For 10 points name this co-winner of the 1906 Nobel Prize for Medicine best remembered for his discovery of an irregular system of fibrils, vesicles, and granules in the cell known as his  "apparatus".
Later in life this man turned to the study of malaria and found that the tertian and quartan types of the disease were caused by different species of the protozoan parasite Plasmodium. He is better known for his study of nerves, for which he developed the technique of staining nerve cells with silver nitrate and found the point at which sensory nerve fibres end in rich branchings encapsulated within a tendon, the tendon spindle named for him. For 10 points name this co-winner of the 1906 Nobel Prize for Medicine best remembered for his discovery of an irregular system of fibrils, vesicles, and granules in the cell known as his  "apparatus".
Later in life this man turned to the study of malaria and found that the tertian and quartan types of the disease were caused by different species of the protozoan parasite Plasmodium.
Camillo Golgi