- Young boy, painful swollen warm left knee with no history of trauma, high fever 👉🏼acute septic arthritis.
#Surgery
#Surgery
-Old patient, hypertensive, diabetic, hematuria, solid mass in left loin 👉🏼Renal Cell Carcinoma.
#Surgery
#Surgery
-Old patient, shortness of breath, cachexia, mass in right iliac fossa 👉🏼Cancer caecum complicated by anemia.
#Surgery
#Surgery
-Old patient with chronic constipation and 5 days absolute constipation, fever, tachycardia, left iliac fossa tenderness 👉🏼Sigmoid volvulus.
#Surgery
#Surgery
-Old patient, frequency of urination, nocturia, post-micturation drippling, enlarged smooth prostate 👉🏼BPH.
#Surgery
#Surgery
Classification of neck fracture of femur
-Anatomically :
1-Intracapsular , danger than extra
2-Extracapsular fractures.
-Surgically :
Good prognosis
1- Incomplete fracture
2-Complete fracture without dislocation
Bad prognosis👉🏼
3-Complete fracture with partial dislocation
4-Complete fracture with complete dislocation.
#Surgery
-Anatomically :
1-Intracapsular , danger than extra
2-Extracapsular fractures.
-Surgically :
Good prognosis
1- Incomplete fracture
2-Complete fracture without dislocation
Bad prognosis👉🏼
3-Complete fracture with partial dislocation
4-Complete fracture with complete dislocation.
#Surgery
Rule of 2 for fracture during X ray :
1-Tow joints above and below the fracture
2-Tow times
3-Tow view
4-Tow sites.
#Surgery
1-Tow joints above and below the fracture
2-Tow times
3-Tow view
4-Tow sites.
#Surgery
Classification of Fractures
-According to the Cause:
1-Traumatic fractures
2-Pathological fractures
3-Stress fractures.
-According to the Shape:
1-Transverse fractures
2-Oblique fractures
3-Spiral fractures
4-Segmetal fractures is
5-Comminuted fractures
6-Green stick fractures
7-Fractures dislocation.
-According to Soft tissues injury
1-Simple: close with no skin injury
2-Compound:open with skin injury
3-Complicated: there are injury to neurovascular structres.
•Most common sites for pathological fractures :
-Neck of femur then wrist then Lumbar vertebrae.
•Common causes of pathological fractures:
1-Osteporosis
2-Tumors
3-Bone cyst.
#Surgery
-According to the Cause:
1-Traumatic fractures
2-Pathological fractures
3-Stress fractures.
-According to the Shape:
1-Transverse fractures
2-Oblique fractures
3-Spiral fractures
4-Segmetal fractures is
5-Comminuted fractures
6-Green stick fractures
7-Fractures dislocation.
-According to Soft tissues injury
1-Simple: close with no skin injury
2-Compound:open with skin injury
3-Complicated: there are injury to neurovascular structres.
•Most common sites for pathological fractures :
-Neck of femur then wrist then Lumbar vertebrae.
•Common causes of pathological fractures:
1-Osteporosis
2-Tumors
3-Bone cyst.
#Surgery
Submandibular sialadenitis
◼️Sialadenitis is a term given to inflammation of the salivary gland.
◼️It may be viral or bacterial, viral infection is usually caused by mumps virus, bacterial infection is more common and is caused by an obstruction in the submandibular duct system
◼️Obstruction is usually caused by stones, salivary gland stones are most common in the submandibular gland as secretions are viscid and are more difficult to drain compared to the watery secretions of the parotids
◼️80% of submandibular gland stones are radio-opaque,and can be seen by inferior occlusal view,the above figure shows two stones, large arrow shows a small stone near the sublingual papilla small arrow shows a larger stone near the gland's hilum
◼️Clinical presentation depends on degree of obstruction,complete obstruction usually caused by stones at the ductal opening present with pain and swelling precipitated by meals partial obstruction present with infrequent symptoms with less pain and swelling.
#Salivary
#Surgery
◼️Sialadenitis is a term given to inflammation of the salivary gland.
◼️It may be viral or bacterial, viral infection is usually caused by mumps virus, bacterial infection is more common and is caused by an obstruction in the submandibular duct system
◼️Obstruction is usually caused by stones, salivary gland stones are most common in the submandibular gland as secretions are viscid and are more difficult to drain compared to the watery secretions of the parotids
◼️80% of submandibular gland stones are radio-opaque,and can be seen by inferior occlusal view,the above figure shows two stones, large arrow shows a small stone near the sublingual papilla small arrow shows a larger stone near the gland's hilum
◼️Clinical presentation depends on degree of obstruction,complete obstruction usually caused by stones at the ductal opening present with pain and swelling precipitated by meals partial obstruction present with infrequent symptoms with less pain and swelling.
