Recently, near-infrared imaging (NIR) is a new technology that is now widely used in biomedical fields with the advantages of non-invasive, non-ionizing, fast and cheap. Because the main component of human tissue is water, for example, in lean tissue, 75% water, 83% in blood, 25% in fat, and water has a near infrared light absorption (680nm). –1000 nm) is very low so using near-infrared in biological tissue studies would be able to produce interesting results. Some applications of imaging techniques to model the hand tendons by near-infrared techniques have been performed such as optical tomography, diagnosis of cerebral edema and also mammography. This technique is also used to determine vein imaging or to study palmar imaging. In addition, this method can also record images of the tendon system of the hand with high contrast, safety, can observe tendon movements in real time, receiving great attention in recent times.
Recently, near-infrared
imaging
(NIR) is a new technology
that is
now
widely
used
in biomedical fields with the advantages of non-invasive, non-ionizing,
fast
and
cheap
.
Because
the main component of human tissue is water,
for example
, in lean tissue, 75% water, 83% in blood, 25% in
fat
, and water has a near infrared light absorption (
680nm
).
–
1000 nm
)
is
very
low
so
using near-infrared in biological tissue studies would be able to produce interesting results.
Some
applications of
imaging
techniques to model the hand tendons by near-infrared techniques have
been performed
such as optical tomography, diagnosis of cerebral edema and
also
mammography. This technique is
also
used
to determine vein
imaging
or to study
palmar
imaging
.
In addition
, this method can
also
record images of the tendon system of the hand with high contrast, safety, can observe tendon movements in real time, receiving great attention in recent times.