Structure which lies outside the femoral
sheath
sheath
Anonymous Quiz
12%
a) Femoral artery
43%
b) Femoral nerve
12%
c) Femoral vein
32%
d) Genitofemoral nerv
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Anatomy embryology histology videos & books
Structure which lies outside the femoral
sheath
sheath
Correct Answer - B
Femoral nerve
Femoral sheath
Femoral sheath is a funnel shaped fascial prolongation around
proximal part of femoral vessels, situated in the femoral triangle,
below the inguinal ligament. It is 3-4 cm long. It is formed by fascia
iliaca.
Femoral sheath is divided into 3 separate fascial compartements by
septa :?
β’ Lateral compartment :- It contains femoral artery and femoral
branch of genitofemoral nerve.
.| Intermediate compartment :- Femoral vein.
β’ Medial compartment (femoral canal) :- It is conical in shape, wider
above adn narrow below. The wider upper opening is known
as femoral ring, which is potentially a weak point in lower abdomen
and is the site for femoral hernia. Femoral ring is bounded
Anteriorly by inguinal ligament, medially by lacunar
ligament, posteriorly by pectineus with its covering fascia,
and laterally by septum separating it from femoral vein. Femoral
canal contains lymph node of cloquet or Rosenmuller and
lymphatics
Femoral nerve
Femoral sheath
Femoral sheath is a funnel shaped fascial prolongation around
proximal part of femoral vessels, situated in the femoral triangle,
below the inguinal ligament. It is 3-4 cm long. It is formed by fascia
iliaca.
Femoral sheath is divided into 3 separate fascial compartements by
septa :?
β’ Lateral compartment :- It contains femoral artery and femoral
branch of genitofemoral nerve.
.| Intermediate compartment :- Femoral vein.
β’ Medial compartment (femoral canal) :- It is conical in shape, wider
above adn narrow below. The wider upper opening is known
as femoral ring, which is potentially a weak point in lower abdomen
and is the site for femoral hernia. Femoral ring is bounded
Anteriorly by inguinal ligament, medially by lacunar
ligament, posteriorly by pectineus with its covering fascia,
and laterally by septum separating it from femoral vein. Femoral
canal contains lymph node of cloquet or Rosenmuller and
lymphatics
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Anonymous Poll
19%
a) Tensor fasciae latae
12%
b) Gluteus medius
16%
c) Gluteus minimus
53%
D)Gluteus maximus
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Anatomy embryology histology videos & books
Nerve supplying muscles of gluteal region are :-
β’ Inferior gluteal nerve : Gluteus maximus.
β’ Superior gluteal nerve : Gluteus medius and minimus
β’ Nerve to piriformis : Piriformis
β’ Nerve to obturator internus : Obturator internus, Gemellus superior.
β’| Nerve to quadratus femoris : Quadratus femoris, Gemellus inferior.
β’ Tensor fascia latae is supplied by superior gluteal nerve
β’ Inferior gluteal nerve : Gluteus maximus.
β’ Superior gluteal nerve : Gluteus medius and minimus
β’ Nerve to piriformis : Piriformis
β’ Nerve to obturator internus : Obturator internus, Gemellus superior.
β’| Nerve to quadratus femoris : Quadratus femoris, Gemellus inferior.
β’ Tensor fascia latae is supplied by superior gluteal nerve
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Anatomy embryology histology videos & books
Correct Answer-D
Ans. is 'd'` i.e., Para-aortic
Lymphatics of the ovary drain to para-aortic nodes alongside the
origin of the ovarian artery (L2).
Ans. is 'd'` i.e., Para-aortic
Lymphatics of the ovary drain to para-aortic nodes alongside the
origin of the ovarian artery (L2).
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Anonymous Quiz
15%
a) Body
20%
b) Tail
13%
c) Neck
52%
d) Uncinate process
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Anatomy embryology histology videos & books
rrect Answer-D
Ans. is 'd' i.e., Uncinate process
Development of pancreas
β’ Pancreas is developed from the two pancreatic buds.
.. Dorsal pancreatic bud :- It is larger and most of the pancreas is
derived from it i.e. most of the head, and whole neck, body & tail.
