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Biocrystallization

Biocrystallization is the formation of crystals from organic macromolecules by living organisms. This may be a stress response, a normal part of metabolism such as processes that dispose of waste compounds, or a pathology. Template mediated crystallization is qualitatively different from in vitro crystallization. Inhibitors of biocrystallization are of…

Art, Heme & DNA

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DNA

Heme

Lithiasis

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Biocrystallization

Nodes37
Edges36
Triples18
Avg. degree1.95
Density0.054054
Components1

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Biocrystallization

Top relations

related to Heme · 8
Biocrystallization → Blood, Heme, Hemozoin, Plasmodium, Rhodnius, Schistosoma, Targeting, To
is a · 1
Biocrystallization → formation of crystals from organic macromolecules by living organisms

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Important terminology

heme organisms lithiasis stress blood formation dispose bacteria hemozoin crystals stones response mediated drug process dna parasite biomineralization macromolecules metabolism

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Biocrystallizationis aformation of crystals from organic macromolecules by living organisms0.90text
processes that dispose of waste compoundsinstance ofa normal part of metabolism0.80text
or a pathologyinstance ofa normal part of metabolism0.80text
oxidative stressinstance ofThis process is mediated by the stress response protein Dps and allows the bacteria to survive varied assaults0.80text
heat shockinstance ofThis process is mediated by the stress response protein Dps and allows the bacteria to survive varied assaults0.80text
ultraviolet lightinstance ofThis process is mediated by the stress response protein Dps and allows the bacteria to survive varied assaults0.80text
gamma radiationinstance ofThis process is mediated by the stress response protein Dps and allows the bacteria to survive varied assaults0.80text
extremes of pHinstance ofThis process is mediated by the stress response protein Dps and allows the bacteria to survive varied assaults0.80text
chloroquine.Targeting heme biocrystallization remains one of the most promising avenues for antimalarial drug development because the drug target is highly specific to the malarial parasiteinstance ofHeme biocrystallization is inhibited by quinoline antimalarials0.80text
and outside the genetic control of the parasiteinstance ofHeme biocrystallization is inhibited by quinoline antimalarials0.80text
Biocrystallizationrelated to HemeBlood0.60section
Biocrystallizationrelated to HemeTo0.60section

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    Min side: 3
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