Status Information

Status
DEPRECATED
Reason
Duplicate
Map-ToLong Common NameMapping Guidance
19237-7Base excess standard in Venous blood by calculation

Part Descriptions

LP15429-1   Base excess
Base excess refers to the amount of a strong acid required to bring back the blood pH to the normal value of 7.4. The term and concept were first introduced by Astrup and Siggaard-Andersen in 1958 as a way to measure the metabolic component of an acid-base disturbance.

Actual versus standard:
In vivo, acid-base homeostasis takes place throughout the extracellular fluid (ECF), not just the blood compartment that is in a patient specimen. The concept of "standard" base excess attempts to adjust for the base excess of the entire extracellular compartment by calculating the base excess for blood diluted as if the entire extracellular compartment were sampled (approx Hgb of 5g/l). So the ACTUAL base excess (ABE) is the dose of acid to return PLASMA to normal pH, whereas the STANDARD base excess (SBE) is the dose to return ECF to normal pH.

Adjusting for oxygen saturation:
Base excess normally assumes 100% oxygen saturation, which is valid for many arterial specimens. However, it is possible to add additional terms to the calculation which account for the actual oxygen saturation of the patient sample. The terms in LOINC indicating 'Base excess.100% oxygenated' are intended to encode base excess terms adjusted for oxygen saturation (i.e. do not assume 100% oxygenation). Source: Regenstrief LOINC

LP307350-1   Base excess^^standard
Base excess refers to the amount of a strong acid required to bring back the blood pH to the normal value of 7.4. The term and concept were first introduced by Astrup and Siggaard-Andersen in 1958 as a way to measure the metabolic component of an acid-base disturbance.

Actual versus standard:
In vivo, acid-base homeostasis takes place throughout the extracellular fluid (ECF), not just the blood compartment that is in a patient specimen. The concept of "standard" base excess attempts to adjust for the base excess of the entire extracellular compartment by calculating the base excess for blood diluted as if the entire extracellular compartment were sampled (approx Hgb of 5g/l). So the ACTUAL base excess (ABE) is the dose of acid to return PLASMA to normal pH, whereas the STANDARD base excess (SBE) is the dose to return ECF to normal pH.

Adjusting for oxygen saturation:
Base excess normally assumes 100% oxygen saturation, which is valid for many arterial specimens. However, it is possible to add additional terms to the calculation which account for the actual oxygen saturation of the patient sample. The terms in LOINC indicating 'Base excess.100% oxygenated' are intended to encode base excess terms adjusted for oxygen saturation (i.e. do not assume 100% oxygenation). Source: Regenstrief LOINC

LOINC Names Get Info

Fully-Specified Name
Base excess^^standard:SCnc:Pt:BldV:Qn:
Long Common Name
Deprecated Base excess standard in Venous blood
Short Name
Deprecated Base excess std BldV-sCnc
Display Name
Base excess standard (BldV) [Moles/Vol]
Consumer Name Alpha Get Info
Base excess Standard, Blood

Part Model Get Info

  • Component
    Base excess^^standard
    LP307350-1
    • Analyte
      Base excess
      LP15429-1
      • Component Numerator
        Base excess
        LP15429-1
        • Component Numerator Core
          Base excess
          LP15429-1
        • Component Numerator Core Suffix
          NULL
           
      • Component Denominator
        NULL
         
        • Component Denominator Core
          NULL
           
        • Component Denominator Core Suffix
          NULL
           
    • Challenge
      NULL
       
    • Adjustment
      standard
      LP20607-5
    • Count
      NULL
       
  • Property
    SCnc
    LP6860-3
  • Time
    Pt
    LP6960-1
  • System
    BldV
    LP7073-2
    • System Core
      BldV
      LP7073-2
    • Super System
      NULL
       
  • Scale
    Qn
    LP7753-9
  • Method
    NULL
     

Basic Attributes

Class
CHEM
Type
Laboratory
First Released
Version 2.78
Last Updated
Version 2.79 (DEL)
Change Reason
Release 2.79: Status: The concept should have a method of calculated and was created erroneously. Use 19237-7 instead;
Order vs. Observation
Observation

Member of these Groups Get Info

LOINC GroupGroup Name
LG51636-5Base excess^^standard|SCnc|Pt|ANYBldSerPl

Language Variants Get Info

TagLanguageTranslation
cs-CZCzech (Czechia)Base excess^^standard:Látková koncentrace:Časový bod:Krev venózní:Kvantitativní:
el-GRGreek (Greece)Περίσσεια βάσης^^πρότυπο:SCnc:Pt:BldV:Qn:
Synonyms: BldV CHEM Pt Qn SCnc Περίσσεια βάσης πρότυπο
es-ESSpanish (Spain)Exceso de base^^Estándar:Concentración de sustancia:Punto temporal:Sangre venosa:Qn:
Synonyms: Cuantitativo
et-EEEstonian (Estonia)Aluste liig^^standardiseeritud:SCnc:Pt:vB:Qn:
Synonyms: Aine kontsentratsioon Juhuslik Kvantitatiivne Venoosne veri
fr-BEFrench (Belgium)Excès de base^^Standard:Concentration de substance:Temps ponctuel:Sang veineux:Quantitatif:
fr-FRFrench (France)Base excès^^standard:Moles/Volume:Ponctuel:Sang veineux:Numérique:
fr-CAFrench (Canada)Excès de base^^Standard:Concentration de substance:Temps ponctuel:Sang veineux:Quantitatif:
it-ITItalian (Italy)Basi, eccesso^^standard:SCnc:Pt:Sangue ven:Qn:
Synonyms: Chimica Concentrazione di Sostanza Eccesso di basi Punto nel tempo (episodio) Sangue venoso
nl-NLDutch (Netherlands)base-overschot^^standaard:mol/volume:moment:veneus bloed:kwantitatief:
ru-RURussian (Russian Federation)Оснований избыток^^стандартный:МолКонц:ТчкВрм:КрВ:Колич:
Synonyms: Количественный Кровь Венозная Молярность;Молярная объёмная концентрация Точка во времени;Момент
tr-TRTurkish (Turkey)Baz fazlalığı^^standard:SubKons:Zmlı:KanVen:Kant:
zh-CNChinese (China)碱剩余^^标准:物质的量浓度:时间点:静脉全血:定量型:
Synonyms: BE;BSE;碱超;碱过剩;过剩碱 SBE 克分子浓度;克分子浓度(单位体积);摩尔浓度;摩尔浓度(单位体积);物质的量浓度(单位体积) 化学;化学检验项目;化学检验项目类;化学类;化学试验;非刺激耐受型化学检验项目;非刺激耐受型化学检验项目类;非刺激耐受型化学试验;非刺激耐受型化学试验类 可用数量表示的;定量性;数值型;数量型;连续数值型标尺 时刻;随机;随意;瞬间 标准的 血清碱剩余 过剩 静脉血

Example Units

UnitSource
mmol/LExample UCUM Units

LOINC Terminology Service (API) using HL7® FHIR® Get Info

CodeSystem lookup
https://fhir.loinc.org/CodeSystem/$lookup?system=http://loinc.org&code=104728-1