Pro vs Eu
Prokaryotic genomes are packaged in this subcellular region
nucleolus
Small, overlapping DNA fragments that can be used to reassemble a genome
Contig
A seq experiment that identifies regions of open DNA is ATAC seq, which uses this molecular tool
transposon
Histone modification proteins that usually loosen the association of histones with the attached DNA
HATs
These regions of DNA contain a combination of gene controlling sequences, and can interact with multiple gene regions
LCRs
DNA can pass between different species by this process
Lateral or horizontal gene transfer
The fact that gene number doesn't always correlate with organism complexity is known as the
C-value paradox
To determine all of the direct DNA targets of a transcription factor, you would use this technology
ChIP seq
DNA methylation writers
DNMTs
This DNA element protects a gene region from outside influence of other DNA elements or chromatin structures
Insulator
The theory that mitochondria and chloroplasts were originally prokaryotic cells that were engulfed by other cells.
Endosymbiont
In evaluating a bioinformatics algorithm, the correct number returned over the total correct items in the data pool is known as the
recall
To determine all of the regions of the genome associated with a specific Histone modification, you would use this tech
ChIP seq
The idea that experience could lead to heritable changes was originally proposed by this guy
Jean-Baptiste LaMarck
This rare disease is caused by a non-coding deletion that affects expression of a gene important for bone growth
Van Buchem's disease
Eukaryotic genomes have these structures at the ends of their chromosomes
Telomeres
Gathering gene lists by like features is this type of analysis
Hierarchical gene clustering
This technology compares information from electronic medical records to seq data to search for associations between diagnostic codes and the genome
PheWAS
Heterochromatin is usually isolated in this part of the nucleus
Along the nuclear lamina
While higher eukaryotic genomes do not necessarily have more genes than simpler organisms, an expansion of these are apparent with increasing complexity
Gene superfamilies
The human genome is almost 50% this type of sequence
repeat
An overview of GWAS data is commonly displayed with this type of graph
Manhattan plot
This type of sequencing only probes known protein-coding regions of the genome
Whole Exome seq
These DNA sequences organize chromosomal regions by binding to the nuclear version of the cytoskeleton
MARS and SARS
Genetic complexity can be increased by producing multiple RNA isoforms from a single gene through this
alternative splicing