Assertion: prion | /r/HasProperty | resistant
Facets:
value: to heat
type: CAUSE
value: to radiation
type: OTHER
value: quite
type: DEGREE
value: to chemicals
type: OTHER
value: to proteases
type: TRANSITIVE-OBJECT
value: to formaldehyde treatments
type: OTHER
value: generally
type: DEGREE
value: to ionizing radiation
type: TRANSITIVE-OBJECT
value: to procedures
type: OTHER
value: to formaldehyde
type: TRANSITIVE-OBJECT
value: to denaturation
type: PURPOSE
value: to destruction
type: TRANSITIVE-OBJECT
value: to proteinase
type: OTHER
value: to formalin
type: OTHER
value: by protease
type: OTHER
Source sentences:
text: Prion aggregates are stable, and this structural stability means that prions are resistant to denaturation by chemical and physical agents: they cannot be destroyed by ordinary disinfection or cooking.
text: In general, prions are quite resistant to proteases, heat, ionizing radiation, and formaldehyde treatments, although their infectivity can be reduced by such treatments.
text: Prions are therefore resistant to procedures that destroy pathogens by breaking down nucleic acid.
text: Because prions are resistant to most of the sterilization methods such as heat, radiation, chemicals, etc.
text: Prions are not visible microscopically, contain no nucleic acid, and are highly resistant to destruction.
text: This stability means that prions are resistant to denaturation by chemical and physical agents, making disposal and containment of these particles difficult.
text: However, prions are generally quite resistant to denaturation by proteases, heat, radiation, and formalin treatments, although their infectivity can be reduced by such treatments.
text: Prions are resistant to normal disinfection procedures that kill bacteria and viruses.
text: Prions are resistant to heat, radiation and chemicals, so they are almost unstoppable.
text: Prions are extremely difficult to destroy because they are resistant to heat, chemicals, and radiation.
text: Prions are extremely resistant to chemicals, heat, and radiation.
text: Prions are extremely difficult to destroy because they are resistant to heat, chemicals, and radiation.
text: Prions are extremely difficult to destroy because they are resistant to heat, chemicals, and radiation.
text: Prions are extremely resistant to chemicals, heat, and radiation.
text: This structural stability means that prions are resistant to denaturation by chemical and physical agents, making disposal and containment of these particles difficult.
text: Prions are generally quite resistant to proteases, heat, radiation, and formalin treatments, although their infectivity can be reduced by such treatments.
text: This structural stability means that prions are resistant to denaturation by chemical and physical agents, making disposal and containment of these particles difficult.
text: In general, prions are quite resistant to proteases, heat, ionizing radiation, and formaldehyde treatments, although their infectivity can be reduced by such treatments.
text: They are rogue protein that transform other cellular protein(PrPC) to the prion from PrPSC and are resistant to proteinase.
text: Prions are believed to infect and propagate by refolding abnormally into a structure which is able to convert normal molecules of the protein into the abnormally structured form, and they are generally quite resistant to denaturation by protease, heat, radiation, and formalin treatments, although potency or infectivity can be reduced.
text: However, the prion found in infectious material has a different structure and is resistant to proteases, the enzymes in the body that can normally break down proteins.
text: However, prions are generally quite resistant to denaturation by proteases, heat, radiation, and formalin treatments, although their infectivity can be reduced by such treatments.
text: In general, prions are resistant to heat, ionizing radiation, formaldehyde, and proteases.
text: Prions are extremely difficult to destroy because they are resistant to heat, chemicals, and radiation.
text: Prions are extremely resistant to chemicals, heat, and radiation.
text: They are resistant to heat, chemicals, and radiation.