Scientific Reports,
Год журнала:
2025,
Номер
15(1)
Опубликована: Фев. 10, 2025
Abstract
This
study
introduces
a
2-D
Photonic
Crystal
(PhC)
biosensor
designed,
simulated,
and
evaluated
for
detecting
glucose
concentrations
in
urine
by
utilizing
refractive
index
variations.
The
sensor
demonstrates
exceptional
performance,
achieving
sensitivity
of
20,040.30
nm/RIU
levels
ranging
from
0–15
mg/dl,
quality
factor
10,424.55,
detection
limit
as
low
8
×
10
−10
,
surpassing
benchmarks
reported
the
literature.
With
compact
dimensions
16.8
17.6
µm
2
compatibility
with
modern
fabrication
techniques,
proposed
design
is
well
suited
integration
into
portable
diagnostic
devices.
A
comprehensive
comparative
analysis
underscores
its
superior
sensitivity,
ultra-high
factor,
design,
establishing
it
major
advancement
technology.
Scientific Reports,
Год журнала:
2025,
Номер
15(1)
Опубликована: Фев. 10, 2025
Abstract
This
study
introduces
a
2-D
Photonic
Crystal
(PhC)
biosensor
designed,
simulated,
and
evaluated
for
detecting
glucose
concentrations
in
urine
by
utilizing
refractive
index
variations.
The
sensor
demonstrates
exceptional
performance,
achieving
sensitivity
of
20,040.30
nm/RIU
levels
ranging
from
0–15
mg/dl,
quality
factor
10,424.55,
detection
limit
as
low
8
×
10
−10
,
surpassing
benchmarks
reported
the
literature.
With
compact
dimensions
16.8
17.6
µm
2
compatibility
with
modern
fabrication
techniques,
proposed
design
is
well
suited
integration
into
portable
diagnostic
devices.
A
comprehensive
comparative
analysis
underscores
its
superior
sensitivity,
ultra-high
factor,
design,
establishing
it
major
advancement
technology.