#Salivary
#Surgery
High yield notes about salivary gland disorders
◼️80% of parotid tumors are benign, the commonest one is pleomorphic adenoma, 80% of parotid tumors arise in their superficial part.
◼️Pleomorphic adenoma has an incomplete capsule, enucleation of the tumor results in recurrence in most cases as seeds of cells are likely left behind.
◼️Medial displacement of the tonsil can be caused by enlargement of the deep part of parotid gland, a part of the parotid gland loops around the mandibular ramus.
◼️Salivary gland stones are commonest in the submandibular gland.
◼️Parotid gland stones are less common because its secretions are watery and its duct drains more easily compared to the viscid secretions of the submandibular gland and its up sloping duct making drainage more difficult.
◼️Plunging ranulas occur only in the sublingual gland because its the only salivary gland which secretes continuously.
◼️Although generally rare, the majority of tumors arising in the sublingual gland are malignant (90%).
◼️The vast majority of minor salivary gland tumors are malignant.
◼️Drainage of an abscess in the parotid gland should be done by Hilton's method to safeguard the facial nerve.
#Salivary
#Surgery
◼️80% of parotid tumors are benign, the commonest one is pleomorphic adenoma, 80% of parotid tumors arise in their superficial part.
◼️Pleomorphic adenoma has an incomplete capsule, enucleation of the tumor results in recurrence in most cases as seeds of cells are likely left behind.
◼️Medial displacement of the tonsil can be caused by enlargement of the deep part of parotid gland, a part of the parotid gland loops around the mandibular ramus.
◼️Salivary gland stones are commonest in the submandibular gland.
◼️Parotid gland stones are less common because its secretions are watery and its duct drains more easily compared to the viscid secretions of the submandibular gland and its up sloping duct making drainage more difficult.
◼️Plunging ranulas occur only in the sublingual gland because its the only salivary gland which secretes continuously.
◼️Although generally rare, the majority of tumors arising in the sublingual gland are malignant (90%).
◼️The vast majority of minor salivary gland tumors are malignant.
◼️Drainage of an abscess in the parotid gland should be done by Hilton's method to safeguard the facial nerve.
#Salivary
#Surgery
Sublingual gland
◼️It is the smallest of the three major paired salivary glands.
◼️The gland lies in the floor of the oral cavity immediately lateral to the submandibular duct (Wharton's duct) and associated lingual nerve (see previous post).
◼️The sublingual gland lies directly against the medial surface of the mandible making a shallow groove called sublingual fossa, it is above the anterior 1/3 of mylohyoid muscle. (see above fig).
◼️The superior surface of the gland raises a fold of mucosa at the floor of oral cavity known as the sublingual fold, which is easily visible, the gland is drained by numerous minor sublingual ducts that opens onto the crest of the sublingual fold.
◼️Occasionally the anterior portion of the gland is drained by a major sublingual duct that opens together with Wharton's duct besides the base of the lingual frenulum.
#Salivary
#Surgery
◼️It is the smallest of the three major paired salivary glands.
◼️The gland lies in the floor of the oral cavity immediately lateral to the submandibular duct (Wharton's duct) and associated lingual nerve (see previous post).
◼️The sublingual gland lies directly against the medial surface of the mandible making a shallow groove called sublingual fossa, it is above the anterior 1/3 of mylohyoid muscle. (see above fig).
◼️The superior surface of the gland raises a fold of mucosa at the floor of oral cavity known as the sublingual fold, which is easily visible, the gland is drained by numerous minor sublingual ducts that opens onto the crest of the sublingual fold.
◼️Occasionally the anterior portion of the gland is drained by a major sublingual duct that opens together with Wharton's duct besides the base of the lingual frenulum.
#Salivary
#Surgery
Submandibular gland
◼️It is smaller than the parotid gland, but larger than the sublingual gland.
◼️On each side, the submandibular gland consists of two parts, the superficial part is outside the bounderies of the oral cavity and it lies beneath the mylohyoid muscle (see fig), it has a greater volume than the deep part of the gland.
◼️The deep part loops around the posterior margin of mylohyoid muscle to enter the floor of the oral cavity, it is lateral to the base of the tongue lying on the outer surface of hyoglossus muscle.
◼️The deep part makes an impression on the inner aspect of the mandible, which is known as the submandibular fossa.
