Add to ORKGThe chemical composition of the fluid surrounding the cells of the central nervous system of Periplaneta has been shown to differ from that of the haemolymph, due to a Donnan equilibrium which maintains an excess of inorganic cations in the extracellular fluid (Treherne, 1962 a, b). In view of the demonstrated permeability of the nerv
The insect central nervous system is enveloped by a continuous cellular and fibrous membrane, the pe...
The tissues of insects are bathed freely in haemolymph, and the relationship between the ionic compo...
It is well established that the neurones of the insect central nervous system are protected from the...
Earlier studies carried out in this laboratory have demonstrated the existence of rapid and relative...
The ionic composition of the haemolymph of the American cockroach, Periplaneta americana, has been f...
The experiments of Hoyle (1953) on the effects of potassium on the electrical be-haviour of locust p...
Aim of this study was to determine the ionic concentration gradients at the cellular membrane level ...
The exchanges of sodium and potassium ions and of sugar molecules between the haemolymph and the cen...
In an earlier investigation it was demonstrated that the exchange of sodium and potassium ions betwe...
The abnormal ionic composition of the haemolymph of some phytophagous insects is difficult to reconc...
In the period between 1950 and i960 there were a number of reports of the relative insensitivity of ...
Our understanding of the ionic exchange taking place in insect central nervous tissues is largely de...
Large ionic gradients must be maintained across the blood-brain barrier system of Carausius morosus,...
When a neurone is active, movement of ions and water across its membrane will tend to modify the com...
The activity of K+ and the control of influx of K+ into the extracellular space (micro-environment) ...
The insect central nervous system is enveloped by a continuous cellular and fibrous membrane, the pe...
The tissues of insects are bathed freely in haemolymph, and the relationship between the ionic compo...
It is well established that the neurones of the insect central nervous system are protected from the...
Earlier studies carried out in this laboratory have demonstrated the existence of rapid and relative...
The ionic composition of the haemolymph of the American cockroach, Periplaneta americana, has been f...
The experiments of Hoyle (1953) on the effects of potassium on the electrical be-haviour of locust p...
Aim of this study was to determine the ionic concentration gradients at the cellular membrane level ...
The exchanges of sodium and potassium ions and of sugar molecules between the haemolymph and the cen...
In an earlier investigation it was demonstrated that the exchange of sodium and potassium ions betwe...
The abnormal ionic composition of the haemolymph of some phytophagous insects is difficult to reconc...
In the period between 1950 and i960 there were a number of reports of the relative insensitivity of ...
Our understanding of the ionic exchange taking place in insect central nervous tissues is largely de...
Large ionic gradients must be maintained across the blood-brain barrier system of Carausius morosus,...
When a neurone is active, movement of ions and water across its membrane will tend to modify the com...
The activity of K+ and the control of influx of K+ into the extracellular space (micro-environment) ...
The insect central nervous system is enveloped by a continuous cellular and fibrous membrane, the pe...
The tissues of insects are bathed freely in haemolymph, and the relationship between the ionic compo...
It is well established that the neurones of the insect central nervous system are protected from the...