- •Dedication
- •Editors and Contributors
- •Foreword
- •Preface
- •Contents
- •PREPARING FOR THE SURGERY CLERKSHIP
- •SURGICAL NOTES
- •COMMON ABBREVIATIONS YOU SHOULD KNOW
- •RETRACTORS (YOU WILL GET TO KNOW THEM WELL!)
- •SUTURE MATERIALS
- •WOUND CLOSURE
- •KNOTS AND EARS
- •INSTRUMENT TIE
- •TWO-HAND TIE
- •COMMON PROCEDURES
- •NASOGASTRIC TUBE (NGT) PROCEDURES
- •CHEST TUBES
- •NASOGASTRIC TUBES (NGT)
- •FOLEY CATHETER
- •CENTRAL LINES
- •MISCELLANEOUS
- •THIRD SPACING
- •COMMON IV REPLACEMENT FLUIDS (ALL VALUES ARE PER LITER)
- •CALCULATION OF MAINTENANCE FLUIDS
- •ELECTROLYTE IMBALANCES
- •ANTIBIOTICS
- •STEROIDS
- •HEPARIN
- •WARFARIN (COUMADIN®)
- •MISCELLANEOUS AGENTS
- •NARCOTICS
- •MISCELLANEOUS
- •ATELECTASIS
- •POSTOPERATIVE RESPIRATORY FAILURE
- •PULMONARY EMBOLISM
- •ASPIRATION PNEUMONIA
- •GASTROINTESTINAL COMPLICATIONS
- •ENDOCRINE COMPLICATIONS
- •CARDIOVASCULAR COMPLICATIONS
- •MISCELLANEOUS
- •HYPOVOLEMIC SHOCK
- •SEPTIC SHOCK
- •CARDIOGENIC SHOCK
- •NEUROGENIC SHOCK
- •MISCELLANEOUS
- •URINARY TRACT INFECTION (UTI)
- •CENTRAL LINE INFECTIONS
- •WOUND INFECTION (SURGICAL SITE INFECTION)
- •NECROTIZING FASCIITIS
- •CLOSTRIDIAL MYOSITIS
- •SUPPURATIVE HIDRADENITIS
- •PSEUDOMEMBRANOUS COLITIS
- •PROPHYLACTIC ANTIBIOTICS
- •PAROTITIS
- •MISCELLANEOUS
- •CHEST
- •ABDOMEN
- •MALIGNANT HYPERTHERMIA
- •MISCELLANEOUS
- •OVERVIEW
- •CHOLECYSTOKININ (CCK)
- •SECRETIN
- •GASTRIN
- •SOMATOSTATIN
- •MISCELLANEOUS
- •GROIN HERNIAS
- •HERNIA REVIEW QUESTIONS
- •ESOPHAGEAL HIATAL HERNIAS
- •PRIMARY SURVEY
- •SECONDARY SURVEY
- •TRAUMA STUDIES
- •PENETRATING NECK INJURIES
- •MISCELLANEOUS TRAUMA FACTS
- •PEPTIC ULCER DISEASE (PUD)
- •DUODENAL ULCERS
- •GASTRIC ULCERS
- •PERFORATED PEPTIC ULCER
- •TYPES OF SURGERIES
- •STRESS GASTRITIS
- •MALLORY-WEISS SYNDROME
- •ESOPHAGEAL VARICEAL BLEEDING
- •BOERHAAVE’S SYNDROME
- •ANATOMY
- •GASTRIC PHYSIOLOGY
- •GASTROESOPHAGEAL REFLUX DISEASE (GERD)
- •GASTRIC CANCER
- •GIST
- •MALTOMA
- •GASTRIC VOLVULUS
- •SMALL BOWEL
- •APPENDICITIS
- •CLASSIC INTRAOPERATIVE QUESTIONS
- •APPENDICEAL TUMORS
- •SPECIFIC TYPES OF FISTULAS
- •ANATOMY
- •COLORECTAL CARCINOMA
- •COLONIC AND RECTAL POLYPS
- •POLYPOSIS SYNDROMES
- •DIVERTICULAR DISEASE OF THE COLON
- •ANATOMY
- •ANAL CANCER
- •ANATOMY
- •TUMORS OF THE LIVER
- •ABSCESSES OF THE LIVER
- •HEMOBILIA
- •ANATOMY
- •PHYSIOLOGY
- •PATHOPHYSIOLOGY
- •DIAGNOSTIC STUDIES
- •BILIARY SURGERY
- •OBSTRUCTIVE JAUNDICE
- •CHOLELITHIASIS
- •ACUTE CHOLECYSTITIS
- •ACUTE ACALCULOUS CHOLECYSTITIS
- •CHOLANGITIS
- •SCLEROSING CHOLANGITIS
- •GALLSTONE ILEUS
- •CARCINOMA OF THE GALLBLADDER
- •CHOLANGIOCARCINOMA
