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Listed below are companies that were specifically formed in Fairfax County, Virginia Genealogy:. Virginia Naturalization Petitions, Indexed images of the Virginia Gazette are available online through the Colonial Williamsburg website. In addition, Professor Tom Costa and The Rector and Visitors of the University of Virginia have created a database of all runaway advertisements for slaves, indentured servants, transported convicts, and ship deserters listed in this source and other Virginia newspapers , see: The Geography of Slavery in Virginia.

These newspapers are valuable resources for all regions of Virginia. How can Virginia tax lists help me? Indexes to Fairfax County, Virginia Genealogy births , marriages , and deaths are available online. These collections are incomplete, but are easy to search. Most records can also be ordered electronically online as well. Courtesy: FamilySearch. See also How to order Virginia Vital Records. Images of the original index cards are browseable, arranged alphabetically by surname.

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Provo, Utah: Ancestry, , Digital version at Google Books. FHL Book FHL Book D2he v. Musick, 6th Virginia Cavalry Lynchburg, Va. Howard, c Divine, 8th Virginia Infantry Lynchburg, Va. Armstrong, 11th Virginia Cavalry Lynchburg, Va. Wallace, 17th Virginia Infantry Lynchburg, Va. Howard, Anne's Albemarle Co. Anne's Essex and Caroline Cos. George's Accomack Co.

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Paul's Hanover Co. Paul's King George Co. Stephen's King and Queen Co. Stephen's Northumberland Co. Rockefeller Jr. Navigation menu Personal tools English. Namespaces Page Talk. Views Read View source View history. Research Wiki. This page was last edited on 15 October , at This page has been viewed 7, times via redirect Content is available under Creative Commons Attribution Share Alike unless otherwise noted. Fairfax County , Virginia. Location in the state of Virginia. Location of Virginia in the U. City of Fairfax. Statewide registration for births and deaths began in General compliance year is unknown.

Billion Graves. Low birth weight LBW has been associated with underimmunization. We sought to understand the effect of LBW on immunization completion after controlling for previously hypothesized mediators, including prematurity, neonatal illness, well-child care, non—well-child visits, and provider consistency.

International Classification of Diseases, Ninth Revision codes were used to identify LBW, preterm birth, neonatal illnesses, well-child visits, non—well-child visits, provider consistency, and parental rank in the inpatient and outpatient records. Immunization records were extracted from both records. Of included infants, In adjusted analysis, the odds of immunization completion were significantly decreased in infants born at LBW odds ratio [OR], 0.

The rate of immunization completion increased with the overall number of healthcare visits OR, 1.

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However, children born LBW or preterm were significantly less likely to have complete well-child care. After adjustment for preterm birth, comorbid neonatal conditions, and early childhood patterns of healthcare use, LBW was significantly associated with immunization noncompletion in a universal healthcare system. Provider consistency and well-child care seem important for increasing immunization completion in LBW infants.

The ability of vaccines to prevent illness and death in infants is well documented, and vaccines are recommended almost universally [ 1 , 2 ]. Infants are at increased risk for vaccine-preventable illnesses because of their relatively immature immune system [ 3—5 ]. These infants are more likely to suffer morbidity and death from vaccine-preventable illnesses than term-born NBW infants, which makes immunization particularly important for them [ 13—15 ]. Despite proven benefit from immunization and increased risk without immunization, LBW and preterm-born infants are underimmunized relative to their term-born NBW peers [ 16—21 ].

Researchers have hypothesized that lack of health insurance, lower socioeconomic status, medical fragility that results from complications of prematurity, and decreased well-child care WCC because of increased sick or specialist care might contribute to decreased rates of immunization. The effect of these factors on immunization completion has not been evaluated fully.

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In addition, the potential independent effect of LBW on immunization completion has yet to be distinguished from that seen in infants born both prematurely and at LBW [ 17—19 , 22 ]. We hypothesized that LBW infants will continue to be at risk for underimmunization at 2 years of age in an open-access healthcare system after accounting for the effects of other hypothesized mediators, including prematurity, WCC, neonatal illnesses, consistency of pediatric care, socioeconomic status, and overall healthcare utilization.

The MHS provides healthcare to nearly 9. Care is delivered at military treatment facilities MTFs and civilian facilities in the United States and abroad. Dependent children can receive care at MTFs, civilian treatment facilities, or a combination of the two types of facilities [ 23 ]. The MHS database includes member medical records of all inpatient and outpatient care and houses a military-wide database of immunizations. The retrospective cohort included infants born between October 1, , and September 30, Inclusion in the immunization database indicated contact with at least 1 MTF and excluded infants seen solely by civilian providers.

In addition, any record of immunizations provided during outpatient visits at MTFs or civilian facilities were extracted from the medical record and merged with immunization database records to find all immunization records. This process served as a cross-check for military records.

Records were truncated to exclude immunizations given after 2 years of age and cross referenced for duplicates; any immunization of the same type on the same date recorded in multiple records was flagged as a duplicate and counted only once. The outpatient record included all MHS encounters in the first 2 years of life at MTFs and civilian treatment facilities.

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All other healthcare encounters were considered non-WCC and were counted until the age of 2 years. Outpatient provider change was defined as the number of distinct facilities each patient had visited by the age of 2 years. Each facility was counted once, and having had different providers at a facility was not considered a change.

Dual military parents were classified as senior military. Logistic regression determined adjusted and unadjusted odds of immunization completion. Two partially adjusted models were used. The fully adjusted model calculated the odds of immunization completion at 2 years of age and accounted for sex, LBW category, preterm birth category, neonatal illnesses, WCC completion by 15 months of age, non-WCC encounters, provider consistency, and military-parent rank.

Stepwise models and the Akaike inclusion criterion were used to build and evaluate the model. A variance inflation factor tested for collinearity. This study was reviewed and approved by the appropriate institutional review boards. A total of infants were born in the MHS during fiscal years through ; of these children, met inclusion criteria. The primary reason for exclusion was loss to follow-up. Included children were more likely to have been born to parents of junior enlisted rank and less likely to have had sepsis or IVH and to have been born preterm or LBW than were the excluded infants.

There were 4. Table 2 shows more details of LBW and preterm categories along with associated infant immunization rates. In our cohort, 2. Of the included infants, In the first 2 years of life, the children received care at a median of 3 interquartile range [IQR], 2—4 facilities. Meeting the HEDIS standard for WCC and additional non-WCC encounters was associated with increased odds of immunization completion, whereas provider changes led to reduced odds of immunization completion.

Preterm birth was not significantly associated with immunization completion Table 3. A history of neonatal sepsis, IVH, or ROP and being born to a parent of junior enlisted rank were not significantly associated with immunization completion by the age of 2 years. In a cohort of infants with access to comprehensive healthcare coverage, all LBW subcategories were significantly associated with decreased odds of immunization completion.

Infants born at the lowest weight had the greatest odds of noncompletion. The overall immunization-completion rate of Potential factors related to differences in observed immunization rates might relate to access to no-cost healthcare, use of the survey methodologies in previous studies, or a lack of access to the full complement of military immunization records in military-specific studies.