Just posterior to the olfactory lobes are two elongate bodies with rounded bases, this is the cerebrum (B), and it is the frog's thinking center. The cerebrum is the part of the brain that helps the frog respond to its environment. Posterior to the cerebrum are the optic lobes (C), which function in vision.The ridge just behind the optic lobes is the cerebellum (D), it is used to coordinate the frog's muscles and maintain balance. Posterior to the cerebellum is the medulla oblongata (E) which connects the brain to the spinal cord (F).Brain Part Function Letter Cerebellum Cerebrum Olfactory Lobe Optic Lobe Medulla Oblongata Complete the chart. Removal of the Frog's Brain Turn the frog dorsal side up.osterior to the cerebellum is the medulla oblongata (E) which connects the brain to the spinal cord (F). Brain Part Function Letter Cerebellum Cerebrum Olfactory Lobe Optic Lobe Medulla Oblongata Complete the chart. Removal of the Frog's Brain Turn the frog dorsal side up.
The best prominent example of a motor protein is the muscle protein myosin which motors the contraction of muscle fibers in animals. Motor proteins are the driving force behind most active transport of proteins and vesicles in the cytoplasm.
Cell cortex and cytoskeleton are two dynamic, protein structures, involved in maintaining the shape and integrity of the cell. The cell cortex is made up of F-actin filaments, actin-binding proteins, and motor proteins.