2. Ventral pancreatic bud :- It is smaller and forms lower part of the
head of pancreas including uncinate process
β’ uring 7th week of development, the ventral and dorsal pancreatic
buds fuse to form a single pancreatic mass
β’ After the fusion of ventral and dorsal pancreatic buds, their ducts
develop cross communications. Final duct system is formed as
below ?
.. Main pancreatic duct (Duct of wirsung) is formed by the duct of
ventral bud, distal part of duct of dorsal bud and an oblique
communication between the two. The main pancreatic duct join the
bile duct to form hepatopancreatic ampulla that enters th 2nd part of
duodenum at major duodenal papilla.
β£. Accessory pancreatic duct is formed by the proximal part of the duct
of dorsal bud. It opens into 2nd part of duodenum at minor duodenal
papilla, 2 cm proximal (cranial) to major duodenal papilla.
Anomalies of pancreatic development may be:
.. Annular pancreas :- Two components of the ventral bud fail to fuse
and grow in oppsite direction arround the duodenum and meet the
dorsal pancreatic duct.
?. Pancreatic divisum (divided pancreas) :- Ventral and dorsal buds fail
to fuse with each other. It is the most common congenital anomaly of
pancreas.
3. Inversion of pancreatic duct :- The main pancreatic duct is formed
the duct of dorsal bud, i.e. accessory duct is larger than the main
duct and the main drainage of pancreas is through the minor
duodenal papilla.
I.Accessory pancreatic tissue :- May be found in ?
β’ Wall of stomach, duodenum, jejunum or ileum
Ans. is 'd' i.e., Uncinate process
Development of pancreas
β’ Pancreas is developed from the two pancreatic buds.
.. Dorsal pancreatic bud :- It is larger and most of the pancreas is
derived from it i.e. most of the head, and whole neck, body & tail.
2. Ventral pancreatic bud :- It is smaller and forms lower part of the
head of pancreas including uncinate process
β’ uring 7th week of development, the ventral and dorsal pancreatic
buds fuse to form a single pancreatic mass
β’ After the fusion of ventral and dorsal pancreatic buds, their ducts
develop cross communications. Final duct system is formed as
below ?
.. Main pancreatic duct (Duct of wirsung) is formed by the duct of
ventral bud, distal part of duct of dorsal bud and an oblique
communication between the two. The main pancreatic duct join the
bile duct to form hepatopancreatic ampulla that enters th 2nd part of
duodenum at major duodenal papilla.
β£. Accessory pancreatic duct is formed by the proximal part of the duct
of dorsal bud. It opens into 2nd part of duodenum at minor duodenal
papilla, 2 cm proximal (cranial) to major duodenal papilla.
Anomalies of pancreatic development may be:
.. Annular pancreas :- Two components of the ventral bud fail to fuse
and grow in oppsite direction arround the duodenum and meet the
dorsal pancreatic duct.
?. Pancreatic divisum (divided pancreas) :- Ventral and dorsal buds fail
to fuse with each other. It is the most common congenital anomaly of
pancreas.
3. Inversion of pancreatic duct :- The main pancreatic duct is formed
the duct of dorsal bud, i.e. accessory duct is larger than the main
duct and the main drainage of pancreas is through the minor
duodenal papilla.
I.Accessory pancreatic tissue :- May be found in ?
β’ Wall of stomach, duodenum, jejunum or ileum
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All are derived from neural crest except?
Anonymous Quiz
15%
a) Adrenal medulla
23%
b) Pigment cell in skin
29%
c) Corneal stroma
33%
D)Retinal pigmented epithelium
π19β€7
Anatomy embryology histology videos & books
All are derived from neural crest except?
Correct Answer -D
Ans. is `d' i.e., Retinal pigmented epithelium
Derivatives of neuroectoderm
1. From neural tube : CNS (brain, spinal cord), astrocytes,
oligodendrocytes, ependymal cells, retina, pineal gland,
neurohypophysis (posterior pituitary), all cranial and spinal motor
nerves.
2. From neural crest : Neural crest derivatives are :?
3. Neural derivatives
* Sensory neurons of 5th, 7th, 8th, 9th, 10th cranial nerve ganglia
(trigeminal, geniculate, sphenopalatine, submandibular, cochlear,
vestibular, otic and vagal parasympathetic ganglia).
