Scientific article

Screening of nanoparticulate delivery systems for the photodetection of cancer in a simple and cost-effective model

Published inNanomedicine, vol. 4, no. 2, p. 135-143
Publication date2009

AIMS: In urology, fluorescence-based imaging methods have been proven to significantly improve the detection of small, barely visible tumors and reduce the recurrence rate. Under ethical and economical pressure, new effective screening systems have to be developed to exploit and assess novel strategies for fluorescence photodetection in other areas. For this purpose, the chorioallantoic membrane (CAM) of the developing chick embryo is an attractive alternative model to the mammalian models. MATERIALS & METHODS: Hypericin encapsulated into nanoparticles for the photodetection of ovarian metastases was evaluated in the CAM model with respect to vascular extravazation and tumor targeting and compared with free drug following intravenous administration. RESULTS: To validate the CAM model as a valuable screening system for photodetection of cancer, we drew a comparison with results obtained on a conventional rodent model. CONCLUSION: Rodent and CAM models led to the same conclusion regarding the benefits of nanoencapsulation to improve selective accumulation of drug in ovarian micrometastases.

  • Animals
  • Cell Line, Tumor
  • Chick Embryo
  • Chickens
  • Chorioallantoic Membrane/metabolism
  • Early Detection of Cancer
  • Female
  • Fluorescence
  • Nanoparticles/chemistry
  • Ovarian Neoplasms/diagnosis
  • Perylene/analogs & derivatives/chemistry
  • Rats
Citation (ISO format)
ZEISSER-LABOUEBE, Magali et al. Screening of nanoparticulate delivery systems for the photodetection of cancer in a simple and cost-effective model. In: Nanomedicine, 2009, vol. 4, n° 2, p. 135–143. doi: 10.2217/17435889.4.2.135
Main files (1)
Article (Published version)
ISSN of the journal1549-9634

Technical informations

Creation11/10/2009 11:10:00 AM
First validation11/10/2009 11:10:00 AM
Update time03/14/2023 3:17:38 PM
Status update03/14/2023 3:17:38 PM
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