Changes

choice5="Left lateral"

choice5="Left lateral"

correctchoice="3"

correctchoice="3"

feedback3="'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy & Physiology| WikiVet Article:Liver anatomy]]"

feedback3="'''Correct!''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver.[[Liver - Anatomy & Physiology| WikiVet Article: Liver anatomy]]"

feedback4="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article:Liver anatomy]]"

feedback4="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article: Liver anatomy]]"

feedback2="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article:Liver anatomy]]"

feedback2="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article: Liver anatomy]]"

feedback1="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article:Liver anatomy]]"

feedback1="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article: Liver anatomy]]"

feedback5="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article:Liver anatomy]]"

feedback5="'''Incorrect.''' The hepatorenal ligament connects the cranial pole of the right kidney to the caudate lobe of the liver. [[Liver - Anatomy & Physiology| WikiVet Article: Liver anatomy]]"

image= "">

image= "">

</WikiQuiz>  

</WikiQuiz>  

choice1="Dorsocaudally"

choice1="Dorsocaudally"

correctchoice="2"

correctchoice="2"

feedback2="'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback2="'''Correct!''' The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback4="'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback4="'''Incorrect.''' The fibres of the external abdominal oblique muscle run caudoventrally from the lateral surfaces of the ribs and the lumbar fascia to the linea alba. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback5="'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback5="'''Incorrect.''' The fibres of the rectus abdominis muscle run craniocaudally from the ventral costal cartilages to the prepubic tendon. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback3="'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback3="'''Incorrect.''' The fibres of the transversus abdominus run dorsoventrally from the inner surface of the last ribs and the transverse processes of the lumbar vertebrae. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g., for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback1="'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback1="'''Incorrect.''' There is no abdominal muscle whose fibres run dorsocaudally. The fibres of the internal abdominal oblique run cranioventrally from the tuber coxae and the thoracolumbar fascia to the linea alba. The direction of the fibres make this muscle is easily identifiable on flank laparotomy (e.g. for cat spey). [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

image= "">

image= "">

</WikiQuiz>  

</WikiQuiz>  

choice2="Cutaneous trunci muscle"

choice2="Cutaneous trunci muscle"

correctchoice="3"

correctchoice="3"

feedback3="'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback3="'''Correct!''' The caudal border of the external abdominal oblique muscle is thickened to form the inguinal ligament and a slit in its aponeurosis forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback4="'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback4="'''Incorrect.''' The inguinal canal is bordered cranially by the internal abdominal oblique muscle. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback5="'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback5="'''Incorrect.''' The transversus abdominis muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback1="'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback1="'''Incorrect.''' The rectus abdominis muscle does not have an aponeurosis. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]"

feedback2="'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: abdominal musculature]]."

feedback2="'''Incorrect.''' The cutaneous trunci muscle is not involved in the formation of the inguinal canal. A slit in the aponeurosis of the external abdominal oblique muscle forms the superficial inguinal ring. [[Ribs and Sternum - Anatomy & Physiology#Abdominal Musculature|WikiVet Article: Abdominal musculature]]

image= "">

image= "">

</WikiQuiz>  

</WikiQuiz>  

choice2="The greater omentum and the stomach"

choice2="The greater omentum and the stomach"

correctchoice="3"

correctchoice="3"

feedback3="'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: peritoneal cavity]]."

feedback3="'''Correct!''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: Peritoneal cavity]]"

feedback1="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: peritoneal cavity]]."

feedback1="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: Peritoneal cavity]]"

feedback5="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: peritoneal cavity]]."

feedback5="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: Peritoneal cavity]]"

feedback4="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: peritoneal cavity]]."

feedback4="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: Peritoneal cavity]]"

feedback2="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: peritoneal cavity]]."

feedback2="'''Incorrect.''' As the stomach develops there is a great expansion of the dorsal suspension of the stomach or the greater omentum. The greater omentum is a double layer of peritoneum which attaches to the greater curvature of the stomach and the dorsal body wall. The cavity between the layers is the omental bursa and the opening to it is the epiploic foramen. [[Peritoneal cavity - Anatomy & Physiology|WikiVet Article: Peritoneal cavity]]"

image= "">

image= "">

</WikiQuiz>  

</WikiQuiz>