- •MISCELLANEOUS CONDITIONS
- •PANCREATITIS
- •PANCREATIC ABSCESS
- •PANCREATIC NECROSIS
- •PANCREATIC PSEUDOCYST
- •PANCREATIC CARCINOMA
- •MISCELLANEOUS
- •ANATOMY OF THE BREAST AND AXILLA
- •BREAST CANCER
- •DCIS
- •LCIS
- •MISCELLANEOUS
- •MALE BREAST CANCER
- •BENIGN BREAST DISEASE
- •CYSTOSARCOMA PHYLLODES
- •FIBROADENOMA
- •FIBROCYSTIC DISEASE
- •MASTITIS
- •BREAST ABSCESS
- •MALE GYNECOMASTIA
- •ADRENAL GLAND
- •ADDISON’S DISEASE
- •INSULINOMA
- •GLUCAGONOMA
- •SOMATOSTATINOMA
- •ZOLLINGER-ELLISON SYNDROME (ZES)
- •MULTIPLE ENDOCRINE NEOPLASIA
- •THYROID DISEASE
- •ANATOMY
- •PHYSIOLOGY
- •HYPERPARATHYROIDISM (HPTH)
- •PARATHYROID CARCINOMA
- •SOFT TISSUE SARCOMAS
- •LYMPHOMA
- •SQUAMOUS CELL CARCINOMA
- •BASAL CELL CARCINOMA
- •MISCELLANEOUS SKIN LESIONS
- •STAGING
- •INTENSIVE CARE UNIT (ICU) BASICS
- •INTENSIVE CARE UNIT FORMULAS AND TERMS YOU SHOULD KNOW
- •SICU DRUGS
- •INTENSIVE CARE PHYSIOLOGY
- •HEMODYNAMIC MONITORING
- •MECHANICAL VENTILATION
- •PERIPHERAL VASCULAR DISEASE
- •LOWER EXTREMITY AMPUTATIONS
- •ACUTE ARTERIAL OCCLUSION
- •ABDOMINAL AORTIC ANEURYSMS
- •MESENTERIC ISCHEMIA
- •MEDIAN ARCUATE LIGAMENT SYNDROME
- •CAROTID VASCULAR DISEASE
- •CLASSIC CEA INTRAOP QUESTIONS
- •SUBCLAVIAN STEAL SYNDROME
- •RENAL ARTERY STENOSIS
- •SPLENIC ARTERY ANEURYSM
- •POPLITEAL ARTERY ANEURYSM
- •MISCELLANEOUS
- •PEDIATRIC IV FLUIDS AND NUTRITION
- •PEDIATRIC BLOOD VOLUMES
- •FETAL CIRCULATION
- •ECMO
- •NECK
- •ASPIRATED FOREIGN BODY (FB)
- •CHEST
- •PULMONARY SEQUESTRATION
- •ABDOMEN
- •INGUINAL HERNIA
- •UMBILICAL HERNIA
- •GERD
- •CONGENITAL PYLORIC STENOSIS
- •DUODENAL ATRESIA
- •MECONIUM ILEUS
- •MECONIUM PERITONITIS
- •MECONIUM PLUG SYNDROME
- •ANORECTAL MALFORMATIONS
- •HIRSCHSPRUNG’S DISEASE
- •MALROTATION AND MIDGUT VOLVULUS
- •OMPHALOCELE
- •GASTROSCHISIS
- •POWER REVIEW OF OMPHALOCELE AND GASTROSCHISIS
- •APPENDICITIS
- •INTUSSUSCEPTION
- •MECKEL’S DIVERTICULUM
- •NECROTIZING ENTEROCOLITIS
- •BILIARY TRACT
- •TUMORS
- •PEDIATRIC TRAUMA
- •OTHER PEDIATRIC SURGERY QUESTIONS
- •POWER REVIEW
- •WOUND HEALING
- •SKIN GRAFTS
- •FLAPS
- •SENSORY SUPPLY TO THE HAND
- •CARPAL TUNNEL SYNDROME
- •ANATOMY
- •MISCELLANEOUS
- •NOSE AND PARANASAL SINUSES
- •ORAL CAVITY AND PHARYNX
- •FACIAL FRACTURES
- •ENT WARD QUESTIONS
- •RAPID-FIRE REVIEW OF MOST COMMON CAUSES OF ENT INFECTIONS
- •THORACIC OUTLET SYNDROME (TOS)
- •CHEST WALL TUMORS
- •DISEASES OF THE PLEURA
- •DISEASES OF THE LUNGS
- •DISEASES OF THE MEDIASTINUM
- •DISEASES OF THE ESOPHAGUS
- •ACQUIRED HEART DISEASE
- •CONGENITAL HEART DISEASE
- •CARDIAC TUMORS
- •DISEASES OF THE GREAT VESSELS
