Assertion: chromosome's protein | /r/Synonym | histone
Facets:
value: in eukaryotes
type: LOCATION
Source sentences:
text: chromosome a coiled structure found in the nucleus of a coiled structure found in the nucleus of EUKARYOTE cells which contains DNA (the genetic material making up the genes), basic proteins called HISTONES , and nonhistone acidic proteins which may regulate the activity of DNA (see NUCLEOSOME ).
text: The DNA in eukaryotic chromosomes is combined with basic proteins (histones) and with nonhistone proteins.
text: The DNA + histone = chromatin definition: The DNA double helix in the cell nucleus is packaged by special proteins termed histones.
text: The proteins are referred to as histones in eukaryotes.
text: chromosome a coiled structure found in the nucleus of a coiled structure found in the nucleus of EUKARYOTE cells which contains DNA (the genetic material making up the genes), basic proteins called HISTONES , and nonhistone acidic proteins which may regulate the activity of DNA (see NUCLEOSOME ).
text: chromosome a coiled structure found in the nucleus of a coiled structure found in the nucleus of EUKARYOTE cells which contains DNA (the genetic material making up the genes), basic proteins called HISTONES , and nonhistone acidic proteins which may regulate the activity of DNA (see NUCLEOSOME ).
text: Every chromosome contains exactly one molecule of DNA, to be exact, and that long string of genetic info is tightly wrapped around the protein (called a histone), which acts like a spool, efficiently bundling the lengthy, info-rich molecule into the perfect size and shape to fit inside the nucleus of a cell.
text: DNA packaging into chromatin and chromosome DNA wraps around proteins called histones to form units known as nucleosomes.
text: The unique structure of chromosomes keeps DNA tightly wrapped around spool-like proteins, called histones.
text: One of the thread-like structures located within the cell nucleus composed of an extremely long, double-stranded DNA (deoxyribonucleic acid) helix tightly folded around proteins called histones.
text: One of the thread-like structures located within the cell nucleus composed of an extremely long, double-stranded DNA (deoxyribonucleic acid) helix tightly folded around proteins called histones.
text: To store this important material, DNA molecules are tightly packed around proteins called histones to make structures called chromosomes.
text: Within the eukaryotic nucleus, long double-helical strands of DNA are wrapped tightly around proteins called histones.
text: A chromosome is a tightly coiled combination of a DNA molecule (which contains genetic information for the organism) and specialized proteins called histones.
text: Unravel it further, and you would find clumps of proteins, called, histones, that are wrapped in your DNA.
text: The DNA is wrapped around molecules of proteins called histones (shaped somewhat like spools) to protect it and provide strength.
text: Chromosomes are tightly packed structures than contain chromatin, or DNA wrapped around a proteins called histones.
text: To form the chromosomes, the DNA is carefully wound around proteins called histones, just like how you wind up fishing line on a fishing reel.
text: One of the thread-like structures located within the cell nucleus composed of an extremely long, double-stranded DNA (deoxyribonucleic acid) helix tightly folded around proteins called histones.
text: Chromosomes have a unique structure, which helps to keep the DNA tightly wrapped around the proteins called histones.
text: One of the thread-like structures located within the cell nucleus composed of an extremely long, double-stranded DNA (deoxyribonucleic acid) helix tightly folded around proteins called histones.
text: Nearly all of the DNA in eukaryotic cells is complexed with a set of small basic proteins called histones .
text: The DNA in eukaryotic chromosomes is combined with basic proteins (histones) and with nonhistone proteins.
text: The DNA in eukaryotic chromosomes is combined with basic proteins (histones) and with nonhistone proteins.