◼️The submandibular duct (Wharton's duct) emerge from the medial aspect of the deep part, and passes forwards in the floor to open beside the base of the lingual frenulum.
◼️The lingual nerve (a sensory nerve from the mandibular nerve) passes beneath the submandibular duct crossing it from a lateral to a medial direction (see above fig).
#Salivary
#Surgery
◼️It is smaller than the parotid gland, but larger than the sublingual gland.
◼️On each side, the submandibular gland consists of two parts, the superficial part is outside the bounderies of the oral cavity and it lies beneath the mylohyoid muscle (see fig), it has a greater volume than the deep part of the gland.
◼️The deep part loops around the posterior margin of mylohyoid muscle to enter the floor of the oral cavity, it is lateral to the base of the tongue lying on the outer surface of hyoglossus muscle.
◼️The deep part makes an impression on the inner aspect of the mandible, which is known as the submandibular fossa.
◼️The submandibular duct (Wharton's duct) emerge from the medial aspect of the deep part, and passes forwards in the floor to open beside the base of the lingual frenulum.
◼️The lingual nerve (a sensory nerve from the mandibular nerve) passes beneath the submandibular duct crossing it from a lateral to a medial direction (see above fig).
#Salivary
#Surgery
Note
The parotid gland is innervated by the auriculotemporal nerve, which is a branch of the mandibular division of trigeminal nerve, this branch provide sensory innervation and carries postganglionic parasympathetic nerve fibres to the parotid gland for secretomotor activity, these fibres originate in the otic ganglion associated with the mandibular nerve, the preganglionic nerve fibres comes from the glossopharyngeal nerve.
#Salivary
#Surgery
The parotid gland is innervated by the auriculotemporal nerve, which is a branch of the mandibular division of trigeminal nerve, this branch provide sensory innervation and carries postganglionic parasympathetic nerve fibres to the parotid gland for secretomotor activity, these fibres originate in the otic ganglion associated with the mandibular nerve, the preganglionic nerve fibres comes from the glossopharyngeal nerve.
#Salivary
#Surgery
Relationship of facial nerve to the parotid gland
◼️The facial nerve exists the skull through the stylomastoid foramen, it then directly enters the substance of the parotid gland.
◼️Within the parotid gland, the facial nerve usually divide into an upper and lower nerve trunks, which furthur divide and anastomose within the gland forming the parotid plexus of nerves which is also called Pes Anserinus plexus (see above fig).
◼️The Pes Anserinus divides the parotid glands into two parts, the superficial part (outside the plexus) and the deep part (Deep to Pes Anserinus).
◼️Five branches emerge from Pes Anserinus which include (1) Temporal, (2) Zygomatic, (3) Buccal, (4) Marginal, (5) Cervical, these provide motor innervation to the muscles of the face.
#Salivary
#Surgery
◼️The facial nerve exists the skull through the stylomastoid foramen, it then directly enters the substance of the parotid gland.
◼️Within the parotid gland, the facial nerve usually divide into an upper and lower nerve trunks, which furthur divide and anastomose within the gland forming the parotid plexus of nerves which is also called Pes Anserinus plexus (see above fig).
◼️The Pes Anserinus divides the parotid glands into two parts, the superficial part (outside the plexus) and the deep part (Deep to Pes Anserinus).
◼️Five branches emerge from Pes Anserinus which include (1) Temporal, (2) Zygomatic, (3) Buccal, (4) Marginal, (5) Cervical, these provide motor innervation to the muscles of the face.
#Salivary
#Surgery
Salivary glands
◼️There are about 1000 minor salivary glands which are located in the submucosa and mucosa that lines the tongue, buccal surfaces, and palate of the oral cavity, these glands opens directly via small ducts.
◼️The parotid gland is the largest of the three major pairs of salivary glands, it is located within a shallow triangular trench bordered by (1) sternocleidomastoid muscle behind, (2) Mandibular ramus infront, (3) The base of the triangle made by external auditory meatus and posterior part of zygomatic arch. (see fig)
◼️The parotid duct (Stensen's duct) leaves the anterior aspect of the gland midway between zygomatic arch and corner of the mouth, it traverse the face external to masseter muscle and turns medial to pierce the buccinator muscle and opens adjacent to the upper 2nd molar tooth.
◼️The parotid gland loops around the mandibular ramus, so that it is superficial, posterior and deep to it.
◼️The relationships of parotid gland will be discussed later.
#Salivary
#Surgery
◼️There are about 1000 minor salivary glands which are located in the submucosa and mucosa that lines the tongue, buccal surfaces, and palate of the oral cavity, these glands opens directly via small ducts.
