annotation dieser Strukturen (annotated – deid)
irreversible Ersetzung aller identifizierenden Annotationen durch Surrogate (surrogated)

Die NLP Extension lässt bewusst Freiheitsgrade bei der Dokumentation solcher Prozessketten. Es ist möglich, sämtliche Verarbeitungsschritte eines Dokuments abzubilden. Alternativ kann sich die Beschreibung auf ausgewählte, für den jeweiligen Anwendungsfall wesentliche Bearbeitungszustände beschränken, beispielsweise ausschließlich auf den finalen Status surrogated.

Metadaten

Name	Status	Version	Canonical	Basis
MII_EX_Dokument_NLP_Processing_Status	active	2026.0.1	https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-ex-dokument-nlp-processing-status	http://hl7.org/fhir/StructureDefinition/Extension

Inhalt

MII_EX_Dokument_NLP_Processing_Status (Extension)	C		Extension	Element id Extension Short description MII EX Dokument NLP Processing Status Definition Status der NLP-Verarbeitung des referenzierten Dokuments Data type Extension Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
id		0..1	string	There are no (further) constraints on this element Element id Extension.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	C	0..0	Extension	There are no (further) constraints on this element Element id Extension.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Slicing Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
url		1..1	uriFixed Value	Element id Extension.url Short description identifies the meaning of the extension Definition Source of the definition for the extension code - a logical name or a URL. Comments The definition may point directly to a computable or human-readable definition of the extensibility codes, or it may be a logical URI as declared in some other specification. The definition SHALL be a URI for the Structure Definition defining the extension. Data type uri Fixed value https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-ex-dokument-nlp-processing-status Mappings rim: N/A
value[x]	S	1..1	CodeableConcept	Element id Extension.value[x] Short description NLP Processing Status Definition Status der NLP-Verarbeitung des referenzierten Dokuments Data type CodeableConcept Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a rim: N/A
id		0..1	string	There are no (further) constraints on this element Element id Extension.value[x].id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	C	0..*	Extension	There are no (further) constraints on this element Element id Extension.value[x].extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Slicing Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
coding	S Σ	1..*	CodingBinding	Element id Extension.value[x].coding Short description Code defined by a terminology system Definition A reference to a code defined by a terminology system. Requirements Allows for alternative encodings within a code system, and translations to other code systems. Comments Codes may be defined very casually in enumerations, or code lists, up to very formal definitions such as SNOMED CT - see the HL7 v3 Core Principles for more information. Ordering of codings is undefined and SHALL NOT be used to infer meaning. Generally, at most only one of the coding values will be labeled as UserSelected = true. Data type Coding Binding MII_VS_Dokument_NLP_Processing_Status (required) Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE/CNE/CWE subset one of the sets of component 1-3 or 4-6 rim: CV orim: fhir:Coding rdfs:subClassOf dt:CDCoding v2: CE.1-8, CE.10-22 rim: union(., ./translation) orim: fhir:CodeableConcept.coding rdfs:subPropertyOf dt:CD.coding
id		0..1	string	There are no (further) constraints on this element Element id Extension.value[x].coding.id Short description Unique id for inter-element referencing Definition Unique id for the element within a resource (for internal references). This may be any string value that does not contain spaces. Data type string Mappings rim: n/a
extension	C	0..*	Extension	There are no (further) constraints on this element Element id Extension.value[x].coding.extension Short description Additional content defined by implementations Alternate names extensions, user content Definition May be used to represent additional information that is not part of the basic definition of the element. To make the use of extensions safe and manageable, there is a strict set of governance applied to the definition and use of extensions. Though any implementer can define an extension, there is a set of requirements that SHALL be met as part of the definition of the extension. Comments There can be no stigma associated with the use of extensions by any application, project, or standard - regardless of the institution or jurisdiction that uses or defines the extensions. The use of extensions is what allows the FHIR specification to retain a core level of simplicity for everyone. Data type Extension Slicing Unordered, Open, by url(Value) Extensions are always sliced by (at least) url Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` ext-1: Must have either extensions or value[x], not both `extension.exists() != value.exists()` Mappings rim: n/a rim: N/A
system	S Σ	1..1	uriFixed Value	Element id Extension.value[x].coding.system Short description Identity of the terminology system Definition The identification of the code system that defines the meaning of the symbol in the code. Requirements Need to be unambiguous about the source of the definition of the symbol. Comments The URI may be an OID (urn:oid:...) or a UUID (urn:uuid:...). OIDs and UUIDs SHALL be references to the HL7 OID registry. Otherwise, the URI should come from HL7's list of FHIR defined special URIs or it should reference to some definition that establishes the system clearly and unambiguously. Data type uri Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Fixed value https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/CodeSystem/mii-cs-dokument-nlp-processing-status Mappings rim: n/a v2: CE.3 rim:* ./codeSystem orim: fhir:Coding.system rdfs:subPropertyOf dt:CDCoding.codeSystem
version	Σ	0..1	string	There are no (further) constraints on this element Element id Extension.value[x].coding.version Short description Version of the system - if relevant Definition The version of the code system which was used when choosing this code. Note that a well-maintained code system does not need the version reported, because the meaning of codes is consistent across versions. However this cannot consistently be assured, and when the meaning is not guaranteed to be consistent, the version SHOULD be exchanged. Comments Where the terminology does not clearly define what string should be used to identify code system versions, the recommendation is to use the date (expressed in FHIR date format) on which that version was officially published as the version date. Data type string Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE.7 rim:* ./codeSystemVersion orim: fhir:Coding.version rdfs:subPropertyOf dt:CDCoding.codeSystemVersion
code	S Σ	1..1	code	There are no (further) constraints on this element Element id Extension.value[x].coding.code Short description Symbol in syntax defined by the system Definition A symbol in syntax defined by the system. The symbol may be a predefined code or an expression in a syntax defined by the coding system (e.g. post-coordination). Requirements Need to refer to a particular code in the system. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type code Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE.1 rim:* ./code orim: fhir:Coding.code rdfs:subPropertyOf dt:CDCoding.code
display	Σ	0..1	string	There are no (further) constraints on this element Element id Extension.value[x].coding.display Short description Representation defined by the system Definition A representation of the meaning of the code in the system, following the rules of the system. Requirements Need to be able to carry a human-readable meaning of the code for readers that do not know the system. Comments Note that FHIR strings SHALL NOT exceed 1MB in size Data type string Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE.2 - but note this is not well followed rim:* CV.displayName orim: fhir:Coding.display rdfs:subPropertyOf dt:CDCoding.displayName
userSelected	Σ	0..1	boolean	There are no (further) constraints on this element Element id Extension.value[x].coding.userSelected Short description If this coding was chosen directly by the user Definition Indicates that this coding was chosen by a user directly - e.g. off a pick list of available items (codes or displays). Requirements This has been identified as a clinical safety criterium - that this exact system/code pair was chosen explicitly, rather than inferred by the system based on some rules or language processing. Comments Amongst a set of alternatives, a directly chosen code is the most appropriate starting point for new translations. There is some ambiguity about what exactly 'directly chosen' implies, and trading partner agreement may be needed to clarify the use of this element and its consequences more completely. Data type boolean Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: Sometimes implied by being first rim: CD.codingRationale orim: fhir:Coding.userSelected fhir:mapsTo dt:CDCoding.codingRationale. fhir:Coding.userSelected fhir:hasMap fhir:Coding.userSelected.map. fhir:Coding.userSelected.map a fhir:Map; fhir:target dt:CDCoding.codingRationale. fhir:Coding.userSelected\#true a [ fhir:source "true"; fhir:target dt:CDCoding.codingRationale\#O ]
text	Σ	0..1	string	There are no (further) constraints on this element Element id Extension.value[x].text Short description Plain text representation of the concept Definition A human language representation of the concept as seen/selected/uttered by the user who entered the data and/or which represents the intended meaning of the user. Requirements The codes from the terminologies do not always capture the correct meaning with all the nuances of the human using them, or sometimes there is no appropriate code at all. In these cases, the text is used to capture the full meaning of the source. Comments Very often the text is the same as a displayName of one of the codings. Data type string Conditions The cardinality or value of this element may be affected by these constraints: ele-1 Constraints ele-1: All FHIR elements must have a @value or children `hasValue() or (children().count() > id.count())` Mappings rim: n/a v2: CE.9. But note many systems use CE.2 for this rim: ./originalText[mediaType/code="text/plain"]/data orim: fhir:CodeableConcept.text rdfs:subPropertyOf dt:CD.originalText

Status der NLP-Verarbeitung des referenzierten Dokuments

Feldname	Kurzbeschreibung
Extension.value[x]	NLP Processing Status
Extension.value[x].coding
Extension.value[x].coding.system
Extension.value[x].coding.code

<id value="mii-ex-dokument-nlp-processing-status" />
<url value="https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-ex-dokument-nlp-processing-status" />
<version value="2026.0.1" />
<name value="MII_EX_Dokument_NLP_Processing_Status" />
<title value="MII EX Dokument NLP Processing Status" />
<status value="active" />
<publisher value="Medizininformatik Initiative" />
<contact>
<telecom>
<system value="url" />
<value value="https://www.medizininformatik-initiative.de" />
</telecom>
</contact>
<description value="Status der NLP-Verarbeitung des referenzierten Dokuments" />
<fhirVersion value="4.0.1" />
<kind value="complex-type" />
<abstract value="false" />
<context>
<type value="element" />
<expression value="DocumentReference" />
</context>
<type value="Extension" />
<baseDefinition value="http://hl7.org/fhir/StructureDefinition/Extension" />
<derivation value="constraint" />
<differential>
<element id="Extension">
<path value="Extension" />
<short value="MII EX Dokument NLP Processing Status" />
<definition value="Status der NLP-Verarbeitung des referenzierten Dokuments" />
</element>
<element id="Extension.extension">
<path value="Extension.extension" />
<max value="0" />
</element>
<element id="Extension.url">
<path value="Extension.url" />
<fixedUri value="https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-ex-dokument-nlp-processing-status" />
</element>
<element id="Extension.value[x]">
<path value="Extension.value[x]" />
<short value="NLP Processing Status" />
<definition value="Status der NLP-Verarbeitung des referenzierten Dokuments" />
<min value="1" />
<type>
<code value="CodeableConcept" />
</type>
<mustSupport value="true" />
</element>
<element id="Extension.value[x].coding">
<path value="Extension.value[x].coding" />
<min value="1" />
<mustSupport value="true" />
<binding>
<strength value="required" />
<valueSet value="https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/ValueSet/mii-vs-dokument-nlp-processing-status" />
</binding>
</element>
<element id="Extension.value[x].coding.system">
<path value="Extension.value[x].coding.system" />
<min value="1" />
<fixedUri value="https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/CodeSystem/mii-cs-dokument-nlp-processing-status" />
<mustSupport value="true" />
</element>
<element id="Extension.value[x].coding.code">
<path value="Extension.value[x].coding.code" />
<min value="1" />
<mustSupport value="true" />
</element>
</differential>

</StructureDefinition>

{

"resourceType": "StructureDefinition",
"id": "mii-ex-dokument-nlp-processing-status",
"url": "https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-ex-dokument-nlp-processing-status",
"version": "2026.0.1",
"name": "MII_EX_Dokument_NLP_Processing_Status",
"title": "MII EX Dokument NLP Processing Status",
"status": "active",
"publisher": "Medizininformatik Initiative",
"contact": [
{
"telecom": [
{
"system": "url",
"value": "https://www.medizininformatik-initiative.de"
}
]
}
],
"description": "Status der NLP-Verarbeitung des referenzierten Dokuments",
"fhirVersion": "4.0.1",
"kind": "complex-type",
"abstract": false,
"context": [
{
"type": "element",
"expression": "DocumentReference"
}
],
"type": "Extension",
"baseDefinition": "http://hl7.org/fhir/StructureDefinition/Extension",
"derivation": "constraint",
"differential": {
"element": [
{
"id": "Extension",
"path": "Extension",
"short": "MII EX Dokument NLP Processing Status",
"definition": "Status der NLP-Verarbeitung des referenzierten Dokuments"
},
{
"id": "Extension.extension",
"path": "Extension.extension",
"max": "0"
},
{
"id": "Extension.url",
"path": "Extension.url",
"fixedUri": "https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-ex-dokument-nlp-processing-status"
},
{
"id": "Extension.value[x]",
"path": "Extension.value[x]",
"short": "NLP Processing Status",
"definition": "Status der NLP-Verarbeitung des referenzierten Dokuments",
"min": 1,
"type": [
{
"code": "CodeableConcept"
}
],
"mustSupport": true
},
{
"id": "Extension.value[x].coding",
"path": "Extension.value[x].coding",
"min": 1,
"mustSupport": true,
"binding": {
"strength": "required",
"valueSet": "https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/ValueSet/mii-vs-dokument-nlp-processing-status"
}
},
{
"id": "Extension.value[x].coding.system",
"path": "Extension.value[x].coding.system",
"min": 1,
"fixedUri": "https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/CodeSystem/mii-cs-dokument-nlp-processing-status",
"mustSupport": true
},
{
"id": "Extension.value[x].coding.code",
"path": "Extension.value[x].coding.code",
"min": 1,
"mustSupport": true
}
]
}

}

MII EX Dokument NLP Processing Status

Concepts

This code system https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/CodeSystem/mii-cs-dokument-nlp-processing-status defines the following codes:

Lvl	Code	Display	Definition
1	unprocessed	Original	Dokument im Original
1	preprocessed	Vorverarbeitetes Dokument	Aufbereitung und Bearbeitung von Textinformation zur weiteren Verarbeitung
2	format-change	Formatänderung	Vorverarbeitung mit Transformation des Formats
2	content-change	Inhaltsänderung	Vorverarbeitung mit inhaltlicher Änderung, z.B. Headerentfernung
1	annotated	Annotiertes Dokument	Dokument mit Annotationen in Bezug auf deidentifizierende oder semantische Inhalte oder automatisierte Verfahren
2	preanno	Vorannotiertes Dokument	Maschinelle Vorannotation
2	deid	Deidentifiziertes Dokument	Annotationen zum Zwecke einer Deidentifizierung
2	semantic	Semantisch annotiertes Dokument	Semantische Annotationen
1	surrogated	Surrogiertes Dokument	Ausgewählte Informationen des Dokuments wurden mit neuen Informationen ersetzt. In aller Regel im Zuge einer Pseudonymisierung. Zuvor annotierte Personal Identifier Konzepte werden beispielsweise durch fiktive Konzepte ersetzt.

Additional Language Displays

Code	English (English, en)
unprocessed	Original document
preprocessed	Preprocessed document
annotated	Annotated document
surrogated	Surrogated document

Beispiele

Das folgende Beispiel illustriert die Verarbeitung eines ärztlichen Entlassbriefes der Patientin Amanda Alzheimer durch eine NLP-Pipeline (siehe Abbildung). Nach der Erschließung (Ingestion) des Originaldokuments Amanda_Alzheimer.docx wird eine Dokumentreferenz mit dem NLP-Verarbeitungsstatus unprocessed angelegt. Anschließend wird das Dokument durch eine Vorverarbeitung (Preprocessing) in das Klartextformat Amanda_Alzheimer.txt überführt. Die zugehörige Dokumentreferenz kennzeichnet den NLP-Verarbeitungsstatus preprocessed, format-change und verweist mittels transforms auf das Originaldokument. Anschließend wird eine De-Identifikation (De-Identification) der Inhalte durchgeführt, um das Ergebnisdokument De-ID.txt datenschutzkonform für Forschungszwecke weiterverwenden zu können. Eine zugehörige Dokumentreferenz kennzeichnet den NLP-Verarbeitungsstatus preprocessed, format-change, surrogated und verweist mittels transforms auf das Klartextdokument. Abschließend werden die klinischen Inhalte annotiert, was unter Umständen mehrere Ergebnisdateien produziert und sich als Archiv Annotat.zip zusammenfassen lassen. Die zugehörige Dokumentreferenz kennzeichnet den NLP-Verarbeitungsstatus durch die akkumulierten Codes der vorangegangenen Stufen als [annotated, semantic], surrogated, [preprocessed, format-change] und erweitert mittels appends die Dokumentreferenz des vorherigen NLP-Verarbeitungsschritts.

Bitte beachten: Mit dem Element relates to können Beziehungen zwischen den unterschiedlichen Referenzen eines Dokumentes hergestellt werden. Die Codebezeichnungen transforms und appends bezeichnen hierbei die Art der Beziehung:

transforms: Dieses Dokument hat seinen Ursprung im relationierten Original aber wurde inhaltlich oder strukturell verändert. Zum Beispiel wenn ein Original Dokument im CDA-Format in ein Textformat übertragen wurde.
appends: Dieses Dokument basiert auf dem relationierten Dokument, enthält aber zusätzliche Informationen wie z.B. Annotation in Form von Metadaten erhalten.

Die folgenden FHIR DocumentReference-Ressourcen verwendeten das Dokument-Profil (Dokument: DocumentReference), um die Ergebnisdokumente und die zugehörigen Dokumentreferenzen jedes Verarbeitungsschrittes der NLP-Pipeline darzustellen.

