By Geoffrey Burnstock Ph.D., D.Sc., F.A.A., Marcello Costa (auth.)
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Extra resources for Adrenergic Neurons: Their Organization, Function and Development in the Peripheral Nervous System
Extraneuronal MAO has also been demonstrated in both smooth and cardiac muscle cells supplied by adrenergic nerves (Su & Bevan, 1971; Jarrott, 1971a; Jarrott & Langer, 1971; de la Lande & Johnson, 1972; Burnstock, McLean & Wright, 1971; Burnstock, McCulloch, Story & Wright, 1972). The levels of MAO appear to be particularly high in vascular smooth muscle compared to COMT, the reverse being the case for most visceral muscles (Su & Bevan, 1971; de la Lande & Johnson, 1972; Burnstock, McCulloch, Story & Wright, 1972).
Storage vesicles. Several types of neurons can be distinguished on the basis of size, distribution of their processes, their relationship with other neurons and fluorescence histochemistry, but no correlation between morphological types and function has been recognized. Non-terminal adrenergic axons extend to the effector organ where they branch and form a varicose terminal network which, together with the terminal varicose fibres of other neurons, form the 'ground plexus'. Intervaricosities contain mainly neurotubules and/or neurofilaments.
Non-granular enzymes such as tyrosine hydroxylase (T-OH) (Laduron & Belpaire, 1968a), dopa-decarboxylase (Dahlstrom & Jonason, 1968; Laduron, 1970) and monamine oxidase (MAO) (Dahlstrom, Jonason & Norberg, 1969) accumulate at a much slower rate, which corresponds to the slow flow of axoplasm and mitochondria (Weiss & Pillai, 1965; Banks, Mangnal & Mayor, 1969). The results of Wooten & Coyle (1973) suggest that T -OH is associated with fast axonal flow and dopa-decarboxylase with an intermediate rate of flow (see Table 2).
Adrenergic Neurons: Their Organization, Function and Development in the Peripheral Nervous System by Geoffrey Burnstock Ph.D., D.Sc., F.A.A., Marcello Costa (auth.)