- •MISCELLANEOUS
- •BASIC IMMUNOLOGY
- •CELLS
- •IMMUNOSUPPRESSION
- •OVERVIEW OF IMMUNOSUPPRESSION MECHANISMS
- •MATCHING OF DONOR AND RECIPIENT
- •REJECTION
- •ORGAN PRESERVATION
- •KIDNEY TRANSPLANT
- •LIVER TRANSPLANT
- •PANCREAS TRANSPLANT
- •HEART TRANSPLANT
- •INTESTINAL TRANSPLANTATION
- •LUNG TRANSPLANT
- •TRANSPLANT COMPLICATIONS
- •ORTHOPAEDIC TERMS
- •TRAUMA GENERAL PRINCIPLES
- •FRACTURES
- •ORTHOPAEDIC TRAUMA
- •DISLOCATIONS
- •THE KNEE
- •ACHILLES TENDON RUPTURE
- •ROTATOR CUFF
- •MISCELLANEOUS
- •ORTHOPAEDIC INFECTIONS
- •ORTHOPAEDIC TUMORS
- •ARTHRITIS
- •PEDIATRIC ORTHOPAEDICS
- •HEAD TRAUMA
- •SPINAL CORD TRAUMA
- •TUMORS
- •VASCULAR NEUROSURGERY
- •SPINE
- •PEDIATRIC NEUROSURGERY
- •SCROTAL ANATOMY
- •UROLOGIC DIFFERENTIAL DIAGNOSIS
- •RENAL CELL CARCINOMA (RCC)
- •BLADDER CANCER
- •PROSTATE CANCER
- •BENIGN PROSTATIC HYPERPLASIA
- •TESTICULAR CANCER
- •TESTICULAR TORSION
- •EPIDIDYMITIS
- •PRIAPISM
- •ERECTILE DYSFUNCTION
- •CALCULUS DISEASE
- •INCONTINENCE
- •URINARY TRACT INFECTION (UTI)
- •MISCELLANEOUS UROLOGY QUESTIONS
- •Rapid Fire Power Review
- •TOP 100 CLINICAL SURGICAL MICROVIGNETTES
- •Figure Credits
- •Index
220 Section II / General Surgery |
|
|
What are the boundaries of |
1. |
Cooper’s ligament posteriorly |
the femoral canal? |
2. |
Inguinal ligament anteriorly |
|
3. |
Femoral vein laterally |
|
4. |
Lacunar ligament medially |
What factors are associated |
Women, pregnancy, and exertion |
|
with femoral hernias? |
|
|
What percentage of all |
5% |
|
hernias are femoral? |
|
|
What percentage of patients |
85%! |
|
with a femoral hernia are |
|
|
female? |
|
|
What are the complications? |
Approximately one third incarcerate |
|
|
(due to narrow, unforgiving neck) |
|
What is the most common |
Indirect inguinal hernia |
|
hernia in women? |
|
|
What is the repair of a |
McVay (Cooper’s ligament repair), mesh |
|
femoral hernia? |
plug repair |
|
HERNIA REVIEW QUESTIONS |
|
|
|
|
|
Should elective TURP or |
TURP |
|
elective herniorrhaphy be |
|
|
performed first? |
|
|
Which type of esophageal |
Sliding esophageal hiatal hernia |
|
hiatal hernia is associated |
|
|
with GE reflux? |
|
|
Classically, how can an |
1. |
Apply ice to incarcerated hernia |
incarcerated hernia be |
2. |
Sedate |
reduced in the ER? |
3. |
Use the Trendelenburg position for |
|
|
inguinal hernias |
|
4. |
Apply steady gentle manual pressure |
|
5. |
Admit and observe for signs of |
|
|
necrotic bowel after reduction |
|
6. |
Perform surgical herniorrhaphy |
|
|
ASAP |
What is appropriate if you cannot reduce an incarcerated hernia with
steady, gentle compression?