◼️The parotid gland is the largest of the three major pairs of salivary glands, it is located within a shallow triangular trench bordered by (1) sternocleidomastoid muscle behind, (2) Mandibular ramus infront, (3) The base of the triangle made by external auditory meatus and posterior part of zygomatic arch. (see fig)
◼️The parotid duct (Stensen's duct) leaves the anterior aspect of the gland midway between zygomatic arch and corner of the mouth, it traverse the face external to masseter muscle and turns medial to pierce the buccinator muscle and opens adjacent to the upper 2nd molar tooth.
◼️The parotid gland loops around the mandibular ramus, so that it is superficial, posterior and deep to it.
◼️The relationships of parotid gland will be discussed later.
#Salivary
#Surgery
Note: "Serum amylase level and acute pancreatitis"
◼️Serum amylase, an enzyme produced by the exocrine pancreas and released into the circulation in excess amounts with inflammatory conditions of the pancreas, is an important laboratory marker for acute pancreatitis.
◼️In acute pancreatitis serum amylase level is more than 3 times the upper limit of normal value, it is important to understand that the level of amylase does not correlate with the severity of acute pancreatitis, infact, low levels of serum amylase occurs more often in severe cases of acute pancreatitis than in mild cases.
◼️Serum amylase level may be elevated in other conditions, including (1)perforated peptic ulcer, (2)mesenteric infarction, (3) Renal failure, (4) Macro-amylasemia, in such cases serum lipase level or the pancreatic isoenzyme amylase are more specific for the diagnosis.
◼️A normal serum amylase level does not exclude the diagnosis of acute pancreatitis, it is almost immediately elevated with the onset of disease, and remains elevated for 3 to 5 days following the index event, meanwhile its being excreted into the urine, here urinary amylase level may be more beneficial in securing a diagnosis of acute pancreatitis.
#Pancreas
#Surgery
◼️Serum amylase, an enzyme produced by the exocrine pancreas and released into the circulation in excess amounts with inflammatory conditions of the pancreas, is an important laboratory marker for acute pancreatitis.
◼️In acute pancreatitis serum amylase level is more than 3 times the upper limit of normal value, it is important to understand that the level of amylase does not correlate with the severity of acute pancreatitis, infact, low levels of serum amylase occurs more often in severe cases of acute pancreatitis than in mild cases.
◼️Serum amylase level may be elevated in other conditions, including (1)perforated peptic ulcer, (2)mesenteric infarction, (3) Renal failure, (4) Macro-amylasemia, in such cases serum lipase level or the pancreatic isoenzyme amylase are more specific for the diagnosis.
◼️A normal serum amylase level does not exclude the diagnosis of acute pancreatitis, it is almost immediately elevated with the onset of disease, and remains elevated for 3 to 5 days following the index event, meanwhile its being excreted into the urine, here urinary amylase level may be more beneficial in securing a diagnosis of acute pancreatitis.
#Pancreas
#Surgery
Colon vascular supply
◼️The colon is supplied by both the superior and inferior mesenteric arteries which are branches of the aorta.
◼️The superior mesenteric artery (SMA) arise from the anterior surface of the aorta just below the celiac trunk at the level of the lower part of L1.
◼️SMA branches off the ileocolic artery (abscent in 20% of population) which supplies the terminal ileum and proximal ascending colon, it also gives the right colic and middle colic arteries that supply the distal ascending colon and transverse colon respectively.
◼️The inferior mesenteric artery arise from the aorta at about L3 vertebral level, it gives the left colic artery, several sigmoidal branches, and the superior rectal artery which supplies the proximal rectum.
◼️Each of these arteries communicate via anastomoses through the artery of Drummond, this circle of anastomoses is complete in only 15% to 20% of the population.
#Intestinal
#Surgery
◼️The colon is supplied by both the superior and inferior mesenteric arteries which are branches of the aorta.
◼️The superior mesenteric artery (SMA) arise from the anterior surface of the aorta just below the celiac trunk at the level of the lower part of L1.
◼️SMA branches off the ileocolic artery (abscent in 20% of population) which supplies the terminal ileum and proximal ascending colon, it also gives the right colic and middle colic arteries that supply the distal ascending colon and transverse colon respectively.
◼️The inferior mesenteric artery arise from the aorta at about L3 vertebral level, it gives the left colic artery, several sigmoidal branches, and the superior rectal artery which supplies the proximal rectum.
◼️Each of these arteries communicate via anastomoses through the artery of Drummond, this circle of anastomoses is complete in only 15% to 20% of the population.
#Intestinal
#Surgery