{

"resourceType": "DocumentReference",

"id": "AmandaAlzheimerOriginalDokument",

"meta": {

"profile": [

"https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-pr-dokument-dokument"

]

"extension": [

{

"url": "https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/StructureDefinition/mii-ex-dokument-nlp-processing-status",

"valueCodeableConcept": {

"coding": [

{

"system": "https://www.medizininformatik-initiative.de/fhir/ext/modul-dokument/CodeSystem/mii-cs-dokument-nlp-processing-status",

"code": "unprocessed"

}

]

}

"masterIdentifier": {

"system": "urn:ietf:rfc:3986",

"value": "urn:oid:1.2.840.113556.1.8000.2554.58783.21864.3474.19410.44358.58254.41281.46341"

"identifier": [

{

"use": "official",
"system": "urn:ietf:rfc:3986",
"value": "urn:uuid:4f8a2e7c-5b3d-4a12-9f87-3c2e9a1d5f04"

}

"status": "current",

"docStatus": "final",

"type": {

"coding": [

{

"system": "http://dvmd.de/fhir/CodeSystem/kdl",
"code": "AD010110",
"display": "Ärztlicher Verlaufsbericht"

{

"system": "http://ihe-d.de/CodeSystems/IHEXDStypeCode",
"code": "BERI",
"display": "Arztberichte"

}

"text": "Durchgangsarztbericht"

"category": [

{

"coding": [

{

"system": "http://ihe-d.de/CodeSystems/IHEXDSclassCode",
"code": "BRI",
"display": "Brief"

}

"text": "Brief"

}

"subject": {

"reference": "Patient/AmandaAlzheimer"

"securityLabel": [

{

"coding": [

{

"system": "http://terminology.hl7.org/CodeSystem/v3-Confidentiality",
"code": "N",
"display": "normal"

}

]

}

"content": [

{

"attachment": {

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"data": "Sehr geehrter Herr Kollege, sehr geehrte Frau Kollegin,

wir berichten Ihnen abschließend über unsere gemeinsame Patientin Amanda Alzheimer, die sich vom 24.01.2028 bis zum 06.02.2028 in unserer intensivmedizinischen Behandlung befand.

Diagnosen:
1. Resp. Insuffizienz bei Pleuraergüssen bds. 
2. Komb. Aortenklappenvitium mit Aortenstenose KÖF 0,7
3. Komb. Mitralvitium mit mittel- bis hochgradiger Stenose (KÖF 0.8-1.3) 
4. normale LV-F 5. cerebrale Ischämie im Bereich der Stammganglien li mit diffusen älteren ischämischen Veränderungen 
5. V.a. Pneumonie 15.12.2027 
6. Z.n. Apoplex 2002 (Hemiparese re) keine Residuen 
7. Hypothyreose bei Autoimmunthyreoiditis 
8. Diabetes mellitus mit diab. Nephropathie 
9. Gramnegative Sepsis (Fokus pulmonal oder Harnwege) 
10. Akutes Nierenversagen 

Therapie: 
23.01.28: Klappenersatz MKE bio, AKE 23er bio, Klemmzeit 2h30 min, SM Schwelle Ventrikel 1,3, Vorhof 13. 6 EK, 800 ml HLM-Blut, 2 TK. 
25.01.28: TEE, unauffällig 27.01.28: HIT-Schnelltest unauff., Sono Pleura 
28.01.28: HIT negativ 31.01.28: Angio-CCT 29.01.28: Beginn CVVH 
05.02.28: CCT und GK-CT Anamnese: Übernahme von der 3 Süd. Pt mit Kombiniertem Aortenvitium und führender Stenose. Jetzt seit heute Anend zunehmend eingetrübt und Dyspnö. 
Jetzt 24.01.28 bei OP-Indikation und nach entsprechender Vorbereitung: OP Vormedikation  

Verlauf: 
24.12.2027 Echokardiographie: 
1. Normal großer, konzentrsich hypertrophierter linker Ventrikel mit noch guter LV-Funktion 
2. Kombiniertes Mitralklappenvitium (MI II°, MS II°), kombiniertes Aortenklappenvitium, turbulenter Fluß über die Aortenkalppe, mittl. Gradient 20 mmHg (bei schlechter SB am ehesten unterschätzt) TI I° 
3. Erhöhte Druckwerte im kleinen Kreislauf. Punktionswürdige Pleuraergüße bds. 

24.12.2027 Konsil OA Prof. Brinkmann: Normotone RR-Werte, Sinusrhythmus; --> Therapieziel deutliche Minusbilanz mittels konservativer Maßnahmen - Beginn mit Toremperfusor unter Beachtung des Kreatininwertes - möglichst keine Pleuradrainagenanlage, sondern Einmalpunktion 
24.12.2027 Rechter Pleuraerguss wurde unter sterilen Bedingungen erfolgreich Punktiert und 1,2 Liter PE abgelassen. Hierunter atmet die Patientin deutlich entspannter, die periphere Sättigung ist unter 60% O2 jetzt >90%. Torem-Perfusor läuft auf 2.1, hierunter bisher knapp 700ml ausgeschieden. 
N: Pupillen isokor, lichtreagibel 
P: bds. basal abgeschwächtes AG li>re, keine feuchten RGs C: 5/6 Systolikum 
A: weich, DG vorhanden 
E: geringe US Ödeme bds 

Procedere: 
- weiterhin Bilanz, Ziel -500 - -1000ml 
- auf Retentionsparameter achten 
- bei erneuter verschlechterung erneute Pleurapunktion 
- Beginn mit Voll-Heparinisierung, Ziel PTT 50-70sec; 

PTT Kontrolle 24.12.2027 17:06 Pat. somnolent, erweckbar, antwortet mit ja und nein auf gestelte Fragen.
Atmet mit OptiFlow hierunter periph. 
sp02 >90% BGA nach Pleurapunktion unverändert 
p02 55, pC02 46 bei subjektiv zunehmender Atemnot erhöhung der 02-Gabe auf 80% 
Kein Fieber, gute Ausscheidung, Pat. mit Torem-Perf. negativ bilanziert 
N: Pupillen isocor bds lichtreagibel C: HT rhythmisch 3/6 syst II ICR re. 
P: bds belüftet, endexpiratorisches Knistern re. basal, Dämpfung li. basal 
A: weich, kein DS, D++ 
E: minimale Ödeme Unterschenkel bds Procedere: BGA Kontrolle bei Verschlechterung der resp. Situation - Punktion links - ggf. CPAP 

03.02.2028 Änderung der ABx: 
* im TS vom 01.02.2028 Klebsiellen, die auf Piperacillin resistent sind, nicht jedoch auf Tazobac. 
* Da Infektparameter steigend, Umsetzen auf Meronem 2x1 g/die (Hämofiltration). 
04.02.2028 Sono Pleura / Abdomen: Magen ragt bis vor die Leber nach re, daher T. coeliacus nicht beurteilbar. 
Pulsation in den Lebervenen, daher V.a. Rechtsherzinsuffizienz. 
Leberparenchym echoarm. 
Intrahepatische Cholestase, GB gefüllt + Sludge, keine Wandverdickung. 
Pfortaderfluß: 18 cm/s, A.hepatica RI-Wert: 0,86. Reduziertes Flußsignal in VCI. 
Niere re kein Harnstau, Niere links+Milz nicht einsehbar. 
Retroperitoneum nicht einsehbar. PE re ca 800 ml, Pleura li nicht darstellbar. 

04.02.2028 
HTG über PE 800ml informiert 
05.02.2028 CCT und GK-CT: Befunde folgen nach Vergleich mit VU (Drs. Seiler und Wantzer melden sich bei Xxxxx). Pat. während Transport und Untersuchung kardiopulmonal stabil. 05.02.2028 GKCT-Befund (Dr. Bechterew): Keine Thrombosen, keine Ischämien, viel freie FF im Abdomen, im Bereich des Pylorus und proximalen Duodenum ödematöse Wandverdickung -> könnte auf ein Ulcus hinweisen. Pleuraergüsse: re (ca. 800 ml) > li. (deutlich weniger) Tubus liegt tief über Carinawinkel -> kann 2 cm zurückgezogen werden. 
05.02.2028 HIT-Test negativ 
05.02.2028 CCT-Befund: 
Viele alte postischämische Läsionen, keine frische Ischämien, keine Blutungen. 
06.02.2028 Durchsicht des Abdominal-CT durch Fr. Dr. Müller (ACH): kein Handlungsbedarf. 
Empfehlungen: Mikrobiologie: Die Mikrobiologiedaten entnehmen Sie bitte dem Anhang. 
Labor:Labor-Resultate (Zeitraum je 3 Tage) 

Aktuelle Medikation:
Medikamente (letzte Gabe in 24 Stunden): 
Diflucan  - 400mg Bolus in 200ml fertig gelöst 
Digimerck  - 0,2mg Bolus - 12:09 Laxoberal Trpf.  - 20gtt p.o. in 1ml fertig gelöst p.o. 
L-Thyroxin  - 150μg p.o. in 10ml Wasser p.o. 
Meronem  - 1g Bolus in 100ml NaCl 0,9% 
Pantozol  - 40mg KI in 100ml NaCl 0,9% 
Refludan  - 1mg - 11:30 SDD-Suspension  - 5ml p.o. in 5ml fertig gelöst p.o. 
Infusionen (letzte 24 Stunden, ohne Spülungen): 
Intraflow  - 9,0ml/h (500ml ) 
NaCl 0,9%  - 9,0ml/h (500ml ) 
NaCl 0,9%  - 11,0ml/h (250ml ,  1000mg Vancomycin ) 
Tropf-Infusionen: Actrapid HM  - 0,122E/kg/h ,  10,0ml/h (50E  in 50ml NaCl 0,9% ) 
Arterenol  - 0,122μg/kg/min ,  6,0ml/h (5mg  in 50ml NaCl 0,9% ) 
Hydrocortison  - 0,098mg/kg/h ,  2,0ml/h (200mg  in 50ml NaCl 0,9% ) 
Kaliumchlorid 7,45%  - 10mEqhr ,  10,0ml/h (60mval  in 60ml fertig gelöst ) 
Suprarenin  - 0,081μg/kg/min ,  4,0ml/h (5mg  in 50ml fertig gelöst ) 


Wir danken für die prompte Übernahme von Frau Alzheimer und stehen für Rückfragen gerne unter der o.g. Telefon-Nr. zur Verfügung. Die Angehörigen von Frau Alzheimer haben wir über die Verlegung zu Ihnen unterrichtet. (Telefon: Sohn Alois Alzheimer 08991/23354 Handy 0699-15099887) 

Mit freundlichen kollegialen Grüßen 

Prof. Dr. Norbert Breuer      Klaus Pfeiffer                 Priv.-Doz. Dr. med. Xaver Seiler 
Ärztlicher Direktor           Oberarzt 		         		 Assistenzarzt",
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"data": "Sehr geehrter Herr Kollege, sehr geehrte Frau Kollegin,

wir berichten Ihnen abschließend über unsere gemeinsame Patientin [** NAME_PATIENT VI5FH1 **], die sich vom 24.01.2028 bis zum 06.02.2028 in unserer intensivmedizinischen Behandlung befand.

Diagnosen:
1. Resp. Insuffizienz bei Pleuraergüssen bds. 
2. Komb. Aortenklappenvitium mit Aortenstenose KÖF 0,7
3. Komb. Mitralvitium mit mittel- bis hochgradiger Stenose (KÖF 0.8-1.3) 
4. normale LV-F 5. cerebrale Ischämie im Bereich der Stammganglien li mit diffusen älteren ischämischen Veränderungen 
5. V.a. Pneumonie 15.12.2027 
6. Z.n. Apoplex 2002 (Hemiparese re) keine Residuen 
7. Hypothyreose bei Autoimmunthyreoiditis 
8. Diabetes mellitus mit diab. Nephropathie 
9. Gramnegative Sepsis (Fokus pulmonal oder Harnwege) 
10. Akutes Nierenversagen 

Therapie: 
23.01.28: Klappenersatz MKE bio, AKE 23er bio, Klemmzeit 2h30 min, SM Schwelle Ventrikel 1,3, Vorhof 13. 6 EK, 800 ml HLM-Blut, 2 TK. 
25.01.28: TEE, unauffällig 27.01.28: HIT-Schnelltest unauff., Sono Pleura 
28.01.28: HIT negativ 31.01.28: Angio-CCT 29.01.28: Beginn CVVH 
05.02.28: CCT und GK-CT Anamnese: Übernahme von der [** LOCATION_HOSPITAL WN7FU1 **]. Pt mit Kombiniertem Aortenvitium und führender Stenose. Jetzt seit heute Anend zunehmend eingetrübt und Dyspnö. 
Jetzt 24.01.28 bei OP-Indikation und nach entsprechender Vorbereitung: OP Vormedikation  

Verlauf: 
24.12.2027 Echokardiographie: 
1. Normal großer, konzentrsich hypertrophierter linker Ventrikel mit noch guter LV-Funktion 
2. Kombiniertes Mitralklappenvitium (MI II°, MS II°), kombiniertes Aortenklappenvitium, turbulenter Fluß über die Aortenkalppe, mittl. Gradient 20 mmHg (bei schlechter SB am ehesten unterschätzt) TI I° 
3. Erhöhte Druckwerte im kleinen Kreislauf. Punktionswürdige Pleuraergüße bds. 

24.12.2027 Konsil OA [** NAME_TITLE MF3DV3 **] [** NAME_DOCTOR BX1AP1 **]: Normotone RR-Werte, Sinusrhythmus; --> Therapieziel deutliche Minusbilanz mittels konservativer Maßnahmen - Beginn mit Toremperfusor unter Beachtung des Kreatininwertes - möglichst keine Pleuradrainagenanlage, sondern Einmalpunktion 
24.12.2027 Rechter Pleuraerguss wurde unter sterilen Bedingungen erfolgreich Punktiert und 1,2 Liter PE abgelassen. Hierunter atmet die Patientin deutlich entspannter, die periphere Sättigung ist unter 60% O2 jetzt >90%. Torem-Perfusor läuft auf 2.1, hierunter bisher knapp 700ml ausgeschieden. 
N: Pupillen isokor, lichtreagibel 
P: bds. basal abgeschwächtes AG li>re, keine feuchten RGs C: 5/6 Systolikum 
A: weich, DG vorhanden 
E: geringe US Ödeme bds 

Procedere: 
- weiterhin Bilanz, Ziel -500 - -1000ml 
- auf Retentionsparameter achten 
- bei erneuter verschlechterung erneute Pleurapunktion 
- Beginn mit Voll-Heparinisierung, Ziel PTT 50-70sec; 

PTT Kontrolle 24.12.2027 17:06 Pat. somnolent, erweckbar, antwortet mit ja und nein auf gestelte Fragen.
Atmet mit OptiFlow hierunter periph. 
sp02 >90% BGA nach Pleurapunktion unverändert 
p02 55, pC02 46 bei subjektiv zunehmender Atemnot erhöhung der 02-Gabe auf 80% 
Kein Fieber, gute Ausscheidung, Pat. mit Torem-Perf. negativ bilanziert 
N: Pupillen isocor bds lichtreagibel C: HT rhythmisch 3/6 syst II ICR re. 
P: bds belüftet, endexpiratorisches Knistern re. basal, Dämpfung li. basal 
A: weich, kein DS, D++ 
E: minimale Ödeme Unterschenkel bds Procedere: BGA Kontrolle bei Verschlechterung der resp. Situation - Punktion links - ggf. CPAP 

03.02.2028 Änderung der ABx: 
* im TS vom 01.02.2028 Klebsiellen, die auf Piperacillin resistent sind, nicht jedoch auf Tazobac. 
* Da Infektparameter steigend, Umsetzen auf Meronem 2x1 g/die (Hämofiltration). 
04.02.2028 Sono Pleura / Abdomen: Magen ragt bis vor die Leber nach re, daher T. coeliacus nicht beurteilbar. 
Pulsation in den Lebervenen, daher V.a. Rechtsherzinsuffizienz. 
Leberparenchym echoarm. 
Intrahepatische Cholestase, GB gefüllt + Sludge, keine Wandverdickung. 
Pfortaderfluß: 18 cm/s, A.hepatica RI-Wert: 0,86. Reduziertes Flußsignal in VCI. 
Niere re kein Harnstau, Niere links+Milz nicht einsehbar. 
Retroperitoneum nicht einsehbar. PE re ca 800 ml, Pleura li nicht darstellbar. 

