Mo.2.9.3
FLUORESCENCE IMAGING SYSTEM FOR INTRA-PROCEDURAL PRECLINICAL APPLICATIONS
Dieter Haemmerich, Medical Univ. of South Carolina; Christian Rossmann, OncoBLAZE; Danforth Newton, Pratikshkumar Patel, Medical Univ. of South Carolina; Anabelle VanDenburgh, OncoBLAZE
Session:
Mo.2.9: Imaging, Diagnostics & Biosensing Technologies Oral
Track:
Therapeutic & Diagnostic Systems and Technologies
Location:
Room 701B
Presentation Time:
Monday, 27 July, 15:00 - 15:15
Session Co-Chairs:
Michael Friebe and Taha Houda
Presentation
Discussion
Resources
No resources available.
Session Mo.2.9
Mo.2.9.1: OPTICAL DETECTION OF ALBUMIN LEAKAGE DURING DIALYSIS: A NOVEL MONITORING APPROACH
Annika Adoberg, Liisi Leis, Ivo Fridolin, Joosep Paats, Merike Luman, Risto Tanner, Kristjan Pilt, Tallinn University of Technology; Kristina Boss, University Hospital Essen; Jana Holmar, Tallinn University of Technology
Mo.2.9.2: Improving Portable EIT Operation Speed Using a Gel-Assisted Dry-Electrode Strip
Bradley Edelman, Wan Lo, Russell Chan, E-SENSE Innovation & Technology
Mo.2.9.3: FLUORESCENCE IMAGING SYSTEM FOR INTRA-PROCEDURAL PRECLINICAL APPLICATIONS
Dieter Haemmerich, Medical Univ. of South Carolina; Christian Rossmann, OncoBLAZE; Danforth Newton, Pratikshkumar Patel, Medical Univ. of South Carolina; Anabelle VanDenburgh, OncoBLAZE
Mo.2.9.4: OPTIMIZING SURFACE RECEIVING COILS FOR HANDHELD MAGNETIC PARTICLE SPECTROMETERS: BALANCING SENSITIVITY AND INTERFERENCE CANCELLATION
Runze Li, Institute of Automation, Chinese Academy of Sciences; Zechen Wei, The Hong Kong Polytechnic University; Yidong Liao, Bo Wen, Beihang University; Weihua Li, Peking University; Jie Tian, Beihang University; Hui Hui, Institute of Automation, Chinese Academy of Sciences
Mo.2.9.5: Assessment of Vibratory Asymmetry and Laterality in Unilateral Vocal Fold Polyps using Dual-Channel Neck-Surface Accelerometer
Youjin Kang, Dahyung Han, Hanyang University; Boram Yun, Hanyang University Hospital; Changmyeon Song, Jeonghee Kim, Hanyang University
Mo.2.9.6: sqRFA - A Semi-Quantitative Radial Flow Assay Using a DIY Automated Reagent Deposition Platform for Paper-Based Nucleic Acid Diagnostics
Dhruvi Kakadiya, Sutirtha Roy, Philippa Ngaju, Jinguang Hu, Richa Pandey, University of Calgary
Resources
No resources available.