An immunohistochemical study on the presence of nitric oxide synthase isoforms (nNOS, iNOS, eNOS) in the spinal cord and nodose ganglion of rats receiving ionising gamma radiation to their liver
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Fig. 1
Histopathological examination of the liver. A – the control group; B – the first day; C – the second day; D – the third day
Fig. 2
nNOS immunoreactivity. A – the first day, in the spinal cord; B – the first day, in the nodose ganglion; C – the second day, in the spinal cord; D – the second day, in the nodose ganglion; E – the third day, in the spinal cord; F – the third day, in the nodose ganglion
Fig. 3
iNOS immunoreactivity. A – the first day, in the spinal cord; B – the first day, in the nodose ganglion; C – the second day, in the spinal cord; D – the second day, in the nodose ganglion; E – the third day, in the spinal cord; F – the third day, in the nodose ganglion
Fig. 4
eNOS immunoreactivity. A – the first day, in the spinal cord; B – the first day, in the nodose ganglion; C – the second day, in the spinal cord; D – the second day, in the nodose ganglion; E – the third day, in the spinal cord; F – the third day, in the nodose ganglion