04.02.2028 
HTG über PE 800ml informiert 
05.02.2028 CCT und GK-CT: Befunde folgen nach Vergleich mit VU ([** NAME_TITLE SZ2JN6 **] [** NAME_DOCTOR HY3XA2 **] und [** NAME_DOCTOR WU1WA4 **] melden sich bei Xxxxx). Pat. während Transport und Untersuchung kardiopulmonal stabil. 05.02.2028 GKCT-Befund ([** NAME_TITLE KN4NE0 **] [** NAME_DOCTOR EW7XD0 **]): Keine Thrombosen, keine Ischämien, viel freie FF im Abdomen, im Bereich des Pylorus und proximalen Duodenum ödematöse Wandverdickung -> könnte auf ein Ulcus hinweisen. Pleuraergüsse: re (ca. 800 ml) > li. (deutlich weniger) Tubus liegt tief über Carinawinkel -> kann 2 cm zurückgezogen werden. 
05.02.2028 HIT-Test negativ 
05.02.2028 CCT-Befund: 
Viele alte postischämische Läsionen, keine frische Ischämien, keine Blutungen. 
06.02.2028 Durchsicht des Abdominal-CT durch Fr. [** NAME_TITLE KN4NE0 **] [** NAME_DOCTOR VK2AV3 **] (ACH): kein Handlungsbedarf. 
Empfehlungen: Mikrobiologie: Die Mikrobiologiedaten entnehmen Sie bitte dem Anhang. 
Labor:Labor-Resultate (Zeitraum je 3 Tage) 

Aktuelle Medikation:
Medikamente (letzte Gabe in 24 Stunden): 
Diflucan  - 400mg Bolus in 200ml fertig gelöst 
Digimerck  - 0,2mg Bolus - 12:09 Laxoberal Trpf.  - 20gtt p.o. in 1ml fertig gelöst p.o. 
L-Thyroxin  - 150μg p.o. in 10ml Wasser p.o. 
Meronem  - 1g Bolus in 100ml NaCl 0,9% 
Pantozol  - 40mg KI in 100ml NaCl 0,9% 
Refludan  - 1mg - 11:30 SDD-Suspension  - 5ml p.o. in 5ml fertig gelöst p.o. 
Infusionen (letzte 24 Stunden, ohne Spülungen): 
Intraflow  - 9,0ml/h (500ml ) 
NaCl 0,9%  - 9,0ml/h (500ml ) 
NaCl 0,9%  - 11,0ml/h (250ml ,  1000mg Vancomycin ) 
Tropf-Infusionen: Actrapid HM  - 0,122E/kg/h ,  10,0ml/h (50E  in 50ml NaCl 0,9% ) 
Arterenol  - 0,122μg/kg/min ,  6,0ml/h (5mg  in 50ml NaCl 0,9% ) 
Hydrocortison  - 0,098mg/kg/h ,  2,0ml/h (200mg  in 50ml NaCl 0,9% ) 
Kaliumchlorid 7,45%  - 10mEqhr ,  10,0ml/h (60mval  in 60ml fertig gelöst ) 
Suprarenin  - 0,081μg/kg/min ,  4,0ml/h (5mg  in 50ml fertig gelöst ) 


Wir danken für die prompte Übernahme von Frau [** NAME_PATIENT MU8MP6 **] und stehen für Rückfragen gerne unter der o.g. Telefon-Nr. zur Verfügung. Die Angehörigen von Frau [** NAME_PATIENT MU8MP6 **] haben wir über die Verlegung zu Ihnen unterrichtet. (Telefon: Sohn [** NAME_RELATIVE YJ2HO1 **] [** CONTACT_PHONE YM6MZ9 **] Handy [** CONTACT_PHONE HT0RL5 **]) 