* Sensory neurons of spinal dorsal root ganglia
* Sympathetic chain ganglia and plexus (celiac/preaortic/renal
ganglia, enteric plexus in GIT, i.e.Auerbachs and Meissner's)
* Parasympathetic ganglia and plexus of GIT.
* Schwann cells of peripheral nerves, satellite cells of all ganglia
* Adrenal medulla, chromaffin cells, para follicular C-cells of thyroid
gland.
* Melanocytes and melanoblasts
Ans. is `d' i.e., Retinal pigmented epithelium
Derivatives of neuroectoderm
1. From neural tube : CNS (brain, spinal cord), astrocytes,
oligodendrocytes, ependymal cells, retina, pineal gland,
neurohypophysis (posterior pituitary), all cranial and spinal motor
nerves.
2. From neural crest : Neural crest derivatives are :?
3. Neural derivatives
* Sensory neurons of 5th, 7th, 8th, 9th, 10th cranial nerve ganglia
(trigeminal, geniculate, sphenopalatine, submandibular, cochlear,
vestibular, otic and vagal parasympathetic ganglia).
* Sensory neurons of spinal dorsal root ganglia
* Sympathetic chain ganglia and plexus (celiac/preaortic/renal
ganglia, enteric plexus in GIT, i.e.Auerbachs and Meissner's)
* Parasympathetic ganglia and plexus of GIT.
* Schwann cells of peripheral nerves, satellite cells of all ganglia
* Adrenal medulla, chromaffin cells, para follicular C-cells of thyroid
gland.
* Melanocytes and melanoblasts
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Anatomy embryology histology videos & books
Correct Answer- A
In adults, the elbow is the second most frequently dislocated major joint, after the shoulder.
It is the most commonly dislocated joint in children. More than 90% of all elbow dislocations
are posterior dislocations.
This injury entails disengagement of the coronoid process of the ulna from the trochlea of
the humerus with movement posteriorly.
The mechanism of injury is typically a fall onto an outstretched hand with the elbow in
extension upon impact.
In adults, the elbow is the second most frequently dislocated major joint, after the shoulder.
It is the most commonly dislocated joint in children. More than 90% of all elbow dislocations
are posterior dislocations.
This injury entails disengagement of the coronoid process of the ulna from the trochlea of
the humerus with movement posteriorly.
The mechanism of injury is typically a fall onto an outstretched hand with the elbow in
extension upon impact.
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Forwarded from Anatomy embryology histology videos & books
65-year-old lady presents with a
vascular injury to the inferior frontal
gyrus. Which functional area would mostly be affected? #NEET PG #INICET #PYQ #FMGE
vascular injury to the inferior frontal
gyrus. Which functional area would mostly be affected? #NEET PG #INICET #PYQ #FMGE
Anonymous Quiz
13%
a) Visual
15%
b) Auditoryss
28%
c) Wernicke
44%
D)Motor speech
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Anatomy embryology histology videos & books
Ans: D. Motor speech
Motor speech defect is also called apraxia of speech.
Injury to the Broca's area/left inferior frontal gyrus causes motor
speech defect.
BDC 7th edition, volume 4, page no 129
Motor speech defect is also called apraxia of speech.
Injury to the Broca's area/left inferior frontal gyrus causes motor
speech defect.
BDC 7th edition, volume 4, page no 129
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Anonymous Quiz
17%
a) First
39%
b) Second
31%
c) Third
14%
d) Seventh
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Forwarded from Paediatrics videos & books
Anonymous Quiz
24%
a) 1 year
32%
b) 2 year
28%
c) 3 year
15%
d) 4 year
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Anatomy embryology histology videos & books
Correct Answer -C
Third
"Typical intercostal nerves are the ones that are confined to their
own intercostal spaces in the thoracic wall. The third, fourth, fifth and
sixth intercostal nerves are the typical nerves"
Third
"Typical intercostal nerves are the ones that are confined to their
own intercostal spaces in the thoracic wall. The third, fourth, fifth and
sixth intercostal nerves are the typical nerves"
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Forwarded from Orthopaedics
Anonymous Quiz
48%
A)Great toe MTP joint
25%
b) Medial malleolus
16%
c) Lateral Malleolus
10%
d) Shin of tibia
π10π3
Forwarded from Anatomy embryology histology videos & books
Anonymous Quiz
20%
a) Thigh
63%
b) Calf
10%
c) Buttocks
6%
d) Feet
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