What is the major difference in repairing a pediatric indirect inguinal hernia and an adult inguinal hernia?
What is the Howship-Romberg sign?
What is the “silk glove” sign?
What must you do before leaving the O.R. after an inguinal hernia repair?
Chapter 36 / Hernias 221
Go directly to O.R. for repair
In babies and children it is rarely necessary to repair the inguinal floor; repair with “high ligation” of the hernia sac
Pain along the medial aspect of the proximal thigh from nerve compression caused by an obturator hernia
Inguinal hernia sac in an infant/toddler feels like a finger of a silk glove when rolled under the examining finger
Pull the testicle back down to the scrotum
ESOPHAGEAL HIATAL HERNIAS
Define type I and type II |
Type I sliding |
hiatal hernias. |
Type II paraesophageal |
SLIDING ESOPHAGEAL HIATAL HERNIA |
|
|
|
What is it? |
Both the stomach and GE junction |
|
herniate into the thorax via the |
|
esophageal hiatus; also known as type I |
|
hiatal hernia |
222 Section II / General Surgery
What is the incidence?
What are the symptoms?
90% of all hiatal hernias
Most patients are asymptomatic, but the condition can cause reflux, dysphagia (from inflammatory edema), esophagitis, and pulmonary problems secondary to aspiration
How is it diagnosed?
What are the complications?
UGI series, manometry, esophagogastroduodenoscopy (EGD) with biopsy for esophagitis
Reflux S esophagitis S Barrett’s esophagus S cancer and stricture formation; aspiration pneumonia; it can also result in UGI bleeding from esophageal ulcerations
What is the treatment?
What is the surgical treatment?
85% of cases treated medically with antacids, H2 blockers/PPIs, head elevation after meals, small meals, and no food prior to sleeping; 15% of cases require surgery for persistent symptoms despite adequate medical treatment
Laparoscopic Nissen fundoplication (LAP NISSEN) involves wrapping the fundus around the LES and suturing it in place
PARAESOPHAGEAL HIATAL HERNIA
What is it? |
Herniation of all or part of the stomach |
|
through the esophageal hiatus into the |
|
thorax without displacement of the |
|
gastroesophageal junction; also known as |
|
type II hiatal hernia |
What is the incidence?
What are the symptoms?
Chapter 37 / Laparoscopy 223
5% of all hiatal hernias (rare)
Derived from mechanical obstruction; dysphagia, stasis gastric ulcer, and strangulation; many cases are asymptomatic and not associated with reflux because of a relatively normal position of the GE junction
What are the complications?
What is the treatment?
What is a type III hiatal hernia?
What is a type IV hiatal hernia?
Hemorrhage, incarceration, obstruction, and strangulation
Surgical, because of frequency and severity of potential complications
Combined type I and type II
Organ (e.g., colon or spleen) / stomach in the chest cavity
C h a p t e r 37
What is laparoscopy?
What gas is used and why?
Which operations are performed with the laparoscope?
