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Programmed cell death / Organelles / Nanomaterials / Emerging technologies / Autophagy / Lysosome / Endosome / Nanoparticle / Apoptosis / Biology / Cell biology / Cellular processes


Carbon black nanoparticle instillation induces sustained inflammation and genotoxicity in mouse lung and liver
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Company

IgG / SAIC-Frederick Inc. / BioMed Central Ltd. / Creative Commons / /

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Facility

Nanotechnology Characterization Laboratory / /

IndustryTerm

treatment of the lung cancer / autophagy protein machinery / nervous and musculoskeletal systems / electronics / intracellular site / Recent applications / imaging / energy / /

MedicalCondition

mucopolysaccharidoses / tumor / oral cancer / necrosis / cancer / lysosomal disorders / tumors / disease / lysosomal storage disorders / myopathy / neurodegenerative disease / several disease / degenerative diseases / lysosomal dysfunction / dysfunction / chronic / muscular disorders / human lung adenocarcinoma / amyotrophic lateral sclerosis / colon cancer / cervical carcinoma HeLa / sphingolipidoses / starvation / lung cancer / autophagy dysfunction / human prostate cancer / diseases / non-small cell lung cancer / infection / lysosomal diseases / neurodegenerative diseases / chronic infection / inflammation / breast cancer / motor neuron disease / especially chronic toxicities / myopathies / inflammatory / adenocarcinoma / /

MedicalTreatment

dendrimer / chemotherapy / dendrimers / /

Organization

Nanotechnology Characterization Laboratory / /

Person

Rachael M Crist / Stephan T Stern / Christian De Duve / Frederick / /

Position

author / /

Product

pentoxifylline / polyethylene glycol / Indium / /

ProvinceOrState

Maryland / /

Technology

alpha / quantum dots / drug delivery / DNA delivery / siRNA / gene expression / polymerization / chemotherapy / stem cells / apoptosis / /

URL

http /

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