Match: Connective tissue sheets that separate muscle blocks Trunk muscles dorsal
ID: 192793 • Letter: M
Question
Match:
Connective tissue sheets that separate muscle blocks
Trunk muscles dorsal of the horizontal skeletogenous septum
Flat and shiny white connective sheets such as the rectus sheath that act as sheetlike tandons for muscle attachment
Muscle action that can be applied to narrowing a space, for instance the gill slits
Muscles that are located deep within the body, forming organs
Trunk muscles ventral of the horizontal skeletogenous septum
Muscles associated with the pharyngeal arches
Muscle action that can be applied to closing a jaw or moving a fin closer to the ventral midline
The connective tissue line between left and right sides of the abdomen, ventrally.
Openings behind the eyes, through which sharks can intake water
Appendicular
Abduction
Visceral
Hypaxials
Nares
Choanae
Spiracles
Obliques
Adduction
Linea alba
Branchiomeric
Epaxials
Aponeuroses
Constriction
Myosepta
Explanation / Answer
G)spiracles- opening behind the eyes thrugh which fish take water.
O)myosepta- the connective tissue that separates muscle blocks
M)Aponeurosis:Flat and shiny white connective sheets such as the rectus sheath that act as sheetlike tandons for muscle attachment
L)Epaxial:Trunk muscles dorsal of the horizontal skeletogenous septum
C)visceral:Muscles that are located deep within the body, forming organs
D)Hypaxial :
Trunk muscles ventral of the horizontal skeletogenous septum
F)choanae:Muscles associated with the pharyngeal arches
Choanae
H)obliques:
The connective tissue line between left and right sides of the abdomen, ventrally.
K)branchiomeric:Muscle action that can be applied to closing a jaw or moving a fin closer to the ventral midline
E)nares:
Muscle action that can be applied to narrowing a space, for instance the gill slits
Trunk muscles ventral of the horizontal skeletogenous septum
F)choanae:Muscles associated with the pharyngeal arches