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A cell-based immunobiosensor with engineered molecular recognition - Part I: Design feasibility
Vincent Pizziconi
, Darren L. Page
Bioengineering, Harrington Department of
Chemical Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
23
Scopus citations
Overview
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Dive into the research topics of 'A cell-based immunobiosensor with engineered molecular recognition - Part I: Design feasibility'. Together they form a unique fingerprint.
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Engineering & Materials Science
Molecular recognition
100%
Antigens
79%
Biosensors
47%
Chemical activation
26%
Rats
23%
Cells
19%
Thermopiles
14%
Hot Temperature
14%
Energy Metabolism
12%
Proteins
8%
Adhesives
8%
Sensors
4%
Experiments
3%
Medicine & Life Sciences
Mast Cells
57%
Biosensing Techniques
35%
Antigens
28%
Hot Temperature
17%
Immobilized Proteins
11%
Cell Degranulation
9%
Hybrid Cells
8%
Equipment and Supplies
8%
Adhesives
6%
Energy Metabolism
6%
Cultured Cells
6%
Leukemia
6%
Cell Line
4%
In Vitro Techniques
3%
Chemical Compounds
Molecular Recognition
58%
Antigen
49%
Metabolic
28%
Heat
25%
Thermoelectricity
25%
Protein
4%
Time
4%