Laparoscopy
Minimally invasive surgical technique using gas to insufflate the peritoneum and instruments manipulated through ports introduced through small incisions with video camera guidance
CO2 because of better solubility in blood and, thus, less risk of gas embolism; noncombustible
Frequently—cholecystectomy; appendectomy; inguinal hernia repair; ventral hernia repair, Nissen fundoplication
Infrequently—bowel resection, colostomy, surgery for PUD (PGV, perforation), colectomy, splenectomy, adrenalectomy
224 Section II / General Surgery |
|
What are the |
Absolute—hypovolemic shock, severe |
contraindications? |
cardiac decompensation |
|
Relative—extensive intraperitoneal |
|
adhesions, diaphragmatic hernia, COPD |
What are the associated |
Pneumothorax, bleeding, perforating |
complications? |
injuries, infection, intestinal injuries, |
|
solid organ injury, major vascular injury, |
|
CO2 embolus, bladder injury, hernia at |
|
larger trocar sites, DVT |
What are the classic findings |
Triad: |
with a CO2 gas embolus? |
1. Hypotension |
|
2. Decreased end tidal CO2 (low flow |
|
to lung) |
|
3. Mill-wheel murmur |
What prophylactic measure should every patient get when they are going to have a laparoscopic procedure?
What are the cardiovascular effects of a pneumoperitoneum?
What is the effect of CO2 insufflation on end tidal CO2 levels?
SCD boots—Sequential Compression Device (and most add an OGT to decompress the stomach; Foley catheter is usually used for pelvic procedures)
Increased afterload and decreased preload (but the CVP and PCWP are deceivingly elevated!)
Increased as a result of absorption of CO2 into the bloodstream; the body compensates with increased ventilation and blows the extra CO2 off and thus there is no acidosis
What are the advantages Shorter hospitalization, less pain and over laparotomy? scarring, lower cost, decreased ileus
What is the Veress needle? Needle with spring-loaded, retractable, blunt inner-protective tube that protrudes from the needle end when it enters peritoneal cavity; used for blind entrance and then insufflation of CO2 through the Veress needle
How can it be verified that the Veress needle is in the peritoneum?
Syringe of saline; saline should flow freely without pressure through the needle “drop test”
If the Veress needle is not in the peritoneal cavity, what happens to the CO2 flow/ pressure?
What is the Hasson technique?
What is the cause of postlaparoscopic shoulder pain?
What is a laparoscopicassisted procedure?
What is FRED®?
Chapter 37 / Laparoscopy 225
Flow decreases and pressure is high
No Veress needle—cut down and place trocar under direct visualization
Referred pain from CO2 on diaphragm and diaphragm stretch
Laparoscopic dissection; then, part of the procedure is performed through an open incision
Fog Reduction Elimination Device: sponge with antifog solution used to coat the camera lens
Give some tips for “driving” the camera during laparoscopy.
1.Keep the camera centered on the action
2.Watch all trocars as they enter the peritoneal cavity (and the tissues beyond, so they can be avoided!)
3.Watch all instruments as they come through the trocars (unless directed otherwise)
4.Ask if you want to come out and clean and re-FRED the lens
5.Look outside the body at the trocars and instrument angles to reorient yourself
6.Keep the camera oriented at all times (i.e., up and down); usually the camera cord is on the bottom of the camera—orient yourself to the camera before entering the abdomen
7.You may clean the camera lens at times by lightly touching the lens to the liver or peritoneum
8.Never let the camera lens come into contact with the bowel because the camera may get very hot and you can burn a hole in the bowel or burn the drapes!
226 Section II / General Surgery
9.Put your helmet on (i.e., expect to get yelled at!)
10.Never act agitated when the surgeons are a little abrupt (e.g., “Center— center the camera!”)
11.Always watch the trocars as they are removed from the abdominal wall for bleeding from the site and view the layers of the abdominal wall, looking for bleeding as you pull the camera trocar out at the end of the case
At what length must you close trocar sites?
How do you get the spleen out through a trocar site after a laparoscopic splenectomy?
What is an IOC?
5 mm should be closed
Morcellation in a bag, then remove piecemeal
IntraOperative Cholangiogram (done during a lap chole to evaluate the common bile duct anatomy and to look for any retained duct stone)
What is the safest time for |
Second trimester |
laparoscopy during |
|
pregnancy? |
|
C h a p t e r 38
What widely accepted protocol does trauma care in the United States follow?
What are the three main elements of the ATLS protocol?
Trauma
Advanced Trauma Life Support (ATLS) precepts of the American College of Surgeons
1.Primary survey/resuscitation
2.Secondary survey
3.Definitive care