Add to ORKGThe electromyographic study of muscles involved in the respiratory movements of fishes (Hughes & Shelton, 1962) has already proved of value from at least three points of view. First, it has made it possible to decide which muscles are active during ventila-tion and has demonstrated that they are not always those suggested by purely ana
Recordings of pressure changes within the buccal and opercular cavities of lightly anaesthetized rai...
The ease with which respiratory reflexes may be elicited by stimu lation of the surface of the phary...
Fish myotomes contain two basic types of muscle fibre, red and white. Where these are separate the r...
A comparative study of the respiration of fishes from different ecological niches has shown that cer...
Since the beginning of the eighteenth century investigators have attempted to understand the mechani...
In the past few years the activity pattern of the cranial muscles during respiration has been studie...
The pumping mechanism maintaining water flow across the gills has been investi-gated in the trout us...
The mechanism of gill ventilation in the dogfish has been shown to be fundamentally the same as that...
It has been reported that fish may match the extent of their respiration to their need for gaseous e...
Relatively little work has been done on the gill ventilation of British marine teleost fishes since ...
The respiratory pumping system of a fish is in fact a double pump in which the combined action of th...
The respiratory pump in teleost fish is mechanically complex, but the activity in motor neurones whi...
We investigated the function of the m. hyohyoideus superior (MHS) and inferior (MHI) in the head of ...
The general nature of the respiratory movements of teleost fishes has been known for a long time, bu...
In 1938, Van Dam obtained the first direct measurements of ventilation volume (VG) in restrained fis...
Recordings of pressure changes within the buccal and opercular cavities of lightly anaesthetized rai...
The ease with which respiratory reflexes may be elicited by stimu lation of the surface of the phary...
Fish myotomes contain two basic types of muscle fibre, red and white. Where these are separate the r...
A comparative study of the respiration of fishes from different ecological niches has shown that cer...
Since the beginning of the eighteenth century investigators have attempted to understand the mechani...
In the past few years the activity pattern of the cranial muscles during respiration has been studie...
The pumping mechanism maintaining water flow across the gills has been investi-gated in the trout us...
The mechanism of gill ventilation in the dogfish has been shown to be fundamentally the same as that...
It has been reported that fish may match the extent of their respiration to their need for gaseous e...
Relatively little work has been done on the gill ventilation of British marine teleost fishes since ...
The respiratory pumping system of a fish is in fact a double pump in which the combined action of th...
The respiratory pump in teleost fish is mechanically complex, but the activity in motor neurones whi...
We investigated the function of the m. hyohyoideus superior (MHS) and inferior (MHI) in the head of ...
The general nature of the respiratory movements of teleost fishes has been known for a long time, bu...
In 1938, Van Dam obtained the first direct measurements of ventilation volume (VG) in restrained fis...
Recordings of pressure changes within the buccal and opercular cavities of lightly anaesthetized rai...
The ease with which respiratory reflexes may be elicited by stimu lation of the surface of the phary...
Fish myotomes contain two basic types of muscle fibre, red and white. Where these are separate the r...