Mit freundlichen kollegialen Grüßen 

[** NAME_TITLE EU4AM5 **] [** NAME_DOCTOR JT6PK4 **]      [** NAME_DOCTOR ZE5NK2 **]                 [** NAME_TITLE CJ2JE7 **] [** NAME_DOCTOR UU1FQ2 **]",
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VyGuzt2GNJ22rCnnt1LBVvpWgKuS1M/0EX7hfFfLame/QpNdpVSGvzYr7dUjfo33m6715j/SHA6pBXjt7XhfdBlsN8tqZX0yedP6+GuS1czzRon20QV4788uphf7oXTX4Md+sAV+HQmvB7/mWmLfXIf1uV/hJ36J5Xfw7VOFXfUt00Wihc7W1wg/7lsjVLl/JXxf8tm/JrwQXOldbK/y8b9ZHb/1kpBb8wm/JT/wWOu9bK/zIbxn5HHm7r/A7vyXtnq8drg1+6jdrh5XfMaA2+LXf3DNA+U0DaoMf/M1tA5Sv960N8VrNel/l631rQ7xWs95X+Rrd2hCv1azRVX5Lg9oQr9Ws0VXh57SGeK3mLgIqNHevjnitSnB35etqqyuy+6yrXYe0n3DEa1XSTwj9wYnqiNeq9Lwueu1eHfHaJZBa/BrZEa9ViTWyKt0HVh3x2k1g16L9qiNeq1lXuw7p59gRr1WNOFqV5u61I16rKqlFc+TaEa/VJxsfKM1Oake8dgnk2NPtr7UjXrsE8rro+pzaEa/VrNFVpWv5a0e8VjVq+ZXfvKAOxGv1yfYFfL1vHYjXatb7Kr8XQh2I1+qT3RD47RDqQLxWn2yIoLz/GojXLoG8R/qjDXUgXrsE0r54XzgQr1VNX6g0o6gD8dpNYNeix34iXqs6cuzp+sJ6Wk4/14r6QuV3JKgT8VrNPQnU+JzCRLx2+ayIAYzmHXUiXrsEYt1h9MfC6kS8VrN2WI2P5SbitWrpV41m0nUiXrsJ7FqsL2wF8Vq1yHWo0RymFcRr1WraBO1XW0G8VnMbBuX3YWgF8Vq19KvmrH21gnitZn30OmTXVq0gXrsJ7FqsrbaCeK1a7jVj9Fq0CeK1m8CuRduXIF6r1tO+aL7dBPHaJRBzrdH1mE0Qr1XL7WKM/oxjE8Rr9VQpuGlVmuk0QbxWc5OGdcjGE00Qr90Edi3+OSJeuwnsWvTYK+K1SyDGvtL5r6aI12rN/FdV2r4U8VrNrRa2DwiQWojXam6SoPwuCU0Rr90Edi02ZmoKt0GtuVao9PzYFG6GWnN+rPT82BTx2k1g16JtwhCvXQJpE3TPTzPEa5dA2j3dG9gM8dpNYNeibcIQr10CMQ/x20I0Q7xWs19BK835miFeuwRyvOh1RzPEa5dA3iNdo9sq4rVLIO2en2sr4rWbwKMWzU5aRbx2CaTPoWvJWkW8dgnkddHroVYRr9Wa66FK91K2init1pFjT/dStop4reY+GNroNUyriNduArsW7e8b4rXack5rdJ6pNcRrl0CMF9/f0Rritdoyz8T3PrSGeO0msGvRvrAhXqst5zS+92FJIbvPfgXl+xVaQ7xWs19hHfL3iHjtEnhyj/RzdMRrl0A+Rzp/3xxuuNqiRkT5DUmawz1Xs49iHdL+y+G2q7kniTZ+TnO482pr+W7TTLo55LW5m4jyPRnNIa/NHTe00Xy7dchr28jrovNMreNdWDPPxG+70TreiDXXVk5zvjXIyO6z90FPTQikFuS1J9LzqMW/2x3y2qzlX4e03XfIaz3fR35jidYhr82dJdYhbasD8lrPHAy/uUQbkNfm7hLKby+xDBzZfe4voU5/S6wNyGu953Pk8xMD8trcrUKdriVrA/LarL9Xvv6+Dchrs/5e+W002oC81rMewGlm2CbktT7zHuncdjtVegGteI6d7gNrE/LaXlKLj78m5LU946/O+68Jee1JYNei36EJeW1PX9jpPrA2Ia/tGRd2Pj8xIa/NvoB1yPpVL5DX9sxP8Jt0eIG8Nnfp0E7HX14gr+1ZP9FpH+0F8tqeMVOnc+5eIK/tyTL53gcvkNd2f6LF+q8V+kK7j6/YK7/1hwvktT3zAPzmHy6Q1/achzo9D62ICNp9zkOdnodcIK/tOQ/xfRQukNf2mbZK+2gXyGt7xoWdro92gby2R320DjoP4AJ57cjc9qDX7q6Q1+b+JMpvUOKnT6s914r6aB10DtkV8tqRfnXQ/NEV8tqR/HHQ/NEV8trcp0T5fgVXyGuzX0EHnfd1hbx2ZL3JoGNyV8hrR31yj/T7aJDX5n4lym8z4gZ5be4zovz2IG6Q1+b+IDro3KMb5LUjY19+Ow43yGtzP451yN8j5LUjY99Bx75ukNeOrJcb9HrbK+S1I/3qoFmmV8hrR7LMSfNHr5DXzsyv8ltzeIW8Nvfm0EnnMb1CXjuTzU06X+gV8tqZvpDfmsEr5LUzfc7kfU6FvHamz5l0Xs4b5LUzvjWwDul3qEFeOzNenTRr8gZ57UzWxG/34A3y2tzvQSddO+wN8trpaRN8vNogr50Zr066FsMb5LUzewwm3TfnDfLa2dO++HjVIa+dGa9OuqffHfLamTmFSW9/5w557ZzpJ3i/6pDXzoxXJ73ZpzvitVaih9j4fTLcEa+1ErGvFfrbMu6I124CuxZtXx3xWitRx2eFzk94R7zWiuZ18fFqR7zWsq/JCs10vCNeuwnsWrR9dcRrrUQO2Qr9bRnviNda7m1hfL+Vd8RrLfut1iF/j4jX2mlzjEctmun4QLzWSjCd7aOqpBbitZa9W1Z4vzoQr7XS077oegAfiNda6TlefOw7EK+1MtPn0AzfB+K1lvtkGL9Phg/EazeBXYv2EwPx2iWQz5H39xPxWisRR5vQNYE+Ea81iTq+dUjb10S81iTqFNYhf4+I124CuxZtXxPx2rXYDZvgewN9Il67CexatE1MxGtNck4TmgX0gnjtEsjxovM5a3pEdi+az5HOufeCeK2J5nXRdWm9IF67BGJOE7qHpRfEa5dA3iM9d/SCeO0msGuxttoL4rUm8V2f7ePLpBbitZvArkWPvSBea+I59vQ81AXx2iWQY0/PQ10Qr90Edi167AXxWpORY0/36XRBvHYJ5HjRfdJdEK/dBHYt/h4RrzXJuVbo3FAXxGs3gV2Lti9FvNYkGKspPaf1064fz7Syx3P7uDephXitZY+nKT0/dkW81jTnR75ftCvitZvArkXblyJea9l7av9X29ssyXEkaYL3fQqTGpkR1jYAuv2bobdXhH9FclmsohBodktfVhJAIJGN/MHkD1nkeZ5hTiPSl3qAOdWpToP7PNN+qh7hGuGhdNcgudVNE0dmmqq7qZqamn6mpsG81tag4bUxyFobzGttDRpeOxLY0bKutTVqeG0MstYGc05/jRpeCwJRaJnHPmp4LQhMvlww4wo1anjteMv7jpZ5PkYNr41B1lp7jmeNGl47EtjRMut91PDaGGStDeZYWk0aXgsCol9mvLYmDa+NknuKR7OdSBpeCwIyXuY9TE0aXgsCohN2G500vDZKjmeMdhudNLx2JLCjZf9GDa+NccICYrTbnKThtSCwR8u8dmQNr41xug85RnOcqfJN98e0JM5kzz2tWcNrY5zyYfBolmPW8Noouacxms891qzhtVHyRWM030lSs4bXxijxr2jGTmrW8NoouafRXk+nZg2vBQH5RvNddbVoeG2MRd7LjAXUouG1UfJFMXLm8SoaXjsS2NEyz8ei4bUxSvwr2u1q0fDaGMWuRvu+o2h4LQhM63Y0Y9K1aHgtCMgcsu87qobXjlUqtrTs9r5qeG2UmkEx2X3MquG1I4EdLbP9qhpei/k82a9k9wurhtfGJH6hvf5QrRpeG6X+ULTnLNaq4bUxTXknMZnPrtSq4bUxpT1aZv1qGl4bJc8w2vMMa9Pw2ih5htGeZ1ibhtfGNOVk4NGsX03Da2OSGEyy2+im4bVjtZEtLbtdbRpeGyWfD4/28dLwWhDYey+7Tmh4bUxiV+15hrVreG2UPMOYzBhr7RpeG5PEJ+z5fJhCmt5LPl+05/PVruG1MQ/yXnb71VW8Nov9sufz1a7itZLPF+05eLWreK3k4I1FX0y02qDitVJ/KNrrD7VBxWslny/a8/naoOK1ks8X7fl8bVDxWsnni/Z8vjaoeG0W3zeb7zeBuVf1Pst4mW10G1S8NmcZL/P5nDaoeG0WPzqb4+TNq3it1FiK2ZyL1LyK12ax0dl8B1XzKl6bJbZtzw1sXsVrpV5TzOac6+ZVvFby+fBotffNq3htns49jgWKjLRUvDbv2XvzOZjmVby2yDmYYl47WlDx2iIxZHvtpxZUvFZqP8Vivt+kBRWvLRJfLea1owUVry2ydhRzfLUFFa8tEl8t5nWoBRWvLdN5zGivI9WCitdKHalY7GtHVPFaqf0Ui/ncUIsqXlui6Jd9HYoqXltkHbLni7ao4rWSLxqLfR2KKl5bZO0oZp+8RRWvLUXG3pw/1KKK1xZZO+y1n1pU8Vqp/RTttZ9aUvFaqf0UizkXvCUVr5V80Wivi9SSitdKXmYsdnufVLy2iL2v5vujW1Lx2irxaHu9ppZUvLaKva9mzLAlFa+tghnacxZbUvHaKmcxqt0nzypeW8WPrnY7kYOm91XsRLX7hVnFa6vEAao5VtuyitdWwa3s+Xwtq3it5PPFap+PWcVrpS4SHu3jpeK1tYmumvNhWlbx2ip+YbXP7aLitXVvbpvjmK2oeG2VOKY9n68VFa9tEgdodjtRVLy2SRygmes+tKLitU1w92b3mYqK1zbxmey5ga2oeG0Tm9PMOEyrKl4rOXjRnoPXqorXNsHK7Tl4rap4reTg4dFso6uK17a0N15mG11VvLZN+TCxmfO3W1XxWskNxKNdjipe28SXa8UuRxWvbeLLNfveval4reQZxma391yRTKEl32jO325NxWuljhQezfu0puK1TWIK9pzF1lS8tslZsm73v5qK13bxv7rdRjcVr+3if9nrW7Wm4rVdzll1MwbWuorXSn0rPJptTlfx2i45LN3b30vFa7la5ZaW+ZxC6ype2+Wcgj3/sXUVr+0SX+3mvPLWVby2x733Mut9V/HankSO5rUDM0TVe8HTuhlP64OK10peZrTXA+uDitdKPTA82t9LxWt7ljlkPofcBxWv7bLftuc/9kHFa3sRvTffg9QHFa/tTeRozt/ug4rX9imHJQ1mu9q9htcmyedLg/nMFsyXovdpmM7VpsHs+3av4bUgkIWWWY5ew2tBoE20zH509xpemwYvY28+/9W9htemwcs3muOrsOaK3o8EdrSs9r57Da9Nw2Tv02DeK/Sg4bVpmHC+NJjjEz1oeC0IyHuZY6JYsVS9jzL2drsaNLx2JLCjZZZj0PDaNGSZj+Z7kHrQ8NqxQu6Oll2OGl6bhiLfaPaje9TwWhCQOWSuF9CjhtcmyX9M9tp1cBxUvW8y9nYbHTW8NkluYPLm86s9anht8lNMIXnz/XI9angtCEx2wtttYdTw2iR5c8mb7xuCd6XpvZ/81WTPdetJw2uT5Lolb7dfScNrk+S6JW/2V3vS8FoQEDmaMfyeNLwWBOQb7TYnaXgtCAgt8969Jw2vTVIHL3lzfLUnDa9NfsLwk7f7mEnDa5Pk8yV7Dh68ZFXvp1zw5O02Omt4bfLTXXXJXuuvZw2vTVLrL9lr/fWs4bVJav0le94cdgKq3otd9eYYMjYFqt43sV/mXPCeNbx2rKS9o2W2E0XDa5Of7kFK9vy0XjS8diSwo2W2OUXDa5PkuiV7PcNeNLw2Sa5bsuen9aLhtUny05I9Pw2bO03v+VTFlpZ9HSoaXpuC+NHBHNvGRlHT+xCElvm8b68aXjtWRN/SMtfK6lXDa8eK6Fta5tzmXjW8NgWxhcHuY1YNrx0J7GiZx75qeC0IyNibY6K9anhtklp/KZhjor1qeG0KU0wUj2Y7UTW8diSwo2XWiabhtUnywPBoXrdbUPV+wuZStMcBmobXJqn1h0ezfjUNrx0J7GiZ9atpeC0ITPplzynrTcNrk+SUJXseWG8aXjsS2NGyj72G16YYZLzs9qtreG2KYr+iOV+hdw2vHQnsaJnnUNfwWhAIQsusE13Da0FAdMJ8FrZ3Da9NMYsczXdZ9K7htSBQhJbZ3ncNrwWByd5Hs432w6ABtiOFHTGrkQYxDbFNkqGWojlCAWIaZJskRS3ZU8FATMNsk+SCpWg+2wFiGmgLCqIY5iAFiGmobYqygkSz1QcxDbZNUcy+vUwfiGm4bZI6fSmZ46x+8Bpwm5IEWu3F9UAsaDNAquulZEaKQEyDblMSU5bMpgzENOw2SR5XsteeAzENvE1pOgCBxxM+U0NvU5Kopr3KG4hp8G2SMm8pma8LADENvwWFyWrYc7n8EDQAN0kyV0rmwCaIaQjuSGFHzK60QYNwU6qitOYj+SCmYbhJaqrh0a4aQQNxoVuiGubLDEBMQ3FTEi/Wnh0GYhqMm6TcW0rmI2Z+iBqOO1LYEbMrbdSAXFCYBJDNwQYQ05BcUAhCzD5mUYNyRwo7YvY1IGpYbpK6dsle1w7ENDA3SWG7lM2BbxDT0NyRwo7YCQLQ4FxQEAGY0/38kFQ8N8tegg/TWompgC6HLHfE7BM9qYhuFvTOXnUPxFRIV9L0UjZfBQFiKqYr+XBYWuwmKKmgbpZ1M5sD8yCmorpZIvP27DoQU2FdKUuX7Clxfsgqris5cXi0f2ZWgd0swZpsLmwOYiqym4vo2QmLcFah3SzwYjanb4CYiu3mKmN2wqYiq+Bulk1FPmHdzCq6m2XdtGfG+aGo8G6erh9NxXw8BcRUfLfI6mSv5wdiKsArBf1SOcE4FhXhLWIcywnGsagQbxF7Vk7YBxQV4y0S0ygnWI2igrySWJXKCa57UVHeIoheMSNn2NOpMG8R6KycYM+qivNKnlYq5vtaQEwFekuTMTthj15VpLeIg1zMEWMQU6He0vfezG62q4r1FnFD7XlMIKaCvZLIlKr58CuIqWhvlQ1/NSNCfmgq3FsFEqrm1FUQU/HeKvHZaj5PAGIq4FunA7B4tM/NpiK+VU5E2TO2QEyFfCVlK1UzdA9iKuZbswjgBKvRVNBXisOleoJ70FXUt4p7UM0oOYipsG8VmNyeAgZiKu4rOWDJngMGYirwK0lgyZ4EBmIq8lubqIb5pgEQU6HfKqEIe0oZiKnYr+SUJXtOGYip4K8UnMOjWTX8oKK/VVyqZnep/KDCv02O/DZ79IACGyqxIMTMY0Z7RJXYNNGb3dKSu60RE/+smVE1T56LSmxSjWY+uuVpEdCIyX6zmWtveJpPKjFRDbuz572KAkvmFR7tY+aDNgOaxGmbPU7rvYoDN4nT2vOlQEwFglsVAdjtmfcqEixV3pK9MhuIqVCwlGZLzW6CvFex4DbltSZ7/hWIqWCwJGAle9IUaYY2AyRrKtmzpkBMhYMlbSrZ06ZATMWDu3iO3e45+qACwpKElbr5YioQUxFhyXZK9mwnEFMhYSkdl+yl40BMxYSldhwezYuwjyomLAlPyZ7wBGIqJtwFke/mk60gpmLCkvKU+gmWNqqYcJedcLfjTj6qmHAX3MleqA3EVExYKrUle6U2EFMxYSnVlrrd2fNRxYS7OHvdjjv5pGLCfbpYKnXz4U8QC+oMmJy9bM/IAjENE87DZGmzvcQaiGmYcJYaa3i0T6ekYcJ5mMx2tic/0RqszIAsFduyvWIbiGmYcJZUqjycYLaThgnnYcofyIP5DKj3WcOE8xD2iNmVNmuYcB6mmw7zYL7JCcQ0TDhLObk8nLAGZA0TzsO0BuDRrhpZw4RBQaRpTlQFMQ0TzsNktvFoN0FZw4TzkEWa5quhyHFUZ0ARAZxgaYuGCYOCzE07uOCLhglnqd6WB3PmK4hpmDAoiDRPcJCLhglnqd+W7fXbQEzDhPMwwR55OGENKBomPFLYEbNbjaJhwiOFHTG7NKuGCWepB5ftdddATMOEsx+EmB2t9lXDhEcKO2J2PasaJpwlhSzbU8jwlxomnCWHLPsTogdVw4RBIQmxE95Mw4RHCjtiJ0hTw4RBQaR5wg6laZhw9tMOBY/26dQ0TBgURJp2UN43DRPOPome2Q+z+aZhwtlPh9nwaFeNpmHCI4UdMfsMaBomnCXJLdsLuoGYhglnySbLXHbMSKxrmHD2VcbshKWua5hwlvpw2Z6bBmIaJjxS2BIzF5MGMQ0TBgUvxOyq0TVMOPsmVsN+Zs93DRPOvslnnrDUdQ0TzpLslv0Jse2uYcIjhZFYsO+dwqBhwlnS3bK9VBmIaZhwDlN+c7bXKgMxDRPOQZa6YN/uhEHDhHOQpY5L3FmJaZhwDkHGzH46OgwaJpzDFCjP9pw3ENMw4SxJbznYF5QwaJhwDrKgBHMGig9ew4RBQcbMvkOBFmkzIOQ9YmarEbyGCYNCEmJmqxG8hglnye7L9mpqIKZhwlnKqeVg3zsFr2HCWXIFc7BnewSvYcI5TNke2V6cDbLUMOEs1dlysC8oIWiYMCjImNn3TiFomHAOfY+YXc+Chgnn0EXP7CdJQtAwYVBoQsxutoOGCec44ZvZXjoOxDRMeKSwI3bCmGmYcJZCdNmezIjth4YJ5zgdmMkx2FUjapgwKMhn2rc7IWqYcJZadDnatzshaphwjhI/sxejAzENE86ShZij/fQNVg5tBsQo0jxhdYoaJpyjrE7RnlUUooYJZ0mQzPakRmxSNUw4S1ZjjiesTimoM0BWp2gPxoWkYcIjhR0x+1KXNEw4xyJjdsKCkjRMOEv6YLZXuAMxDRMeKeyInfCZGiacJRcx2+vSgZiGCWcpTIdHu9JmDRMeKWyJnbDUZQ0TzpLYmKN9uxOyhgnnKNudExIbQ9Yw4ZHCjph9bmYNE86SJZmTHZQPWcOEc5LIXjJfIQdiGiacGSfbEgt2PSsaJgwKQYjZP7NomPBIYUfM/plFw4RHCjti9hlQNEw4J0F30glLXdEw4SwFAvFo17OiYcKgIGNmP7EUioYJZ8l5zckOFYWiYcJZ6g3mE9JUsWVQZ4BARfaCgyAW1Bkgkb10wupUVUxY0lSzvXwhiKmYcJJdXbKfp8XOSJ0BRcbMfFk3nUpRZ4BsEZM9qwieuzoDJICZ7AHMUFVMWGorZns9RB+aiglLQcScTtgiNhUTTrIIJ3vMMTQVE04Sc0wnLMJNxYQltRePdnvWVEw4yYp+Qp5waComLHnC+YQ84dBUTFjyhHM6YfPaVUw4y+b1hNTe0FVMWIpS5nxCNLSrmLDkvGYuQW4lpmLCnJu6I2aXZlcx4Sz7zXxCZK+rmHCW1SnbT0WErmLCWcKE+YQwYVcxYSm1mO3lEX0cVExY6iPiyewexEHFhLNsxLL9MFscVEw4F1Fae5gwDiomnIuohh0Ri4OKCUvOaz4h5zUOKiYsOa/5hJzXOKiYsOS8ZnuFShBTMeEs+80T0lSjVzFhqVGZ7TUqQUzFhCXnNWf7uhm9iglnweqyPd0mehUTzrIIZ3OJdjq0qs6AJqph31ZHr2LCWRbhbF/qolcxYamgmU/IE45BxYSlhGYu9osnYlAx4SLb6mLfVsegYsJSRDPbC1+CmIoJl+k29Vzs62YMKiZcZN0s9s1rDComXGTzekIGcwwqJlzkJEmxb15jUDFhSYfO9kqaPkYVEy5yLMVe/hLEVExY6l/i0a4aUcWES5Qxs++EY1Qx4TLd6pntlTlBTMWEi2yriz2CHKOKCReJIBdz/SsQUzHhkkRp7Uf6Y1Qx4SJ79GK+Zc/HpGLCRU7fnJDcHpOKCUtyez4huT0mFROW5HZ4HSe8mYoJF9kJF3tsOyYVEy5VlNaeHxCTigkXiSCfkHYfk4oJF9lvFvsJzJhVTFgy5fFot7RZxYSLHJip9i1izComLHVN8WiXZlYx4SpgabWDpWPdd4VYEmL2GZBVTLhK5kK1H+UZK6wfE/PymfYjsDGrmHCVc0HVfgR2rBmuEMtCzG62i4oJVzlkVINdz4qKCcu9B3i0S7OomHAN8mb2Q0axqJiwVKrN9QT3oKiYcBX3oNpDEWMJ5mNiSd7MfgR2LHusEJPpZEdesaCrM0DC0fWEDT+r0TExOcpTT9ijVxUTrrKtrvZUuFhVTLhWeTN70nGsKiZcZSdc7TkVsaqYsNzIkOsJ+82qYsJVEjROuN4hVhUTliK/udpPrcamYsJyvUM+4XqHsUDtMTGBcesJK3pTMWG5kSHbawb7sTbqEbEmS5290C+IqZiwVPrFo32iNxUTbpIG0bzdcWkqJsy3xW+JnbBF7Com3OT0TTMXA/NjXUyF2DQD7JWDQUzFhJsEfZu5VAOlvGozQOoQZ3sdYhBTMeGW9j7TPtG7iglLVeNsr0QMYiomLOWDs718MIipmHCTXV2zI69jnUGFmMwAO/KahqDOAEFem32LmAYVE26yRbSXSfZjtTqFmCitfb+ZBhUTbrIINzvymgYVE5aqy7nZV/Q0qJhwkxW92Y8/pUHFhJsEfZt9qRvLpinERDXsm9fkVUy4CSTZ7Idzx6pkCrFpBnR7nDZ5FRPuEqc94eaP5FVMuMuJpW7f1SWvYsJdNmI9nCAAFRPustR1+w5lrNZ0TCzuEbMLIKiYcJelzl7oGMRUTFgqHePxBGIqJtxlDeh2fDMFFRPuctC0n2Bpg4oJd7G03Q5JpqBiwl22OyfcrzEW6DkmJidJ+gn2LKqYcBd7dsJlHSmqmLBc1pG7/fBHiiom3CVz4YTLOlJUMeEuIFa3J2qPpVMUYrulrtjrFPuxvsicWJH7NcpwgnGMGiYMCn0idoJxjBomDApxImY/r5GShgmPFHbE7BM9aZgwKCQhZhdA0jDhIpd1lOEE45g0TLgMk3Esg30fkJKGCZchyWfaMZSx7oNCTFTjBAc5aZhwGbIQO8E4Zg0TLsNkHMtgPxWRsoYJl6HIm9mv+kxZw4SLFBoug7mgHIhpmHAZqujZCZY2a5gwKAixEzzHrGHCRe7XKCfcYjHeRq4Qm+yZt58/G+8zPyImF08Ue+Vin4qGCRcpXYxHuz0rGiY8UtgRs39m0TDhkcKWWDjhMzVMuPDFjDti9nWzaJhwkVLI5YS7IlLRMOEid0UUbz9ml4qGCRef9ojZp1PRMOGRwo6Y3QRVDRMuUlq5nHBXxHjP9DGxyact9hrGfrzY+ZjYlO+ER7vZrhomPFLYEbPrWdUw4ZHCltgJZrtqmPBIYUfshM/UMGFQENWwnz8bL9w9JjadPyveno2bmoYJg8IkgGAHS1PTMGFQmCZ6OME4Ng0TLmGCJPFoV9qmYcIjhS2xE4xj0zDhEsQ4hhPc0KZhwiOFHTG7njUNEy5yiUIJ9uNPqWuYMCjIm53g03YNEy4hyZvZDzSnrmHCoCACOMGedQ0TLpJ2X05Iu09dw4RHCjti9tWpa5jwSGFH7ARpaphwkQsB8Gif6F3DhEcKO2JmZy8PGiYMClWImaWZh6DOgCYT3e7T5kHDhIvUSS722sYgpmHCJexZWnsoIg8aJgwKk9JG+1GePGiYcJGrCvBodlzyoGHC8E2nGXDC7QLjVXPHxMTSRvtB0+w1TLhIcjse7Z/pNUy4xCnZoMQFhP/Z5vp+c/1ys09Pg4V3b0a31axT0OxYmDItyb4aaChvIXY1wLqt09B2lWFK6aDbPQw0tPeYgAO6+GKdhhbjl/rfVFLZQEN5D6mlTDG8dRra7Ip7OZMW2aoHxwQxNclWPf8qSUDV8h7qMX4JGjfLe6iR5/1FzUJDXTImI1/9Oo2gnQMoU7IKHYs00FDeo06JCHTkbZ2G5oFLkSDKbDXQ0N5j2qt42hOvE9ECol42w3R9m4WK8ireT3OXbkUwUNEgaroDYUeFrncwUNHeJU4pLLRjMVDRDKtPU+FsT6XmDFS0dynTdgamxjAB1TQOdN3NQE9nGQ1UtHep000GvnbDRFYL8KLrtFpgnlqoaKbeT3eYBdOiEzQjG/ZWHbpayEBFe5c4xZZCNc0AzdCOeeAjFTpgZKCivUubDoRGCmCuU9GMbZRwZSQvz0BFWwbl+qlI1w2tUlELNKDrTkYxWcx21ExulHz6mCwGM2pGd8wDGKmUYpCRmtMTJT0i0knzdSqa3Y1SwC7WYJC0Wo05ymnkWLPlizS7G+uUihKbxb5Eze6i6+S/0enAdSqa3Y1twjoinfgwUNHeRYq8RMrbXqei2d3YpTYsVVkwUFHeBV139iVRFHWdilr43EshumBxj/VqHUEKbtPOdJ2KWnYoSOUzmlIGKtq77BWZp1oI61TUQpB75bCpcp2BivYuByXrLPqilubeKy9Ht1QbqGjvslc8zDQDkl4YR+5foGvTDVQ013924/o6FTUFaf+qdYuVSmou5d511XSV5joVNSl878pf0/YuqSeZ9q5/o0Mh61TUI5n7p0Es+pI0u7t/pIGQznUqakB0D+KkWLmBirpFC3tULJJWIer9gHYzWAa1TvthINUiI83uHsQpu2G1T5rdPYjcVXmX883V/eYvTz+5AY139/tUNLsrgB4DaPSXb+7v3z398MO765urzasnF9evbz68ePVhourMnm/yuLy439yeXcK1HEJ7PPjHe1L5Oe6laEe0BBrjSMMK98CVhGbcw+PB9O0a92nJ4Rz8n+cOv3mIYdgznD/PSDvzuxcNo9V/4TOHXkIc9jzAnx3PrB3fCpMzyk78AiNs54aw74AsCE7bmkhcjaDzn2fkO1XdGgwyKkU7dxenUAKfpPt5RhjjgWqX9nVG6t2DcYqMRTqaNGnZ8KSuUywaVCgxP14HF8cIW3DbGGlWKVZxtRel3mJLVIfRwChrjlEUX2T5i4gRlSEzMNKrtEs9Rb/4RSz1wTRh9AruUwWwRNGzPamvz3WYQ2UKpildiS+dnCj6J3GdYlbrq04xFr6DdkGPagneNBZqZakk1bfjopUKVESpmqZa0Y7YpSmhiDPyFxhhz8e2d5XReDfbESMpsrpsDqnmbos2ff2ZUn47123ZHGL61cgF+lYZ/dxdhztGhH0vMPID5RAYDDyGTvmivSB/WWQUIiWC07HhVUZZzaKTg+11eeh0B6Q+9uGxN+h81bPy93GIFe5DNqliVq/mkKue2qLpxPJfYKJN46lmV0gSz4oLoI4n/Km//AX/v8q9NDX9f3KpyvIKEWqDA22yIVVbrouAw37RL6CJ4MuwF7JcYKTYkDLtM0tYtL4h8nAOVDLIIL2iXqW5h0eVRZc0xEo7Vsv4NfXki4BWbdklTQP28QbLWIO2qNj5wP/Lxu/RTgtMZyL4aowFUx/qQDcSrk/k0rQM1j2UbVlC5Gm1YGFUvZZDamZUAxWzN60pajUxuZah5uWhG+DcWD5ovFvziM+02eNE+gU+0IVuWrrUc/Jtujqt0dw91QJut7TrX1nUCmiSrt6WvSg6dlQsX1nU4mhtupmDc42X9NC3nk1uYdd8mzYBqK0uMoL3WWKx7JKLWqFtj9FqKGIIprW4dG3z2oowWnF0sXUNFuMHRsrMmjESJXtimKtdyxz7OYpxMJHUDiBJcvOKfKlUbhhMExMmSbFokvnc2srEJOTJIuDKZ3CPGE3xtdYXGbWK/7NNDe2IWptirZ3Ob5y211NL0fUpktxXdtghkelaFwX4KNZD0pY7bWLlzaNBj7CAKtNXkpe5ZOJEspgoahHOPh104JPAC5aHj/caFkC8uWLh+nSku1PSw/Tm0AzDu+esxeH7dBibJ92yjanR4p/WQXPk+pQS05ejAzF0WwyzDpqDZeYTKMshWDYwddBOPvcojOqJRhN6pE2quFuSOVl8ycLVgezBOqOs3j7Xp8BGp+3z4gr2857HujXKWVsbehbui1YPOyK6IMrwmXXQXI8+3UfSl9dPc0Aqq4Vq+rQy9bpoDBeH06CHXsMp+3QAn0+uL3CHm0/WxzCcXlsW+4TjcKjrNxpPxc5x14nTsuTo9LVlAR7vSj/mNG3P8biojJHqqBqs0njBuMKoTYzCL/f2Lfw1b99Lurbnoqu/hZqM94Ifs5rOlPlhJUBbhthMm+nxou9jVknEl37x1Ivr3kn12h4bBkr45+WwAb61myCNnLXzFX4owqr84k8N60Nd1YPhfphi1LBCiwoUYszNhHVUtWDpqaxMYerxEvZjVnLSldO5f8mohseGT81qcjWY7vFfNgtD472GQYBRuxrH++n6WkIRlo0qNtg2zyhq2bfeTyEh75eNnW/NtFHLRXPlvZ9uZ/CsSguMzPhuVU8beil+7v1yZLxF300rhXqXrJfy494vqwRUijzy9UMN2A9rJkUOrHguQL1sqCnUtc6qqmcSvZSn9mEFecI8rBbdy2qZOSozOXFaDhOGQjsIGystL5yq5k2sVs5L/LpDKVU90OjlFIXnkzpLdhLejWmhrVE1yXZWdP7VFreuUV3T47SB83yoYmlUSxlMYZGqnlk8gRXdxUhb9/VZDVaaWu6zCivmIxv3dkW7G8zHLJzKL/E0Gak0aOVYrOCY/3SjoefblpameqVDEYYxVY8QHiS7LG9IqLavCZ+vSduxeqlE6tPyjpnK21STSiZtZ37AaSVOgt8nk0lO2uW3XqoREo7xm2znqnoY0SfRiLS8Qbaf2BjrURyzEn8uL+Ot9sNMNWmRSUpcnFiF1eNM2YawZQ2s9nk6E0p5GWusbCenMICa/uU4Gfq8ohV2jyprELLPU9FJX5Yd0lg9n9Na9xNr1mKP+6zyik2ixKpqMkpZzZ2Tgki+LKtFylQIjIIK1Zs+TQNFfZlOQOPx0JIbApFjxRSF6KTbZVnhQu4Dga2W99eO6vkShVVadmLghNZuikCr58a81MMhZ2h5B2QMK9Wi7rXKdCrJl+WjY/bzT7Vo0T/Qn6ItZXkLBE0x4vxcOuuY03QGyZflbTkbvGSSVNGQ8cOkz0UzXodOoPG6D1+Lut7uJ4auHSCDZ5ZMlqGo7so+q7R25CnTIZP18RtLDB2zmo5KrH2V/YA1WGmiqkVYLevfr3Y3VfshhSd8XdZKSvc2LY1VXxrbhHn6FpZVZaBzLuv+0liG6ZhREEZxBZTz3nZ+uVbVUMnpDM+HKhYmGlXnzDb1V3WySQYHA+yLX9Uogriu/lVfvtqU0bb2VVR1mkz9uvpVXf3l9mq/gjfm6mmhtIyfquh2TrViJpgCsC1rJ7oOWAWDbqm3A/q+p1t1cb7AiA/epsWqanVJz+nLsTm2rLYTG+pxTtDfRecCY0e/yXpRVTNwAquSejYFzWrTDv2GYUokDVy2+LdYmmpV7wrgag9bVisAvXkAs1rHKQwTQh+4ksP/b0tTbVpBkjBM12MGv+xv2j8VrBQvcJ/VkJdHNQ2hWVRlrHd3zGk6/RaG5fOe2Fwn0zG72rTLLcMwAdsUfVjWfz8E285APZQbfBBJxcMTUus0x4p5xzSnkHfgqspL612jLadlEWpadDb4aQ8QOMV3gVXooRtHSruSP4RpextWkhFTpArQpq9Sb2MMQe4m4au+fp5VzJ5jOetObG3a+bgQonxV2pd/sWyiYb616R8mcDqsYB6e/B3bmaemxaJAX4YqrU1/kv/69K9du5A+7KWIrsArkS6uMZ0jqGqlqZH+jtX+Sb1uEkrXoMmR0o7ocoDQLJSxMKXCajIqoSwOld1hAytt/Q7T3XyYlIuqZvdCuwaDBrlUM/CVmHvH3gyzr2uXTga5QBGP+zSr6WBj7drF8UdUV+yv7WhjVy8AjFPuTeBLGxck7fm4gmn8tU3o/oVNfJ/NkqmnOzZMRrFruyg6WzGxKosDGFvB/2ys1HRwwYxCXDncEuiKKZMD3zUHPsQqarEcr8ie8BWDVoxlWhVOMn7LSXs0q02ZD7WrPnWckvZg3pe/CVtjm6fRtT1JiFMtR3BaNDS0VbMYf9bQY0Zp2Puk32ydUbcJaYrrrI2e2XduaoE8dJ/sRPKLo2fPBhyL8h6zkh1dWskHTK3YIvjNazfzgn4WVsvbLJgkbzquBVaaS5CmU4whLeMSmHzGjOyqVXIDeRm/laMBnuoXGyDLpl6RBfJJOC2a2UbpJpa1A5scbZ09hRP8TNMhjha1KyVAfzLoa+BywT7BxCpX9RbgfVYrB35Sz8l0a0nz2j0soJ+MX0UlLLpN0dWLWFIRRV8+WmRXCq9dPXACJ6zwdLDNMHpB3c/JPYZh9RhA5lx9i/XTQNGQqixTy8c6YWjoo0ystCPAFKvescorhtYc1m5BA8xDlohCjvt+8uNscpRb0MBx0JIvSAdkaQG30dWMNaee7NFdGhmrA96ClooTchJWdVGJQaENpuOZLWg5OiFPOXuhLGdwYyfGsRbDwqpfFMsw7JbVCg5kjh+2oEaQ7KzsAeAWtZIpoUxn5kNZhgX8AA/ddECzqbUQQ6kiq7VrM2KKJhi0BQ0yCUVccIZvpkmUTTMoanVvQCkJ0X6wMbYRVcd/RnRpWsJjrqZByWoEp0yn20NdPuET8hBtJ/TASh0qYVVWDtLDTpuOwma15lKoU+XJUJfTPX8lqtCSOn/qdOAn8OK3aIBqsyl1UudPlWBfXR5UMt50jMBgFdSLHA+ukF5OxPJ05CjYLFDSSr2FJtH+tpxoaY9hN7UWZRB8PbSVbYR5G0tH4VRWQVjlU8Ol6KIp25zoglhOCJdqlYNBvwirFb2GETadEm1ZDQI3WYLaClqWc4gmTxSsNL2WyyLC2iUO5jU8V/VGeLkgIbSVtCnKu2sWwL3xRV7HrKZjtqE1CxU17ivXH4R2sLzlbNFYtV5oaHJHf1vOh/VxSN52LhdSVPWoi8qS/Zo+IFkuE4AYtb1Ln66eD33Fwcw5FlOeVq7qLlOuQqCc+0VWvfItMOuyzlXdZvYorJbBMM41MrGCVLQp18WQ9OUrZ7B7bKa4a8tqQEUSzANXTt+7kcEg/5a1cp8jpR3RxZGym9zG98cprEQoK5dEnRCP1K7pA30ZquWwO4MJptNA9PUaqyryX7laLns6gW2YP02t7zBIxaWVPHU7wteydpVBlER1PC6H+K0IH11rp3IqE6eVAzr2gEbRtiJRDujgcfmcnhnMyuoJpzhMwYg41GVHzAxm5aZdbBiHLlrRF+NcnsoO2TI4W1CsahwmOCb6YcU9qz6a7sfLTTuSHaUIbvTLaKAZzcpNrcjhm3BqvxknTSl8F07LvkKssdqulGtaAlmUmqcxLB9FOyEg2bTLSEC/TqyWzwLA68K6ZmSl6USY1r8YVm7INbvsuam17aRmaQx92VWhWRFtVl27qiPGaYMd19B8I8aZ1Rv4YkzCaHkbsnj5gEUptYs6YpyyLGJciZks8bcYSi3TF0wnTV25p7tmvtfeYrzUolBJSgWl5R0/VgdvNJNanm8UOCDmlcyVWkq3sera3RExT1vLmJct8qL4DItP1y5fiFlqQeWVQK41nSqrpZRjlgpYfCf+gvist/R0tTBVlqUnL6e52xFSsFIVZTrdHfPyNaOll266RTJ37ZqCWKajALEsByw9hfBM7kjXUs/3q4OVtRSPDP0xLT1dyzKPZYpAxLLs5DdeDSyjp9bBOqhVtmik8M2xmK73y+rZrsOCZovfxDej2ZZT9WzXftWz2haX01SiKZ89qye7YpNyfG3lgsESG8FlFkmphTEkgBjbynH7zJxM2qfWl+iy8VtJMCqJ84sMzoh64OqgmJtfVL/eCCuzjJ52Cip28XrWYkEFc8LkNhb1bFfscY/V8pGDNESTK1fUA1exJxm95fC11ZUrg1pdUWJOsS/rXm2dohvrM7cM2lHfvbp82BAvrhuN4uiWfWwZtPOLSW7hS8PyugEpdhP4UwbtsFoapotN07BsY2H26HqN9RWqDNqxriQXtqVhJTH21/lMZdAOKyW52gyPK+Cr9UwEWCmKkoa+W/bxKcsm/tddbVYG7WAMiEbhvwIexpKN01yDZJOfLteBtV0JmWPTY7LHZdBQquSnkH8KywdgE/aRpsOiZdALTU5nolNYdnp/tfw0HGK/0GVcPhbb2b1fd7rLoKEQSerFp5ULi+xOdxnUOjtx8hoTXx60oCiNCmRYHB+w0hQl7tUJXQ7NJYKhTCuC16LQSU4Vp7QcGo6tkUoarJfXgqhJTvqmtdJLZmeueC2ImvJ0KDvllUPZdkPpg6YUUlsHjyvnEhtX9zMsqV4LoqY8nUtMeSWKlWrNpostiteiqKnIAK6cU/u15sNrsdVUJmwxlZXyFuYLZ4vXgqupTDcxJT7HtjCq2Cx6U8S4eC24CvoyqsuxQfvdtmCl6UqZdoOprFyZ+GsFqBZdLkk+ddl3PmH99lrENUncIK3cLBMyXcFtWmy8FnNNVYrH1eWvWhzV9aBd8VrMNVUpZV1XylgUvgrNZK218Op+ReaVQjaFdNVm1tTaz7JJTX3l1rUcgnGqa+HV1CdwMvXlqW7nFLToaurTvTZpBbC2X0MJ66ToRJa7wfPKLdYE7thu6wErRSeyIK5gtTh+sVfOFTPMtKAWmx6SfNVqOMa6ggctlpqHIl+1HHekRbWZjn+XoAVT8zDlv+JxzS8pzXR2sAQtmprZW96yWnZWT5GVFk3NgiNnv4LEYASrKf+yBC2emv10/wcel09nDCnY6niBlaYWfjpzhMeVcLRdA9XyjH6C0vLK7dCnsNIiqlnuh84roDVj/jYF1AKq++Xiw9rxFiuWVYIWUM1hsus5LNv1U3Rdi6iC/mSX1m69PkFUWkw1y63XOSwrYGw12iLSJWox1Sw3QNDp9pUZPGSbCYxaUDWHLLLKa7puNYFRC6vmUERWyxDjCbKKWlw1hyqyWl5DTpGVFljNElnB4/KxpxMGUIus5jjt2PG4xso8gFpoNcfpIk88/lahzahFUXOcgnB5JbZSKhcYMGzCohZEzRLxyOm3Gz8tXprThIrgcXHDfAorLV6a0wSL5LR8Xcwpuq7FS3MSY5FWjYX5q7SAaU5FZLVSlPYUVqpaiLFIv52x0KKjOU27uJxWQpYnfJUWHR0LbO9Y/WYzWK/aPSVRjWWofxMTmLTwaM7T5jTnlWyf1GOxxdySWjs7T3vGvHJ5Nn9VNO0Zk1o9e68g+HrQ0iqrFDS1yBOQlFdOqpzESlULWRnzsgaeMK/U4gFZ7unOK6di4Nx2WzJ/Ue/0z1IsO68m1yY6FWPxo9VCBVmCdnj8zWSlhUJzyTKAKzcnn8JKU4syBc3G+8p/G7XQop65TIVOclkpdNLxtqbT7yVpUc9cxIspy+fET7GBWtQT9CcNrMuo5SmGSQtw5irmdqXC+SlqoQU4c5WdXP3NdnJJi3BmOZqV62+2k0taiDPL3d255kUNbIy7GmKBWYtw5iqhrLoayrIOX1YjnG26zWnMpPmNWGlKwYkSW1bLVwRRJItmlWUA1Qhnm8qo5pWM1RPselYjnE3c6PabudFZjXC2OqlFWw58n8JKjXDK8Sw8rqBpPZjqj4GTohXjERnmVIaV8bNz0uKbZaht4rS8gFCdw5BMfkXW4pvFT3dUFb+WU2n+KC28Wfx08REeFwXlfRvDS0dK8e3m8uz+4uZ6j9nPFC/YzSpPocJPN+/wj831PXeg0M3nN99vbq9vbvEDCPsoOqzyUVLq/ORr8kW2+3wy3x/0C/hoO7hT+PAHGvio9w3KZQ3kbhzyoRfb50Mn6g18tKsa4uRiRnJBD+VDGnn4PaZxU3Om5Ehlmn1P4SyAAz7RpG9aFm8UmJS2BId8SAMP+OSjsKnGR7ukNwlI6o/0us/HLVu+p2orIJ8B2vKZ6Vupw0wPiLGBj3YdVZpQS942HvIhL+AX8FFPh57Cpx47riofTT5yMiAe6VubzVPaqBr4qMdV5Ahon+lB5svKDsbt2DvR+Gi3E6TpRhVefA/1bTicP8x4nY96T3ue7E6mbeDse2bztGaLfWvadVhZNoF19j05D3H+PUdBHG3cupIAnaebnDgTe8Znpge1mPRAjYEJjnekB1y7bv978nEIWxs37WokiamUI/vW6Gjd6XzUyg5lgvC4JNnhPK3zeVot8mmafTuFj/F71PINZUrj5n3s4bhRgH7/e7BlXudTVZTwFD6VIE0DHy2xv06n5Pj+nX0+1fc0+55s0GvwUeQj+1c2S4ffkw7nDzNe5VPU9NU2rQvtyF5zvu2BHgSTvmlXu8kVTi3P1+1GFuJ0Pl0DFeSmoFbnfPrMXuMHFnut5n7t8Snz+UNkD/WgGvQA36PMn9P4NItf1TX/oBXhM9eDPtsv8EBa+CjrzzKfmZ/YTX581+6vWeST8i/6Hi2AK9dFKfoW5nySQQ9q0PyDNl2DzrU3DuxO8HO7Y9G3ql6XeRofi77VoF3AJ7dW8fVPh3zocNOBvfYG+1aDhlC0CY3rwzCXT5uvC8G0/mg3ZvXplE8/8g/6bF9i/J5Bu/+3Dzt/h9PJZ3zaTN8s+4U6aHeZ8gnULZ/5OjeUQz518AY7WtVDc6fwsa0LddDCjH26OoRn5aGfGOP8e0x8NH+nT0lUnJ95+D1zP2Qw+TtqYtoyn2E2btEQP6hBAz1O4cMCW+czaH5In65P5nDmTA9m82fIRyFg7Xu0e61O42OSj9eOknEa/Mgnl7m+zdafTHc8r/MZNL9KLk/r83UOAz2fP6b1R0266dOdDpz4fOj3DnM+2WIP+AzrEZ8JzuN7bGeMZgsQc15nxNWK5oy8JOZyIvFMRLn+ok/Sbmj0cuuY52vBDjmVOOdkMT5egwL8MGF5nnOEDzkdufPFonZeK5UH8kE4HY0ezfADTiaHxGuOj5dkYyryPNeIPP+mZho9rSqbl7RizzbqkFOdb/K7xaiqSSUrnI6WPROnOKhymm50xuNc98owH71u0YionaXxfkInPWcqH3xTHMIv4qTOJzm77f3xN/nDmVtjsNiIqM6nkzjhBxYbEVVrJIecfZgHGvFyM40owaQR6nwKEyLgwzy0MB6yORi9ZBo9dT6F6RSID23u3MXZfKrR5DxwRZ5fx4mPDxk4aXC/j5M/5BnCOeTU5rpn0vKkHaU+jZP1m7StmJe6YT62NNeINOeULFqe1Lq/SdZcPg518E1p5hbVZHJbk3YK8zRO/JEGTloA4IDTkYvMIMjBN5lcsKTdaeuTyIlLvxxyyrNNWSqWTWZqmjU6kZPpm9SKAz5P8VTPx0MOOfW53csWjVCPtPg8HUL3ee4b1TwP4Rs5aWfQqSD9jlM5Wgm5vM0hJ4uNyFpxmH1OeT5z0WW2PcvH5RI0TtoV/F4OelJO35xTir/om7QDfb5MVyhRmtgRp9l8ItYGTtrFzZSwNXE68pb5iOQhJ9M3aeAEHb2bOOX5tnMOi1bCy9c5Fa/N3DIVMfZ8CPOAU5lt1GqxHDCp6sECihfsOHFJsUNO85BKMW1xiwbBesFC6I3ncpqBVUZOVStpgB9PNqLO/fJc2lzLLfAbSGp2r03xQir0NR+9PDs4U0waUbVjv1QGa+IU56Gv0n4ZJ+0IiBeMxzPUcvBNdb4DMHJSdzVtOknlOWB9OHpzjagmLa/qrqZNdX6UbzqyETZORcuo9JyJv+V05EfMda8adU87BrnCaXYoyPhNVV2fTvsmIyctmc33Pd2rR/Opl1/ESbXlfdoTBg7sHGr53JabIPrK1uBXc7L45U21e8ucZhphnLnqte5U3mjidKQRda4RzXLwgC7F/rWcbN/U1GsLwyC1M/3R6s6nIg44WQ491aZFCcIgdXCG+fGDMSfhYPRMe/em1hHyUiXRx3nko86A9EonLFY5tUEL+IYgNWJDnFvYPvPLa2uGkDw4ad8UpERjOAr+tzkY2I8P+mqc1Jo8YTqSHY6jOW0OByrFfzROWoQqSMY6Huda3mb7J2Zt4aSsuWHvZOxR3Kjy3TWHnAy619Q7D0fyO07zb+K7aw7k5E0aoRYWC1KKNuS5H9FDmHMyyUk7Dgfyk43gipiH88nPrZHFRuCbNLsXpBxNODriV+dHv6vlaHEb1MI3oYmc2vHotTkniy3vaqWsOCEogYPPh5zSTPfI1Vjl1Aa9CPwipzizRt0SW27q1YYgXyZOYY5rMHx4wClZtNyrJYPjdCY3xHL0TXMftlv27s1rGUqw3zJ6R7vPPvcsu8VjASfNGsUq39Tme8Ia5t9k8cKaVxMCotQk5cL2h9809yOItYGTWigyDXucZjaCLxY7/CbLIcamXis4kv/Zb+qHo6fdaaZxUmeuXKuJhdAffdMv0wgtZSgkL980P9I6Zh4efpNFI6IW+QD5yY9I87hR8+VwfWpU8medk9cO/4UkvlGaYwD4pjrnZFmfolovbV7V/uCbYjm0ey1aEjjASbN786L2h5xy+EWctCj2UU37w9GbxSyZtYGTXv59VtL+UCNm6UlGTl5dNeaF5g85zRIfGlV+WucUtHj5UaH5A05h5pebOam6N6szP5PTbPSCyS8PakX7ee33w2+aR+ar5fh2UxHJo3Lwh5xmkXlmvc4paAfOjgrEzzjNrFGwHGmClmtr7omcbN+kIcdHhdQPOc3OR3CJeQsnTctP5FQt36Qix0dl1A/tXpzbvWCy5WoV6HkV9cNv6nNbbkn6a1HV8nkV9MNvGmYaEY+TdFVO2sxd4TSfT5aEiKbi7muc5lpu46QdtT6qQX7AiaH6A2tULL5RUeU0L0F+yGmme0ZO6h0ZRxXIZ5zme0IbJ7VA6bz++CGnNNNyYm3hpGnEvPz4IafZoVFmbeDUNW95Xij8kFOeaXky2b2s3ee0xmmm5cR6nVNR59O8Ivnh6l7qL9GIop1jOSpIfvBNORxpuWUHULSkgqN65DNOs1WDWBs46YW4Z+XID0evxjkni5YX7SD+vBr57JvSL7NGahR7XrH8kNMsxsKsDZy0s25HZcxn3zT8om9Sbfm8iPkhp/muJu9Fc+5/fLd5+sezHze3n25eX1xfzNmRmb0+u9r80+/Gd3qyvW7id+7h4k/8890PrBRJugcUd18pJKefHND8w+bs/uF28zPvia++JKazt754JWTxbCfIxewngvLSby+u90jyv04gGvS33F5OL3R3P9gnHZ8+Pzu/29x/url7eXvxbk5bu/NoN3uHie3RmI8vcLv99+N7sPidu7h+9wDdeX12ebeZ3uHl2d3TZ2AgTEeGf3q4mp6//PSffvf/fkkffnb53cXmh9+5q4urzXO8/T/9Dnzvx796dn97cX3+T797tnlz6843aPG17ovN7a376ubycnO+eeTu9n7n/nB79rD91cX1o//yn/zwj9z8cHGLT729ePnmfnPtvnxzjfbsxd3LN5cXm/f/gU937/+O37uH67vN7QbkrjYX13f4YvcNPhfz4+LafXR1dv3qzH10+dObDd719pF7dbFxd6Dpvr+5ciE9GfwTKhrgXlzcuZ8ertxQngxh/BH6j7Rv8Yh3uLv4/mrz6uInyB5vgbf5ePMG5C8frs/xoq/x+ETe/tOLs/Prm7vN9VP+p3/ivt3cvXvivry+e3j9GkQ21z+h14X75nLzcHu2uT1///c7/Ll78eruieM+4QmG5erFE/fRDcbp+u3l2TvM/O8x/njPq4v77c/v8B8Yua/e//c/uOFR5b5x1/fri3vo2l4n/He/uXzMH/zm5uWb89uzVxfn+MZnWzofjISetMf+Sfz9+CrpiYN9uTq73Lg/fvf4Dy4/cS8xMC9u6SdfYjTe//UKA3txhTG53dDwvmKKZ1dX52fX55DYtbu8YP6vLl6/fqAPff/XS2gGHi62/cdB/W5z+/6vsG+3GFb8k9mD3XdPzp64b643D1c31+Dk8xPPYqrjX5Qn7t+eXGOo3t28u9z8xVG1M/fBF5uri3dntxt81e3m9+4tFGRDcrh49bAjXZ+4L358d3P/5sfbDX09ieSjh/ubi6urh+vxpxevMHp345+3Jw6SfbG539y5q80lpvLD3fazzjDaf9q8e3N78+7s/g3ekTv0J+7z27Or6805lPL7jXu2eXcHYh/84eYter57uMT3nF26GxqvL85ur3/ABNkOuh/wPW8fiNWfLmikYOXvzqZB4eb5G5iSdxebp1uViazQ7an7atQW6nH/k/v6q88g8JtH7iM8hAhe/K+vLjdXVz9t8PrhTRzwHdeP3LOv3bOXb37At20gi2vM5rebS+cfxUfuu5vbNzevnYdyFffZV49cG9Dp0n3xx68ff3z5cP/IBff8q5325t2rPP/ss0eYSWfQe8j88uLchbr73RdfPn8Mdtdgh++83/7ZE7zGzfXNdm5s6bW9Pm47ni763U8/uj6/uHn8ySfPXei7n31MJuXaffLdd1+MRIbMsxu/oj98gA35/KvHePromkR0h2F8/z9gU67P3sCMfA8bTGKJ7tn7v7+C9vHk4XkFE7DB3LvaTsHt9CJ6r9///c0trc/ThHri/p/N/U/3MHro/GYDeYIdma+fHq434IMn6OX55v4W9uyeiXz649276/d/247k2H1rqxpr6J+/efzl9auLt6MHQV2uzzDpIK67d7cbmkf0ApDXC5qO95hKT9GHfkAWbNttT40w6S4x8DstStPk+uzlm5u3Z7evLm5gJ969mRQN9uxPbBDc+e0NrDEs69ub659IX9i6vsGqcHuPqfCGB+oWs//6Lb3SpFE0lNewP+78gX5PZuXh+i2/2L7124703daQHRrBD77+0n355f/6n4/c18/44ff0GnudFMv5yGEJf/FwiRcB2z9cPrz/j+1CQkvDtsPZJTo8Ylt5yRP4FS0osCru6uqLc/cByYBWog0tTpD0x+7sym3ebMgWQxz4Gds0yO337jne8X/9T7czy5/dvnn/N/Ryn94+vHz7A70n2c23l2Scrt1XkNcdyQL6th2Pux/e//2WbPT+WoEx31sq5mL7Cr0uLt2fP3Lf3N6A1MdYk99iLbx+ymK7ub8hQ/jt438h9phsF9cPd7dvfrx/c/Vw94/u8eP/cn7/j25nW7BWXWIiPNxfQrIbCAJ//OLi8gwL2LiY3JHssVB+zybu1n199v4/eApdu8e7OUjifn5zu7mCXsD+39yOw4RfQ3FJQcHhjr4eNK4vrn8Y5ffYXb3/2znxhW0Yzfc4Bq9uzy6uyRaeXV+esUtxQyp/7T67uIZWvjtUJRmYb7cSm0by4e7O/fBw+2qzfR9I8Pbikhf3V5iV4yKEV765PB8XtlEqeD2edv5RcH+8YIqfwTs5h6tFqzgWlQtawegXZ/dXm3tWLvFLdqM5zljI5X7nm2B4Lt69IYfmGfTn/oLeACvk/fb1yvCf3Z+D+3c2CSSlPvznJ+PAPv5mN7KX7//68PreQYlceOIfuTfTu2DRB2339hoTwtVhgPE+e7g7h9OJv3lF780D9qen+Mx3F5eXvDrfvL3By9Hr3kM85xcvoA78Z988HVXwxdkdDAF9Pej88P6vNMSYe5+jD73iLcQzyu715mH05r79/M598tTlD4t79uPd/c3lxVtMZyb60VP3Aw30I/fp5zDBt+Ri7Za8z57CzSP3cuP++Zl7/99fweejV9ibBND3l/iS252hekzU8OlvMOofs9I+cv9GCv04Y/F67B5TVdmry90f05h9i9X9micefAf4kyzE8b23f0XTH8q2Ycv1PU/2rSkgaW1/s9WxQ1U8mA/fwel9/MUGXMilZCGdb9/um+fPXR4e1+Fu8/If9z8PP8fkhmWl9XlPsX19OhTSsCeYClfXN2TfHuFVfti8fPviDPI7u77/gYzbuIj9+9m4akAs/M3nZLouR28cGj86sh+x5tKf/xk7kj9c3vywp0qjom4V5u4d3K2tOrqPP/9oXI5mA/BADszo292P3ahXzo/cu0/wkAqP693Di3/fvKW1fVofwe0jLLbXN/f4ILKeo7m4dUN4/DmcMf6CBs5M9Cv6pj9cbF7QlDrn5RaTHJYLXh+NL4/RZI541jyZ/InRrl1MbzibCS8xu0jfDicDNPmL5260n+TFugi9voNeY01yX37yLZzPJ/szBt95+f7vryGLR7SF2/zl3cXt2f3NLXvAMIJQhnuyZdSN5xbmAhzkd6/puy8vdhNuNl1oirlPn+Fv/+EfpukCl+6C3fbtZPnn7dqENQ4vTu+yN2FIcKJcJIzv5rpNo37LG5lncCtGP+LxtFLxKk9W+/wcY/rJNx99s6e6Q5x2Vu//29bBZ3offfyX7WT9P2klfP6M92ZwdnZ/Djf1BaYHCWE0kiTvby6ggWcvIZoLGqk7GjMs0XfYtD9y1yQfWMlX5GDQXz8/++nmxdnLJzs+n55hJ/YaeiZTHP2xxlLvf77CTvynzTgzvt7cYrHEXvEv3p1/SNw/+ALCuHl9cQmHhL7691uqQ5reeN97/dB99OLVDfT4KRZGWk0ww+55+wXrxp/zR9LVccqQrXx1Rjb6ObZYN5vLi7OX2CeM3/MC9PCSl5jPO316uLwbhcCLyvVI6nv4/dc7Orxx4mWPTD82r7L/3BLhPrRNun755ke4MXD5zm6vtr/8EuoAOtjSsHa6T97AtNzdn93hRT//GHYDDi98d/cP7tnlw6vzydT/C8w2pvuri5dvIefd676GBTqDzF+T2/XU+eZeXn14h23Jk5HFyzP37ZfslTzFVrYVevNXDz9tvTl21u4uzmnDhO/97pMvd+sVbY8wduMcoG0U3vDh0bhtGpXyH76+uPxpO44UJ9i8kVGEwYenCntGbhHWoaO/wtoOOni5ccPzaCdabGnHv311dkv2c08yc43gf3/x/POtrwmKjdcdupf19koMznaHQl0Otii0mcH8h59CrggkzeqC+Xl+yW4Jryf/7D749BYL8jMoyeaWO0MOUOVb2qySfrBzTjP7X/+C/0Fz2RpizeZNi3t+e4ZV72br3IzGAks2zdRxFzBtWDHAsJVP3N77fv7VJ88fj29J7wGvc7Qbmx9+j/0oa8Vz7I6vXlBYZKcnU/AAP/meVr7XcLOwDP2BTMF24jw6DCzAZv14eXOLaUGc3t3e/IVNHIzfA7bR1xDg+7/B2J3dv//b3VwR3ejavn3/N/K5eIKTyvzzJc2yN+R3XrD7dhiVeUri/+AlJtKoAL/ntY5N8QeTK/fD5priKHD4H1480BKxwTSHw/d6K/JPaJk/++GCLe/2NeD5Yc/88gprHXZ/L9+eb366IeHC/RVvbG+Iabv8nPbJu/VK0ZmtCLYm9TuMKb6TlvZ3N3f3+7EW98f3f72D7RBhvB6XoAOhjL+h7T37wrt3kjDZpw+3cM/HaUBuH8kMH3pJ++pX9Dv4FE8c6cPXZCowEh989MkXUIntZB0jaHcvNphEr7fkP8Nit3lzyRxhNi/e3t68uLi5vDmnDeinF5vDH706I98M1n/0F7A0YfWinQleCEp0DRdyZ4H+ePbi5vYpt4+/3dw9XN6jr/vg3za0u4Tm/PsG2/3nZ1MMZlxj394/cDzk62nzPEb1xn9f0VbSfXBJPvnGsUOCDwvJPbunCXv9+60oPr2A2Xt5ho33Y5cw+c/dxzeX0BT6Y7YFr2EFLs5hUy+hufe7TucUuHz5lnoNj8LU67Hz4enQ3R/P/nLzguLJmLzvMH74RRjO7+/duyc3T4i2P6bMvxrH4/HzNz/SDOK38nn4338/l570Uv9CG5rbvS67BZH+fu8TPH/Cn84+ucRr9q0v9g2sz81PN5fjJ+Pdv/ryZ//22w2G59U4PB5/itY/jYN79umnj5893L2jAOwN/zaj8+4d89LXYYl/GDV8Eo+I5ZG7eQPNfvYOWsmKtpMTL3mvydsFr/4Ir/rhG/dB5nfeqoW8uu1PvN/9Tcj0N4+c433Hufvu7PrlzdWPL/Ep247PsRa9fiyv/tR99PKeNuKv3Bdfj1rgQ/jsw7fnoMeEhP9njsfkcHS3dD+iOMzmehQG04CsiQpmK9EpExm81s+T+eLHV7fkB8OUjNIA+96uzqf3CdOn8gf+PKWvzi4vHq7gXsLzfeXqo5THsRquPvuvb24PP60MV99DxYlYUabKluKzh3e35Mdc7F6s+cNvTOo36sSk+ZcL+GlnsNvXFN4bfTYsO1fvoE+zeCGDGRPcwAsUHIM3u57fkpF/zVss2sle76IO5AbfPIGReg5r/frm+vGfYC6xJtACj47n7EKR3fsIiood0C15qhrDN7A+WD7wwhLTouDehuMIPz1scRTmOkIrWP4/2HJ9Cr/1zTWo3cA5FZpD691/SGe9E5vrH91Qen/sqSppa3V/uL6GF4IFHJ/NsaJr93bEdXh5/vyWw1b74esxOkVrw584VnnvPkZv8OT/fXV5BtvyzevNxevXu5/t/e+b24vvnzz+9OankQLdcu/+9YwCUFv/h1m8/2+3P42Rq1uM4C1c/pt9Un8m23lLwZT/1P+R/pt+M/3go7txc/ET/d0BYkYomOByV5srELv7p98157uL2NFml5ur3rXkOrbofoDNjs7H4nzqzpeAbXuGF9xgsr0LPrmArXxIgws5ulCKC7W70IOLQ3YR7nKM3sWUXMzVxTq42KKLvcC4dpcCWMbsUmrYTHuXanKpVUeBjuyjy6G4HDt23Nh1F7xbbS53jwmVXPHVFRjbkqIrubhSuistuNKzqwM+InhXY3I1VVfL4GqNrrbiau+u+eBayK7F5lrG15bkWq2u9cH1Ibrui+uhu56C6zm7XprrzbveE1lBDMwQMDJDxNAMCWMzZAzOUDE6Q8PwwLxg7LxHA+vtfaShzOjhC3r4ih6+oQe8ETQePQLcErrsBg101oeCHqHR6Hca/gE9IkTkI4TkI8TkIwQFwugRISwfSVyJ5JVIYIklRiJLJLNEQkuQGt4CPTLk5jPFYDIkR3euOUryRwPh+Qzp+QLxURlwR9cBOCoO5eiSfEcXoju6RtjRZbCObmJzdFmko8t8HN2h4Sgd31FuKhoIk86XOzp87+gQoaMDlY5OZzg6EoEGMsVgoEeHVH2HWH2HXH2HYH2HZH2HaH2HbH2HcGGkSfsgXspldJRxiAYSDgNEHAbIOGCeQzkh5YDxRAM5Y5hJYSHpgHdDA1kHUEADaYcAcVMCmaPkJzSQOGSCHgEyDxEyDxEyh01BjwiZhwiZhwiZhwiZhwiZ07F+Ryfu0USaFpB5SJB5SJB5SJA5VlP0yJB5yJA5pI0eGTIPGTIPudFM6jSVIPNQIPNQIPNQIPNQIHOoBnoUyDwUyDxUyDxUyDzUSLMPMg8VMg8VMg+VZmqjqdporjaarI1ma6Pp2mi+NpqwDTIPHTIPHTKH0qFHh8xDh8xDh8xDh8xDh8zjAJnHIdAch8zjAJlDQzHNB8g8DpB5xCxBA5lH6DIayDxC49AUMguQOdQZPSA9NJB5xBijgcwjRgJNIYMEmUe8AozIQJYEMsf4o0eEzGOEzGOEzGOEzGOEzGOCzGOCzGOCzDFRyPhA5uiAHgkyjxkyjxkyjxkyxxKBHhkyjxkyx6xCjwyZgzp6FMg8Fsg8Fsg8Fsg8Fsg8Fsg8FsgcUxA9KmSOVyETB5nHCpnHCpnHCpnHBpnHBpnHBpljvqJHg8zx3ujRGlnFTmYRMo+dTHGHzGOHzGOHzDG50aND5vjICtMJmacBMk9DJEsKmacBMk8DZJ4GyByWAObUQ+YYEfTwkHnykDmVlkcDmScPmacAmVNRbDSQOVQXPQJkngJkngJkngJZ60jmOrK9JoMdyWJHMtmRbHaEzBN2CGgg85Qg85Qg85Qg85QKmXjIHAYJPTJkDsGgR4bMU4bMU4bMU4bMU260DEHmqQy0KkDmmEHoUSDzVCDzVCDzVCDzhFUdiwZknipknipkDlNHCwlkDpGjR4XMU4PMU4PMU4PMU4PMU4PMU4PMYRfRo0Hm0A/06JB56pB56pB56pB56pB56pB5ggeB9Qkyx0ROaCItV5B5HiDzPEDmGe4Hli+KFMPqo4HMYXHRA+YWDWSeYRTRdFriIPMMa4QGMs+BlmCYAUflg9FA5lTSF8sgZJ4xS9BEWhUh8wz1RAOZZyiRgy1HD4jaUWVZRzVZ0UDmGcPmqDIMmk7xa8g84xXQQOYwPuiRIXP8hx4ZMs8ZMs8FMs8l0NoLmecCmVPhPEcl7RwVs8OCTCt1paW60lpdabGutFpXXq5pva6QOcwaejTIHNTRo0HmVIEKDWSeG2SeG2Se+0ArPGQOG4geHTLHq6BHh8xzh8xzh8zLAJmXATIvA2SOxYqcAsgckxZuwQCZFyzPaCDzgkUUDWResNShgcyxsqEH1hiHGY4eWAnQQOYF9tpR9Xc0kHmBoUQDmWMZRA9YKEfVitFA5gWmAQ1kXjCB4YpA5lRdEw1kjjUTPaDfaCBzDB95K53cFci8QPxoIPMCIaGBzKmIDhrIHIYGPfANaCDzAk5oIPOCf6OBzEuBzLEao0eFzGGV0KNC5vglelTIvFTIvFTIvDTIvDTIHEs3ejTIHCYMPRpkDkro0SDz0iHz0gP5UZB56ZA51nn06JA57F0lEA7e1ACZ1wEyrwNkXgfIvA6FXC/IHE4BnC+4Rmggc6oZjwYyr3Az0EDmFc4AGnLWAntr5K4F8tcCOWyBPLZALlsgnw3rDpw5yLxidUADmcPdIAcPMofZRQ8YT/h6kHmFiUMDmVcYIjSQeYW5QAOZY31ED8xTNJA5hgo9MEHQQOYVaowGMq9QNviNkDkWU/SAlNFA5hhX9MDwOrq7xNH1GY7uS0EDmcPrQQ8QRAOZYwKQ59nJ9YTMa4PMa4PMa4PMayNnu0HmVIAeDWROKdxoIHP0Im8VMq8dMq8dMq/YvlBEDy7rAJlTbj8ayBzijWgg8zZA5m2AzBvcUkcpo2ggczgA6AEXDw1kDl1AD/hW8IQh8wYPCA1k3uCnoIHMKcXDUa6Io6wCNJA5JWOggcwpdQtNITcaMqdsMGwbIHMsb+iBFQMNZE4nqNFA5nR4HQ1k3mAj0UDmdMYVDWQOc4AeMCFoIPOWyVEv5KkXctUL+eqFnXXy1gu569BW+O2QOcYQPaAmaCDzBmGigczhXaIHRtFhlUUPfCsayBwDjh5gggYyb3hEA5nDFUWPDpljSaYtAWSOmYEeHTLHX2BbQEe1+gCZdwonwm/F1mCAzLF+VzSNdhGdthGQOcihh4fMu4fMu4fM4eSih6