Silver Nitrate Method Images, Pictures And Stock Photos

Cerebellar cortex. Silver stain. Light micrograph of the cerebellar cortex stained with Cajal`s silver nitrate method. The Purkinje cells are located between the molecular and granular layers, showing a rounded soma surrounded by many black axons of basket cells

Cerebral cortex. Pyramidal cells. Low magnification micrograph of the cerebral cortex stained with Cajal silver nitrate method. Pyramidal cells of layer V show a triangular-shaped cell body and a large apical dendrite directed to the surface of the cortex. White matter is on the bottom

Simple columnar epithelium. Kidney medulla. Light micrograph of kidney medulla showing several collecting ducts, lined by a simple columnar epithelium. Around. Light micrograph of kidney medulla showing several collecting ducts, lined by a simple columnar epithelium. Around these ducts, blood capillaries lined by very thin endothelium and Henle loops, with thicker epithelium can be seen. Semithin resin section 0.5 micrometres thick stained with a silver nitrate method

Cerebellar cortex. Silver stain. Light micrograph of the cerebellar cortex stained with Cajal`s silver nitrate method. The Purkinje cells are located between the molecular and granular layers, showing a rounded soma surrounded by many black axons of basket cells

Cerebellar cortex. Silver stain. Light micrograph of the cerebellar cortex stained with Cajal`s silver nitrate method. The Purkinje cells are located between the molecular and granular layers, showing a rounded soma surrounded by many black axons of basket cells

Cerebellum. Comparison of four stain methods. Four cerebellum sections stained with H&E top right, cresyl violet top right, silver nitrate method for nerve fibers bottom left and Kluver-Barrera technique for myelinated fibers bottom right

Cerebellum. Purkinje cells. Light micrograph of the cerebellar cortex stained with Cajal`s silver nitrate method. The Purkinje cells are located between the molecular and granular layers, showing a rounded soma that sends dendrites to the molecular layer. Around the soma there are many black axons of basket cells

Cerebellum. Purkinje cells. Light micrograph of the cerebellar cortex stained with Cajal`s silver nitrate method. The Purkinje cells are located between the molecular and granular layers, showing a rounded soma that sends dendrites to the molecular layer. Around the soma there are many black axons of basket cells

Cerebellum. Purkinje cells. Light micrograph of the cerebellar cortex stained with Cajal`s silver nitrate method. The Purkinje cells are located between the molecular and granular layers, showing a rounded soma that sends dendrites to the molecular layer. Around the soma there are many black axons of basket cells

Cerebellum. Purkinje cells. Light micrograph of the cerebellar cortex stained with Cajal`s silver nitrate method. The Purkinje cells are located between the molecular and granular layers, showing a rounded soma that sends dendrites to the molecular layer. Around the soma there are many black axons of basket cells

Eccrine sweat gland intraepidermal duct. The eccrine sweat gland secrete through a intraepidermis spiral duct, called “acrosyringium” which open onto the epithelial surface through the sweat pore. Silver nitrate method