Matches in Nanopublications for { ?s ?p ?o <https://w3id.org/np/RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE/assertion>. }
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- advantage-kinetics-approach type Thing assertion.
- advantage-mock-control type Thing assertion.
- advantage-no-genetic-modification type Thing assertion.
- advantage-universal-applicability type Thing assertion.
- RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE type AIDA-Sentence assertion.
- advantage-kinetics-approach comment "Overcomes major limitation of standard fractionation methods" assertion.
- advantage-mock-control comment "Essential quality control for validating resident RNA identification" assertion.
- advantage-no-genetic-modification comment "Key practical advantage for diverse research applications" assertion.
- advantage-universal-applicability comment "Major advantage over proximity labeling techniques" assertion.
- RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE seeAlso operation_3680 assertion.
- advantage-kinetics-approach description "Tracks depletion dynamics across gradient instead of single RNase treatment" assertion.
- RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE text "CoLoC-seq advances subcellular transcriptomics by combining enzymatic kinetics with Mock control experiments to overcome false-positive limitations of conventional fractionation methods and eliminating the requirement for genetic modification." assertion.
- advantage-mock-control purpose "Distinguish organellar protection from intrinsic RNase resistance" assertion.
- advantage-mock-control purpose "Control for false-positive identifications" assertion.
- RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE relatesTo RAMVUimnATifJYJw0VP2zAesw4OK_Gw30p9NgcEU4oVW8 assertion.
- RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE relatesTo RA_C-L7pLBKSyHDhS2YIFmqfb_-BLGOldcUb8emWvRltA assertion.
- RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE relatesTo RAqWgWTy_lLfUrvdgqP0lggMHH_Of_5TgmpDWkpxe16gg assertion.
- advantage-kinetics-approach advantage "Distinguishes genuinely resident transcripts from slowly degradable contaminants" assertion.
- advantage-universal-applicability advantage "Compatible with non-model organisms" assertion.
- advantage-universal-applicability advantage "No genetic modification required" assertion.
- advantage-universal-applicability applicableTo "Extracellular vesicles" assertion.
- advantage-universal-applicability applicableTo "Mitochondria" assertion.
- advantage-universal-applicability applicableTo "Plastids" assertion.
- advantage-universal-applicability applicableTo "Vacuolar compartments" assertion.
- advantage-universal-applicability applicableTo "Viral particles" assertion.
- advantage-no-genetic-modification benefit "Applicable to any cell type or tissue" assertion.
- advantage-no-genetic-modification benefit "Can be implemented in non-model species" assertion.
- advantage-no-genetic-modification benefit "Broader applicability than proximity labeling methods" assertion.
- RAZTGowlvcV7tu_Gi1DpIhq3KNCra6KQBgpAdqx7gSMrE about gkac1205 assertion.
- advantage-kinetics-approach name "Enzymatic Kinetics-Based Approach" assertion.
- advantage-mock-control name "Mock CoLoC-seq Control Experiment" assertion.
- advantage-no-genetic-modification name "No Genetic Modification Required" assertion.
- advantage-universal-applicability name "Universal Applicability" assertion.
- advantage-mock-control expectedResult "P0 = 0 for all RNAs when membranes are dissolved" assertion.