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Authors:
Jin, Dayong
Date: 2011
Subject Keyword:
020500 Optical Physics
| Bioimaging
| Cryptosporidium
| High-contrast
| Terbium
| Time-gated luminescence
| UV LED
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/152046
Description:
Lanthanide bioprobes offer a number of novel advantages for advanced cytometry, including the microsecond luminescence lifetime, sharp spectral emission, and large stokes shift. However, to date, only
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Reviewed: 
Authors:
Jin, Dayong
| Piper, James A
| Leif, Robert C
| Yang, Sean
| Ferrari, Belinda C
| Yuan, Jingli
| Wang, Guilan
| Vallarino, Lidia M
| Williams, John W
Date: 2009
Subject Keyword:
020500 Optical Physics
| flow cytometry
| true positive
| rare event
| europium
| time-gated luminescence (TGL)
| Giardia
| UV LED
| autofluorescence
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/82842
Description:
10 page(s)
Full Text:
Reviewed:
Authors:
Connally, Russell
| Piper, James
Date: 2008
Subject Keyword:
020500 Optical Physics
| time-gated luminescence
| UV LED
| europium
| chelate
| lanthanides
| Giardia lamblia
| autofluorescence
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/126042
Description:
Many naturally occurring materials are autofluorescent, a property that can reduce the discriminative ability of fluorescence methods, sometimes to the point where they cannot be usefully applied. Shi
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Full Text:
Reviewed:
Authors:
Connally, Russell E
| Piper, James A
Date: 2008
Subject Keyword:
020500 Optical Physics
| time-gated luminescence
| autofluorescence
| lanthanide
| phosphorescence
| Giardia
| EMCCD
| UV LED
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/120008
Description:
Autofluorescent algal samples were spiked with europium beads for analysis on a novel all-solid-state, time-gated luminescence (TGL) microscope. Pulsed UV excitation (365 nm) was provided by a high-po
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Reviewed:
Date: 2007
Subject Keyword:
020500 Optical Physics
| 100400 Medical Biotechnology
| time-gated luminescence
| flow cytometry
| autofluorescence
| UV LED
| lanthanide
| europium
| time-resolved
| ruthenium
| phosphorescence
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/22419
Description:
The method of time-gated detection of long-lifetime (1-2,000 µs) luminescence-labeled microorganisms following rapid excitation pulses has proved highly efficient in suppressing nontarget autofluoresc
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Reviewed:
Date: 2007
Subject Keyword:
020500 Optical Physics
| 100400 Medical Biotechnology
| UV LED
| europium
| lanthanide
| microsphere
| time-gated luminescence
| flow cytometry
| autofluorescence
| Giardia
| counting efficiency
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/22466
Description:
In the previous article [Part 1 (8)], we have modelled alternative approaches to design of practical time-gated luminescence (TGL) flow cytometry and examined the feasibility of employing a UV LED as
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Reviewed:
Date: 2006
Subject Keyword:
020500 Optical Physics
| 100400 Medical Biotechnology
| UV LED
| time-gated luminescence
| microscopy
| lanthanide
| Giardia
Language: eng
Resource Type: journal article
Identifier: http://hdl.handle.net/1959.14/13673
Description:
Background. The unique discriminative ability of immunofluorescent probes can be severely compromised when probe emission competes against naturally occurring, intrinsically fluorescent substances (au
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