Assertion: hemoglobin's subunit | /r/HasProperty | bound to one another
Facets:
value: by salt links
type: OTHER
value: by hydrogen
type: OTHER
value: by other noncovalent bonds
type: OTHER
value: loosely
type: MANNER
Source sentences:
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.
text: The subunits are loosely bound to one another by hydrogen, salt links, and other noncovalent bonds, and they readily dissociate under the influence of amides and high salt concentrations, mostly to form symmetrical dimers (αβ) and partly to form alpha and beta monomers.