13-7 Less-invasive CMOS image sensor module with embedded light source for in vivo brain imaging

• Mizuno T.

  Graduate School of Materials Science, NAIST

• Nakagawa T.

  Graduate School of Materials Science, NAIST

• Ng. D. C.

  Graduate School of Materials Science, NAIST

• Tokuda T.

  Graduate School of Materials Science, NAIST

• Kagawa K.

  Graduate School of Materials Science, NAIST

• Nunoshita M.

  Graduate School of Materials Science, NAIST

• Tamura H.

  Graduate School of Biological Sciences, NAIST

• Shiosaka S.

  Graduate School of Biological Sciences, NAIST

• Ohta J.

  Graduate School of Materials Science, NAIST

Bibliographic Information

Other Title

• 13-7 in vivo脳神経イメージング用CMOSイメージングデバイスへの光源内蔵と低侵襲化(第13部門 情報センシング2)

Abstract

We are developing an implantable CMOS image sensor module for in vivo fluorescence imaging of mouse brain. We successfully developed an imaging device for in vivo experiments with less-invasive outline, evenly embedded excitation light source and improved biocompatibility.

Journal

• PROCEEDINGS OF THE ITE ANNUAL CONVENTION

  PROCEEDINGS OF THE ITE ANNUAL CONVENTION 2007 (0), _13-7-1_-, 2007

  The Institute of Image Information and Television Engineers

Details

• CRID: 1390001204557364096
• NII Article ID: 110009469733
• DOI: 10.11485/iteac.2007.0__13-7-1_
• ISSN: 24242292
• ISSN: 13431846
• Text Lang: ja
• Data Source:
  • JaLC
  • CiNii Articles
• Abstract License Flag: Disallowed