dNlofMYe/QI0DmkDvtPCDzHiDzHiDzHiBzeMToESFzeAboESFzTFD0iJA5XhQ9ImTeE2TeE2QO9xk9EmQONwI9EmSO2YweCTLHV6FHDrS/gcx7hszha6NHhszhc6BHgcwx9dGjQOYYAvQokHkvhbZEkDkcc/SoA20WIXPYaPSokDl0FT0qZN4rZN4rZN7bQLsoyByeJHo0yBwGHT0aZA7FRg/s27HJgsx7h8x7h8zh8tPGCzKH64MevQ8ciaKt1+Bp7zUE2nwNiXZfQ6bt1wDJo4Xo6Tpj2rN53rR53rV53rZ53rd53rh53rl53rp52rthd0F9A+3e4Gfxho/2bzB41DfQDg6ip76R9nBDpE3cEGkXh00J9aXYA1rayGGJ4t1i5+0i7eWgMdQ30W5uSLSdGxLt57CXob6JdnTw6qhvpj0dzCv1zZH3mrStGzLt64ZMG7sh084OWyDqW2hvB2eQ+hba3cEqU99C+zvoJ/UttMMbKm3xhkp7POycqG+lXR58SOpbaZ8HY059K+30oNbUtwXe5dJmb2i028OGi/o22u/B9aS+nXZ8WAOob6c9H2YD9e206xt64S0y7fuwT6NN8kA7PxIDtbT3o6GhlnZ/9LrU0v6PSNDOeuD9daC+2A1Tm6gvdq3UVuqL3SW1nfpiF0htoL7YrVGbeXNeqC92StSSXmGhor6R9ApTlvpG0ivstqlvJL3CZpL6RtIruNXUN5FeYX2jvon0CjOd+ibSK+y7qW/imEDmoEDmqEAewwIcF8gcGMgcGcikV/gU6ltIr3whvaK63dSSXlEBQmobxxQ6BxVIr6j8DbWkV3Q5JbWkV3SjF7WkV5RZjraRXlGqIrWRIxKkV5RPQi3plW+kV9goU99OeoUtA/XtpFdYu6lvJ72CFaO+nfQK+3MKaAykV9hfU0hjIL3CToOCGgPpFZb8SC3pFYwfhUJ84FgI6VXwpFfYllNfT3qFDQr1DaRX8BSobyC9gs2kvoH0Cj/gQArpFXbt1DeSXmFfQ31j5FgW6RVWOeobSa+gDtQ3kl6FNHAUhvQKO1Hqm0iv4BJS30R6hcWR+ibSKygR9c2kV5TkSm3mEA7pFXZR1DeTXsGdob6F9AqGnfoW0iu8MvUtpFeUqkgt6RU2X9S3kl7BC6K+lfQK6wH1raRX+FDqW0mvsLunvo30Cns2Dh6RXsF5or6N9IrySxypOfXtHHTqHHXqHHbqHHfqHHjqY+RpDD1x7Gng4NPA0aeBw08Dx58GDkANHIEaSK8ixwzjGDXkuGHkyGHk2GHk6GGk+CGmF+lVpBgiWtKrSHFEtKRXkWKJaEmvIsUTYbVJryLFFNGSXkWKK6IlvYoUW0RLehUpvoiJS3oVKcaIlvQqUpwRLelVpFgjWtKrSPFGtKRXkWKOaEmvIsUd0RYOt5FeRYo+4qtIryJFINGSXkWKQqIlvYoUiSRTQX0pGukjxSPRkl5FikmiJb2KFJdES3oVKTaJlvQqUnwSLelVpBglWtKrSHFKtKRXkWKVMEKkV5HilWhJryLFLNGSXkWKW6IlvYocu0wcvEwcvUwcvkwcv0wcwEwcwUwcwkwcw0wcxEwcxUwcxkwcx0wcyEwcyUwcykwcy0wczEwczUwczkwcz0wc0Ewc0Uwc0kwc00wc1Ewc1Uwc1kwc10wc2Ewc2UxjaHOMbY7BzW10k8ObY3xzDHByhDNxiDNxjDNxkDNxlDNxmDNxnDNxoDNxpDNxqDNxrDNxsDNxtDNxuDNxvDNxwDNxxDNxyDNxzDNx0DNx1DNx2DNx3DNx4DNx5DNx6DNx7DNx8DNx9DNx+DNx/DNxADRxBDRxCDRxDDRxEDRxFDRxGDRxHDRRIBSSIL3KFApFS3qVKRiKlvQqUzgULekVAR8U9iW9yhQSRUt6lWlTRi0/cxiY/FO0hZ8LPzMditmhbfzMkWQKX1BLzxRIpZafPT97fg78HPg58jPzDcw3MF+e7xzzQMt8A/MNzJfteQ7MNzBf1p8cmC+v1zky38h82T5woIRafma+kfmy/c+R+Ubmy/qWI/Pl9T1H5huZL9sTjq6gZb6R+Sbmy+tFTsw3MV/Wz5yYL/sDOTHfxHzZ/nBIhlp+Zr6J+fL6QvV6+ZlbmokcFOC6t46r0vJPquOKrtw2x2VlHddE5QA99aKwJFcV5d92x5U/Hdfl5GeiwKtJZj+TCl46rj7Jz/RzClJzQUfH1RW5pb68ylB9QsfVA/m5OK7w57j+nuOyfESBNZPnYGGPorBHQTXGuCVq7CVSdTPHNcEclwpzXBeKgYXBcXEqxxWcuG2Oqyw5rrHDz/z+NNqVvUcqLuS4Mg7/TeDf8vsQfSoF47iIieOiKY5rqfBPmA5LhEKRXKrDcQUPbqvjGhuOi1A4rk3huBYG/4T+ni1J5R1BpVgpl0Hg58bPRJ/COVxKgJ+5FwMnrHt0P7/jG+2pZS5xpEy2lK5md3wVvOOLxvm5O77e3PFd5I4v63Z8W7jjm7z5J/Q37HPSPdiOL4rmlimTxCvrT2U9qex50v3I1JIEK+8m6DJhbml8CITgS38dXxfp+J5efqa/qSOFyn2ZPv9l5b9sFF3ne0gdX9TJLf22cl/eZVTed2RePenWSG7p6yjcRdc0cktSzuwp1TaiTbS+VLaidJGg40v+uKVvocgKX1zn+D47xxe+cdv5J/w3ZEUr+7eV/Vu6AszxzWCOr2Tilr66spZ2/nYKCvDVUI5vjOJn/htaTRrvSuhCIv5JdXyRj+ObhPiZ34QkQrfjOL4+xvH9NY4veOHf0thSUIOvEnF8dQm3hdrMLel5Y8vJcRu+NsPxlRaOr2ZwfDcEt/RzQkCopZWCVy66ZcHxDQjcEh2KHnBqveO0d275K2g1p1RublkulSWbmCaNYeM1t+Xx69iasb/K4WD6OdFnP7lR1JlaptyZMq1xmYL29Ex/WfjNCROjnxM1glPQsoVpDGU21kxeYTOF19Bm/i3Pa/aEOdyMlud143nNO9bc2LY3nmsEg6GlmZt5Lc6drTr7V5nComh5PnZebVlPMutJZj3JrCd51BPWkMwaklk3CutJYQ2BSY7ckvWjcDZahlsJVkCb+LeMvHNkoxDMRi3/ltcLCvfRjfT8W7bt7Idz+Jta+q1nS8775eLZGnMMpBAsh5atLsGj1PJvC/+28G/ZblO4nFr+beff0liVwGsNR0sKwXhoaawKwal0OT7/NvFvE/82828z/7bwb3lN4T144VW+jGtK4LGKPFaRx4rX98IeY4k8VrwL4HA8Wh6ryGPFu/USeaw4AlN4TS+RxyryWEUeK/YtC6/mhfcLHL5Hy2OVeKzY3ha2tIWtbkk8VonHilfwknis2AsticeKdxYc7qeWfpt5rPK4LvNYcVSnZB6rzGOVeawyjxX7qyXzWPEepJTREyDPpBT+isLjQLFRrnnvuCK943rxjqu5O6617rgSOrf8c/7Lyv4D21Kqj+24ejW31IvjA4XtMFVNdlzT2HHFYcf1gLnln/P3Nl73OQ5QeBZQDVfHFVa55XU/j613XNmTW7K6vJev7B9W3gNWjghRNUb+SXVcydBxnUFuySZTcJQr6Dmub+e4+pzj2nCOK7dxy++Z+Sds2wmI40JejotsOS6AxS39PXuSlaN5VHDJcTEkx4WKHBcRclzgx3HxHceFcfiZ3oftJxV7cVyIxXGRFP4J/33j9ZfXIJY+FcxwXMzCcaEJbokOW8LKnlvlaF5lyVb29+p41oJQZr7k3vEF9I4vh3d8cbvjS9X5L7ll+ry+0CXeji/Ydnz5teOLqfkZf9nYFtFly44vQnZ8STG3/MxWnULdfCmu4wtrHV8m6/iiV35mOvz+ndcCjvM0tkh0IafjyzK5JQq8E6ELILmlvhyVbbwTabwfbBybbby7p0v0HF9w5/jyOccXwzm6Sm1seU0k3WgsHbokjP+S18TGv+UDKSy1xjsCusyJ27EXt7yGFv45z2jGLfhCHMeX1Ti+SIb/hn5SeN1kv6hxxLWxn9Y4UkeXcXDLNJkaIdd8RwQ/MwWmX8bSZv/Xh3Sjwb9+/eX//X/8f1BLAwQUAAAACACdfZFavIKRGG8RAACvCgIADgAAAFR5cGVTeXN0ZW0ueG1s7Z1fc9o6Gsbv+ymY3i85e7ez09MzBEibbgIUCO25OqPaAjwxlle202Q//VoiaZCUIBnnSLL96iJDy/tg+/npfS3L/z78cb+Le3eYZhFJfn//z/5v73s4CUgYJZvf398sL/7xr/d/fHz3IX9I8eIhy/FuhLOARmlexvdKbZL9/n6b5+m/z86KaIf6KEXBFvcJ3ZxRnJGCBniR4iBaR5i+//iu99j4B/6r2fN/Cl/+CjhYoBqqSLgsQTv8ka9OHqCsPyJBscNJPkgSkiP2Qx/OeIjhz4XPa3BmqsmKFFO2+hNxXQ7XQYwx/OE1RnlBX7JNbkrAk9bIUbm9GLh3OkbJpkAbrHNVbi//pJnbcnv5t2i5ZngpUGAQFjkt+/eHM/Fro2Wppp5VdVXkeXYc6HMunGmT4W3yJsT9vAgR3WU5CvN+cZv2gxiVhvV/4h+o7L5ljkd9toT+xdOWr6MkcpZXjOhyOmtTPj1gqrNSbraTqUI3uWLbc9hJ3OQda9YYsj++I/SkHrJmjUsRTYCMqadipWzynkopQbCfMmxHcglqXCVHrXGBGlfBUzHLmlDjwtuUkn5AKOb1jX1Y76vckH3EtDyAx8MtityVueej3HOU4fZUvHVEs1znqtxsJ9apXeYqSm4hC980C/eWOkjC1s41JfgeElBub5CArFmD+GuL2Wb6TtOTcQpr9gHNcWw0YS63jkISy2cDd2Mxvt8Rmm73tWn/8Zr9xfoDCnGBZqxFTZd2ZNzbJdroXJUbZFbLMovEZBMFKH48mZLpOgSkmdKOpNkGJ6H/J1M8STLWrJFJit0PIFPBU2tkAj5nA1wMHbXGJcQbioGMuafWyNxh+uOC0B2wMXbVGpscJ1DOKlhqDcyOkBC4GDtqjcsdiQJIGHNLrYEJ99cv4ARn2qNEuQGf5/Z38blDcQGJY26pNTApphnMYVfw1BoZlKU48P6EXifJJOVGBw+AxthUa2gSvEF5dAe7GnNX7bEpdmwDAY2xqdbQpCTLypEzJE4VX+3RoSSBzKnkqjU2FK9jfA9kjD21RiYvtzGLysFAlMNQzcxZ4cvmX0lQ7tX6s+lCB19ckhlkUdOlqwZmJFvBZE4lV62xCQiiGQY85saK6daWivfXYPRF1wHEpZmBFjViRTtxVY0KY5OMn4Hx2lBFwmU1jV+B8dpQRcJl9Yy/+Q7Ga0MVCZfVMn44nUCRd+L8aLwE47WhioTLahl/OVlCl3fi/GR6MwHntaGKhMvqOX9zDcZrQxUJl9UyfjaYQ5l34/x8CsXGlfMzsN6N9TeTIdQbJ9Yv4FCq58r6P2F048T41Xh+Ds5rQxUJl9VyHqbLrNue/8Q4389WNmUXy7pJC/0fNaXct9T/8fUUALgE8Hmw+AwEXBK4nMA+wCmAyaQpp2ofp73byGAGDPax2lBFwmVvwOBmftUUBs0tRDtcfoNytN+ep9fdXJf/Oyr/17b/z5eGvvTiHQOL1QV4eIlo+LhtyyiP4UJEc2utA7qEh0yY+2qdzg2NAI+xsdbwBCSOccB+DtKngrPW+DylD3u8PqRQFXOtIYqyK5TlC7xhnBoD6JyQGCNn7+gSvmzirQriUPxpCL7v9hcRjrXVVFyqGXFR89povI2j8FsMtz2aG2oNCzwJydxSMccaX/KWaHOwKF0fEBdoxlrUvFDtGFN40dpL/2nosNwgmxxmU4Zz1wnV2uFDI96060lmsWYNDFS8So5a45KX9agxXC4WA0rRw0lgWHt5YTjGfN6//LlTyrlQyw9/y2i1mtZfArJLSVJu4gQSuoq11gDtSIjjKxLAW76qWWsX0ArRCDVoFrFrfK7K7SzQBiqcubV2Aa0wzaDAVXHWGp8oSYvmVDY4P6JKuIzz04+HE0z3Q2FmWzhOcoMHF4oLMoMsaro0pwFz79UstQYmCsvjoGgdwYyToa9iqjW72LFfR7GDYldpLQ9KskE59NtyQlPwWheqSLisqtdTGkZl7wa7daGKhMuq281nEcFuXagi4bIT7EZJ9D+jGTLwXJFwWVXPZ5hCF7dqd2BwlSLYrUi47AS7Dd5HBm4rEi6r7HZsMHUOZisSLqtsNiVhoX+jG9itSLjsRLthX2nP8q8FcjJrWWEVW+X3ovhRBiX6VxKD4YqEy6oavoz0l2qA14qEy6p6/Y3Q2+l6QGGHqQ1VJFxmaHi2vw2LH8Pvt2rIrkwqErgfR++43F4M3JPI0jjK4QrBKlcIql1zwUx0c3Gg2MEaeMpFdXMU3en6I+S40o7keBjdsT6pM1VuzpLc7UlM1qyhibS7M7l1lIqYZO2oc4+PBND1AHFxZqRFTdWR5Cs12aAeNsP5zxiFvC+D8XaNv8K7ncPHW7Vx5w5Xj5lbKsJsxU7kCt9HAYpnW4oybTeAzFLakczK8b123yw3SKy2JNbkE0U7HX5IKKVBQkFCvZhQM0TRhqJ0q+sCb51Up6xsu4bdi/Kf2MEJuXaXM5i7MfRTJNmKYvY44w/pZID/sB1JJzgT1YMzUZ5leY7hEEDvttyOJDnMVplb2sqEIuk3QrUDJ2+SqiG2FnSNAnxBKJQrvelye7kkQLmqaKkIsxXlaklusfW7PtqdUSmiBqe85eYkpRQGbvKKNWt4YpMTtHKzTeeUVH4889wBhJnBQYvcmkBwfzDWAYAp8X4WRM/vlZc3dwAf3+y2Adx/vGZ/SUw27JKDi8fBRSegwlx/BT+tUVkbHPDKzTYXfaa9ctyxP5rvAMXsodz4II+CiyIJ9iNtv5F2MdUIDRv0GLTLJMcbtr5uyAhftmgqBCYYjSyX25G0gglGc0tbkFU79iSCIHu6Kmc3oNZvQjg5nxrj6FWU3DpxlZnaqtdYUQJvyq7gqDUuOaIb7P0k+onp64qgmI2t2L3MKNbOW4iLMusNouaN9i/qD3tYEcvE4/dsej9D69l1aq/upl1cqcaatR4ToPJQlFDt06fk5qzDuN2PihWgFVWY/3PwWDh03UBcphluUdOlcgwDVGNH25pY8I52M8/ldiSrYFLK3NK2phU7dIjY2EXXDyC1lHYktWA0WNlVa2zg2I632sd20njXxRGeWAeaX5XZPRMLnMATPgz8ltuRjIeBjrmlzU+pnBYBW+d9SsFxg5nXcjuSTuyPzlG5QTY1NJvYRVv3j0/2wEmypFjLHrJJaUeyydRVuXU0o1izxmZZbmPGrj7lfY5tZ3MOGtxiEtOu4YUv2BbJbX/I/urwi8sywyxqulT7uLErGJ0b+9rCtLqcLL/o6L91Vp2yno/pb5B6zfD9arEE2+3bPhmC6/Zdn4Lp9k2fQVd34foc6roD21fQ2e26TpIsj/ICJ3l/+PzZNoSWH589G7t8gDcLVTDXGiJ40M4pxlrDE2yjOKT6p0vJzQkgO9cavNwXXFw+wJq1ngC3v7NWHZLwZeOnvA5GLRfzwSddHxAXaMZa1NQaM742xjIY3zSJRAOmIDtCwv9JyY6AmAx8P57tCogZcBBjtaGKhMvqcvgOHMRYbagi4bKaHGaD+QRIiLHaUEXCZXVJQGWSYrWhioTL6nKYAwgpVhuqSLisNggYvEqx2lBFwmU1QXyFhJBitaGKhMtqcphPp5ARUqw2VJFwWV0Sczick2K1oYqEy2qCWAAGMVYbqki4rC6G88EcSIix2lBFwmVvQOIroBBjtaGKhMvqoricrICEGKsNVSRcVpcEZIQUqw1VJFxWk8PNEI4kpFhtqCLhspogVsBBitWGKhIuq8nh2+fB6AuwkGK1oYqEy96ABeSFHKsNVSRcVpsFnKeTY7WhioTLapOA8xJyrDZUkXBZTRJwwlSK1YYqEi47AUOIU5yEOAke+qNfH23jaPel8Z/IHaYJ8f5dOQYd57X34bq53pM1axSfssP7C+gBownG4IFtp+8sPbmwmjVrhNYxuvO/WHpCRviy6Ze8H4xFxt9nV7ouIC7PDLWoqTMofGXgZDBoaRCGy8nF9XQEINyDmJ57ft9BJzBcD+b/AQzuMYwHi5v5GEi4J/ENKPScU5iMPb89sBsUPL/boBsQZoPRCsasUqw2VJFwWU0UixsYtIqx2lBFwmVvwGE2WHh+QWk3WNxcAwUfKJyPPb+qtxMgZoP5YDn4fgmlqecDiyUMnKRYbagi4bKaJIbTa8+vTOkGB5h0lWK1oYqEy+pigKGrGKsNVSRcVh/DeLG4XMGMX889jPl4OJ1Ader5QALGTD0vMIw9v4W8KyBg7NrzAoPnN/J3hAMUpZ57CjeTIXDoecBhPhvChX095yC+3gwmMNsnx2pDFQmX1UMxHwIHKVYbqki4rCaH8QVQ8IAC7B567il4/zi2TmCAPbQcqw1VJFxWD8N3OB8nx2pDFQmX1eQAF5TJsdpQRcJlhhzyp5ea7zduQdZouGX3uR3epm0XR7tvFb+DF1xXstQaGFL2L6P+LjeA89z+LjgUowzIGHoq1kDv7hje4F2O79ljVgKcap+1IP6AGTtR06W9SxTq/JRbR3OENWtU4igv9y0xoDEyVUwyX8vXHMdGowXxF8zgiZou1a+nIyrtbkFutnNF3om5SRXWrLFpykOuOojmNkpgx2/mqFgCvdu7ELqRp2jScL2fnJmF6+G2SG51pMWfNSMqarq0y2lO4lzEBHWjnt0DE1M3rTF5ACamblpj8hOYmLppjckWmJi6aY1J0Bgml0mON5gOKEUPnUCzaQwani5OwQhfNu7YZYY22hOf4q+aQRU1XTp0+RmFOexujB21xmWLo83W+ynMDoJJyxI0KXY/sPeTmPKAwBUesQY2YZdzv4v3u5zvu3iQ5zT6UeRu9jsM33I6a8/+pqCRzki5Ocsbt7PMrFnDEpMAxWzzAI6xrdbgwPV+1Sy1Bua/kDGVLLUGhmcM20SAY2Sr8GXjhmgjEhQ7gws+xF82gypqujQzQAnROio32+mj6RjjGO/7hZusYs0argCl7GfnJbXMd2zP0waL0ydDWXt5YXiPnf2crodMSFjuIw4FNZe9K+I8SmM8x2tMcRLgbBDH5CcOP+aUDeJe/95owW/QK8XC07RavwcGdd4A9GE7UjhSRA32nXKzXTL8rvTNzqklvs9d5JVRqrclzfLSZJ3BcrOdZJ4cjbBmjcvjuKk5l/CdExJj5Ow9rGKieVfq9LcrJ5juS8wgKS3V3lEjLsOMr6ipeqf4rxVk8eE4yaO8uTeH/9qYIaJhlIDf1vwmSY6C/DJZE7BcF6pIuKyq5SNk/yxhhdVrl9dRhlEGdmtDFQmXVbV7fGdwjAhmKxIuq2r2BdJebApWKxIuO8FqthSwWxeqSLisqt2fkP58KXitSLisstf6s59gtSLhshOshipiz+4rlGwKB1eCV1jFlvmtvUkMrFYkXFbZahI4eSRIhVVsld/XJMHau1LBbEXCZYZmZ3jDzs3xfv00N7VLSZGEM0Q9PKhU13eRxlHeIv+vouQ2SjbXhKZb7OOIvHUIDh7+GrDnb/QHoy+ev3hnv56PTwtpke8r8N2B78PpZOj5U5lbZzxJsnLgUJSFlJWbmefuH6zt8PlzC0msgIQUqw1VJFxWkwR7NSqgkGK1oYqEy05AcfAQ/MH5+Xy88htFu57Z/xoIeIeFHKsNVSRcVpNDOUqFNxz1fOAAL9eRYrWhioTLaoL4NJ7Au6Z67jlAOkix2lBFwmU1Mcxm0wVwcM9huZwDBvcYbr7/Bhh8wDAbLKAu9ZyTGHo+x90RCHAwLcVqQxUJl9XkUGK4ugYQHoCYeH4KqDMYoC71vODw159jmNboeYACEqLnngK8uVmO1YYqEi57Aw5wJCfHakMVCZfVYzEaQ2XqeUAB9tI99xSmsHsQY7WhioTLuIWmT1Sy63enngkED8OuYqg1LPAw7Oq2WoODnp7HD0+5NH7K5cE7DCo/6rJp/SPYRnFIsfYOOrl1t3ec+AzUpnUMeFi7uaXCl2/1kLd3zzGPv/Ru/6/FQ5bjnbBy/wdQSwECFAAUAAAACACdfZFat21MtJl0AAAkhwIAEQAAAAAAAAABACAAAAAAAAAAQ1VSQVRJT05fVVNFUi54bWlQSwECFAAUAAAACACdfZFavIKRGG8RAACvCgIADgAAAAAAAAABACAAAADIdAAAVHlwZVN5c3RlbS54bWxQSwUGAAAAAAIAAgB7AAAAY4YAAAAA",
"size": 34548,
"hash": "1ndGSSne1BKhYNkOdut2r5gQSuY=",
"title": "Annotat.zip"

