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Genetics
- Ad-mixture (aka Ethnicity Mix)
- Allosomes (Sex chromosomes X & Y)
- Autosomes (Chromosomes 1-22)
- Base Pair
- CE Testing (1st Wave)
- centiMorgan (cM)
- Chromosomes
- Clade
- Cladogram
- dbSNP, rsID, NIH, etc
- Deoxyribonucleic Acid (DNA)
- Derived & Ancestral
- Endogamy or Pedigree Collapse
- epigenetics
- Gene
- Genetic Marker
- Genome Build (aka Reference Model)
- Genotyping
- Haplogroup
- Haploid & Diploid
- Haplotype
- Imputation
- Low Coverage Sequencing
- Meiosis & Mitosis
- Microarray Testing (2nd Wave)
- Microarray File Formats (aka RAW)
- Mito Build (rCRS, Yoruba, RSRS)
- Mitochondria
- Modal
- Null Allele
- Pangenome
- Phylogenetic Tree
- Probes, Primers, Adaptors and Tags
- Recombination (aka Cross-Overs)
- Sampling Techniques
- Sequencing (3rd Wave)
- Sequencing File Formats
- Single Nucleotide Polymorphism (SNP)
- Short Tandem Repeat (STR)
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Genealogy
- Ahnentafel number
- Ancestor and Descendant
- Birth, Marriage and Death (BMD)
- Branches
- Consanguinity
- Cousins
- Deep Ancestry
- Earliest Known Ancestor (EKA)
- Family (Nuclear, and Household)
- Genealogical Exchange Database (GEDCom)
- Genealogical Proof Standard (GPS)
- Genealogical Records
- Genealogical Time Frame (aka last 500 years)
- Genealogical Tool
- Genealogical Trees
- Generation Difference (GD)
- Individuals
- Most Recent Common Ancestor (MRCA)
- Née
- Not Parent Expected (NPE)
- One-Tree (aka World Tree)
- Patriline & Matriline
- Places
- Repositories
- Siblings
- Sources
- Surname, One-Name and Family Branch Studies
- Years Before Present (ybp)
- (Genetic Genealogy) Terms
- Genetics Industry
- (Genetic Genealogy and Ancient DNA) Industry
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- Deep Ancestry
We lump together here Deep Ancestry, Genetic Ancestry and Ancient DNA (aka aDNA). It is the study of pre-written-history populations, their development and movement.
Many of the original analysis techniques used for patriline and matriline studies in genetic genealogy are actually developed and furthered by this field. Although this topic does not apply to genealogy so directly, it is useful to understand. Many who are doing written-record genealogy may start to prattle in these non-written, further back histories of humankind and the population lineages. Just as historical origin archaeology and anthropology have overlaps, so do genealogy with the (DNA) history of populations from before written records.
You are likely well aware by now that DNA testing indicates your ancestry from well before written records; not just your genealogical one. In fact, those ethnicity pie-charts (based on a science known as ad-mixture), are created from studies into deep ancestry. The phylogenetic trees that have become so popular in genetic genealogy are actually results of studies here as well.
Ancient DNA (or aDNA for short; and not to be confused with the term atDNA used for the autosomes) is often the science of extracting DNA from remains of humans who died thousands to tens of thousands years ago. Such extraction, although more error prone due to degraded DNA, can provide great insight into the populations in a particular location. And the movement of populations through time.
Many of the original analysis techniques used for patriline and matriline studies in genetic genealogy are actually developed and furthered by this field. Although this topic does not apply to genealogy so directly, it is useful to understand. Many who are doing written-record genealogy may start to prattle in these non-written, further back histories of humankind and the population lineages. Just as historical origin archaeology and anthropology have overlaps, so do genealogy with the (DNA) history of populations from before written records.
You are likely well aware by now that DNA testing indicates your ancestry from well before written records; not just your genealogical one. In fact, those ethnicity pie-charts (based on a science known as ad-mixture), are created from studies into deep ancestry. The phylogenetic trees that have become so popular in genetic genealogy are actually results of studies here as well.
Ancient DNA (or aDNA for short; and not to be confused with the term atDNA used for the autosomes) is often the science of extracting DNA from remains of humans who died thousands to tens of thousands years ago. Such extraction, although more error prone due to degraded DNA, can provide great insight into the populations in a particular location. And the movement of populations through time.