Add to ORKGIonic and osmotic regulation in the desert locust (Phillips, 1964-70) as in most insects studied to date (reviewed by Stobbart & Shaw, 1964) is ultimately achieved by selective re-absorption of ions and water in the rectum. Re-absorbed substances must first cross the chitinous cuticle or intima before active transport across the epithelia
The cellular mechanism and regulation of KC1 reabsorption across the rectum of the desert locust Sc...
Previous studies on the regulation of salt and water reabsorption in the insect excretory system hav...
The osmoregulatory function of the larval recta of two saline-water mosquitoes, Aedes campestris and...
During the last thirty years evidence has accumulated which supports the view that the main function...
A method is described for the preparation of an everted rectal sac of the desert locust. Water and s...
The rectal pad of Schistocerca gregaria consists of a layer of large columnar epithelial cells and a...
Recent papers (Phillips, 1964 a, b) have described the absorption of water and monovalent ions from ...
Previous studies of selective reabsorption in insect excretory system have concentrated almost exclu...
The need for an investigation of absorption from the insect rectum has been accentuated by the inten...
Like most insects, locusts face severe regulatory challenges associated with arid habitats, high met...
An in vitro preparation of the rectum of the desert locust Schistocerca gregaria is described and ch...
The rectal intima of the desert locust was found to possess fixed negative charges, rather than fixe...
Rectum trammural potential (PD) and short-circuit current (Isc) of the desert locust, Schistocercu ...
Rectal sacs of Schistocerca gregaria Forskal adults are capable of active absorption of those neutra...
The cellular mechanisms responsible for rectal acidification in the desert locust, Schistocerca greg...
The cellular mechanism and regulation of KC1 reabsorption across the rectum of the desert locust Sc...
Previous studies on the regulation of salt and water reabsorption in the insect excretory system hav...
The osmoregulatory function of the larval recta of two saline-water mosquitoes, Aedes campestris and...
During the last thirty years evidence has accumulated which supports the view that the main function...
A method is described for the preparation of an everted rectal sac of the desert locust. Water and s...
The rectal pad of Schistocerca gregaria consists of a layer of large columnar epithelial cells and a...
Recent papers (Phillips, 1964 a, b) have described the absorption of water and monovalent ions from ...
Previous studies of selective reabsorption in insect excretory system have concentrated almost exclu...
The need for an investigation of absorption from the insect rectum has been accentuated by the inten...
Like most insects, locusts face severe regulatory challenges associated with arid habitats, high met...
An in vitro preparation of the rectum of the desert locust Schistocerca gregaria is described and ch...
The rectal intima of the desert locust was found to possess fixed negative charges, rather than fixe...
Rectum trammural potential (PD) and short-circuit current (Isc) of the desert locust, Schistocercu ...
Rectal sacs of Schistocerca gregaria Forskal adults are capable of active absorption of those neutra...
The cellular mechanisms responsible for rectal acidification in the desert locust, Schistocerca greg...
The cellular mechanism and regulation of KC1 reabsorption across the rectum of the desert locust Sc...
Previous studies on the regulation of salt and water reabsorption in the insect excretory system hav...
The osmoregulatory function of the larval recta of two saline-water mosquitoes, Aedes campestris and...