"format": {

"system": "http://ihe.net/fhir/ihe.formatcode.fhir/CodeSystem/formatcode",

"code": "urn:ihe:iti:xds:2017:mimeTypeSufficient"

}

]

}

Die folgenden FHIR-Ressourcen stellen die zum Beispiel zugehörigen FHIR Patienten- und Fall-Ressourcen dar. Diese FHIR-Ressourcen werden ausschließlich vom Originaldokument Amanda_Alzheimer.docx und der zugehörigen Dokumentreferenz verwendet.

{

"resourceType": "Patient",

"id": "AmandaAlzheimer",

"meta": {

"profile": [

"https://www.medizininformatik-initiative.de/fhir/core/modul-person/StructureDefinition/Patient"

]

"identifier": [

{

"use": "usual",
"type": {
"coding": [
{
"system": "http://terminology.hl7.org/CodeSystem/v2-0203",
"code": "MR"
}
]
},
"system": "https://uk-musterstadt.de/pid",
"value": "123456"

}

"name": [

{

"use": "official",

"family": "Amanda",

"given": [

"Alzheimer"

]

}

"gender": "female"

}

{

"resourceType": "Encounter",

"id": "AmandaAlzheimerEinrichtungskontakt",

"meta": {

"profile": [

"https://www.medizininformatik-initiative.de/fhir/core/modul-fall/StructureDefinition/KontaktGesundheitseinrichtung"

]

"identifier": [

{

"type": {

"coding": [

{

"system": "http://terminology.hl7.org/CodeSystem/v2-0203",

"code": "VN"

}

]

"system": "http://uk-musterstadt.de/fid",

"value": "123456"

}

"status": "finished",

"class": {

"system": "http://terminology.hl7.org/CodeSystem/v3-ActCode",
"code": "IMP",
"display": "inpatient encounter"

"type": [

{

"coding": [

{

"code": "einrichtungskontakt",

"display": "Einrichtungskontakt"

}

]

}

"subject": {

"reference": "Patient/AmandaAlzheimer"

"period": {

"start": "2028-01-24T00:00:00+01:00",

"end": "2028-02-06T00:00:00+01:00"

}

{

"resourceType": "Encounter",

"id": "AmandaAlzheimerAbteilungskontakt",

"meta": {

"profile": [

"https://www.medizininformatik-initiative.de/fhir/core/modul-fall/StructureDefinition/KontaktGesundheitseinrichtung"

]

"identifier": [

{

"type": {

"coding": [

{

"system": "http://terminology.hl7.org/CodeSystem/v2-0203",

"code": "VN"

}

]

"system": "http://uk-musterstadt.de/fid",

"value": "123456"

}

"status": "finished",

"class": {

"system": "http://terminology.hl7.org/CodeSystem/v3-ActCode",
"code": "IMP",
"display": "inpatient encounter"

"type": [

{

"coding": [

{

"code": "abteilungskontakt",

"display": "Abteilungskontakt"

}

]

}

"serviceType": {

"coding": [

{

"system": "http://fhir.de/CodeSystem/dkgev/Fachabteilungsschluessel",
"code": "0900",
"display": "Rheumatologie"

}

]

"subject": {

"reference": "Patient/AmandaAlzheimer"

"period": {

"start": "2028-01-24T00:00:00+01:00",

"end": "2028-02-06T00:00:00+01:00"

"partOf": {

"reference": "Encounter/AmandaAlzheimerEinrichtungskontakt"

}

{

"resourceType": "Encounter",

"id": "AmandaAlzheimerVersorgungsstellenKontakt",

"meta": {

"profile": [

"https://www.medizininformatik-initiative.de/fhir/core/modul-fall/StructureDefinition/KontaktGesundheitseinrichtung"

]

"identifier": [

{

"type": {

"coding": [

{

"system": "http://terminology.hl7.org/CodeSystem/v2-0203",

"code": "VN"

}

]

"system": "http://uk-musterstadt.de/fid",

"value": "123456"

}

"status": "finished",

"class": {

"system": "http://terminology.hl7.org/CodeSystem/v3-ActCode",
"code": "IMP",
"display": "inpatient encounter"

"type": [

{

"coding": [

{

"code": "versorgungsstellenkontakt",

"display": "Versorgungsstellenkontakt"

}

]

}

"subject": {

"reference": "Patient/AmandaAlzheimer"

"period": {

"start": "2028-01-24T00:00:00+01:00",

"end": "2028-02-06T00:00:00+01:00"

"partOf": {

"reference": "Encounter/AmandaAlzheimerAbteilungskontakt"

}

Quelle: GraSCCo Datensatz, DOI (Zenodo): 10.5281/zenodo.6539130