What does LBID mean in UNCLASSIFIED
Linked Birth and Infant Death (LBID) is an important dataset in the United States of America that helps to track infant mortality rates. The data includes birth and death information from several sources, including vital records, hospital records, and other government-collected datasets. LBID has been used to track trends in infant mortality over time and provide a deeper understanding of why babies die and how to prevent future deaths.
LBID meaning in Unclassified in Miscellaneous
LBID mostly used in an acronym Unclassified in Category Miscellaneous that means Linked Birth And Infant Death
Shorthand: LBID,
Full Form: Linked Birth And Infant Death
For more information of "Linked Birth And Infant Death", see the section below.
What Does LBID Mean?
LBID stands for Linked Birth and Infant Death. This dataset tracks various health indicators surrounding the birth of a child as well as the death of an infant within one year after birth. It provides vital information regarding the cause of death, timing of death, place of occurrence, characteristics of both mother and newborn, medical risk factors associated with the pregnancy/delivery and type of care received during delivery. This information can help healthcare researchers develop insights into ways to reduce infant mortality rates in the United States.
Essential Questions and Answers on Linked Birth And Infant Death in "MISCELLANEOUS»UNFILED"
What is LBID?
LBID stands for Linked Birth and Infant Death. It is a data system managed by the Centers of Disease Control and Prevention (CDC) that combines information from death certificates and birth certificates to provide more accuracy and comprehensive demographic analysis.
How does LBID help researchers?
LBID helps researchers better understand trends in infant mortality, identify potential causes for infant mortality, and ultimately create intervention strategies to reduce the number of infant deaths in the US.
What type of data is included in LBID?
The data collected through LBID includes maternal characteristics such as age, race/ethnicity, education level, marital status, and other demographic factors; fetal or neonatal characteristics such as gestational age at birth and birthweight; cause of death; place of death; infant's date of death; infant's place of residence at time of death; year of occurrence; state where incident occurred; county code associated with residence zip code.
Is LBID accessible to the public?
Yes, certain anonymized datasets are available on CDC’s website for public use. However, due to privacy concerns, some information is only available to approved registered users.
What studies have used data from the LBID?
Many studies have used data from the Linked Birth and Infant Death Database to look into different aspects concerning pregnancy outcomes such as racial disparities in low birth weight babies or alcohol use during pregnancy leading to adverse outcomes.
Are there any limitations when using data from the LBID?
Linked Birth And Infant Death datasets may not include all potential confounding variables which could introduce bias into analyses conducted using those datasets. In addition, since linked births are characterized by missing values due to non-linkage between vital records, caution should be taken when interpreting results derived from these datasets.
How often is the LBID dataset updated?
The median lag time for linkage between two records is 30 days but can vary depending on agency processing times in each state. Data updates occur on a quarterly basis so recent births may not be included until several months after they occurred.
Can I link my own dataset with the LBID dataset?
Yes you can link your own dataset with a publicly available version of the Linked Birth And Infant Death Database as long as you abide by applicable laws regarding access to this database. Please consult with an expert analyst prior attempting any form of linking different data sets with this database.
Final Words:
In conclusion, LBID is an important dataset that is used in various areas such as public health research, epidemiology studies, healthcare policy making, etc., to gain insight into why babies die so soon after birth and what resources are needed to reduce these fatalities in the future. The data collected through LBID can be used to identify patterns that could lead to earlier diagnosis or more effective interventions. Tracking this data can also help inform public health policies for better health outcomes across communities throughout America.
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