he pre-op planning of an operation. You are the F1 on the ward and the patient is coming back from recovery, what to do? Flashcards
The pre-op planning of an operation. You are the F1 on the ward and the patient is coming back from recovery, what to do?
What is pre-operative care?
The preparation and assessment, physical and psychological, of a patient before surgery.
What are the aims of pre-operative assessment?
Including explaining procedures, their associated risks and aftercare.
Informed decisions.
Identifying co-existing medical conditions and how to optimise the patient’s health, while appreciating the urgency of their operation.
What can you do to advise a patient pre-surgery during the preoperative assessment?
Discuss improvable factors to help support patients to be as fit as possible (including smoking cessation, reducing alcohol, better nutrition and taking regular moderate physical exercise).
Identify patients with a high risk of preoperative complications and identify their appropriate level of postoperative care.
Describe the process of discharge planning.
What should you do as part of the preoperative assessment of a patient?
Identify the variable that provide prognostic information for all patients planning to undergo surgery.
Explain the details of the preoperative anaesthetic history and assessment, including airway assessment, previous anaesthesia exposure, and any adverse reactions.
What is the perioperative physical assessment score?
ASA 1: Healthy patient.
ASA 2: Mild systemic disease. No functional limitation.
ASA 3: Moderate systemic disease. Definite functional limitation.
ASA 4: Severe systemic disease that is a constant threat to life.
ASA 5: Moribund patient. Unlikely to survive 24hrs, with or without treatment.
Postscript E indicates emergency surgery.
What is the grade of surgery?
Relates to invasiveness of surgery.
Grade 1: Minor procedures, e.g. diagnostic endoscopy, breast biopsy.
Grade 2: Inguinal hernia repair, varicose veins, adenotonsillectomy, knee arthroscopy.
Grade 3: Total abdominal hysterectomy, TURP, lumbar discectomy, thyroidectomy.
Grade 4: Major procedures, e.g. total joint, artery reconstruction, colonic resection, radical neck dissection.
What tests are required preoperatively for an ASA 1 grade patient?
FBC: yes.
Haemostasis: not routinely.
Kidney function: consider in people at risk of AKI.
ECG: consider for people aged over 65 if no ECG results available from past year.
Lung function/ABG: not routinely.
What tests are required preoperatively for an ASA 2 grade patient?
FBC: yes. Haemostasis: not routinely. Kidney function: yes. ECG: yes. Lung function/ABG: not routinely.
What tests are required preoperatively for an ASA 3 or 4 grade patient?
FBC: yes.
Haemostasis: consider in people with chronic liver disease; if people taking anticoagulants need modification of their treatment regimen, make nan individualised plan in line with local guidance; if clotting status needs to be tested before surgery (depends on local guidance), use point-of-care testing.
Kidney function: yes.
ECG: yes.
Lung function/ABG: consider seeking advice from a senior anaesthetist ASAP for people who are ASA grade 3 or 4 due to known or suspected respiratory disease.
What are the essential preoperative investigations required for all surgical patients?
FBC, U+Es, creatinine.
ECG.
If appropriate: pregnancy test, sickle cell test, chest x-ray.
What are the basic fasting guidelines for children and adults?
NBM for more than 6hrs.
Can drink clear fluids up to 2hrs before procedure.
What are the associated medical conditions that concern us pre-surgery wrt fasting?
Difficult airway, obesity, cardiac disease, respiratory disease, GI disease.
Renal failure.
Diabetes.
Haematological disorders- anaemia, sickle cell anaemia.
Allergic reactions, and those rendering patients at high risk.
Additional investigations for specific illnesses, such as cardiopulmonary exercise testing to evaluate both cardiac and pulmonary function.
What are some common conditions that can affect preoperative care?
Ischaemic heart disease. Congestive cardiac. Chronic respiratory. Diabetes. Liver or kidney.
What is the cardiac risk index?
1 procedure-related risk factor: intrathoracic surgery, intra-abdominal sugar, or suprainguinal vascular surgery. 5 patient-related risk factors: -ischaemic heart disease; -congestive heart failure; -history of stroke or TIA; -creatinine >2.0mg/dL; - insulin dependent diabetes mellitus.
Poor functional capacity: patients who become breathless and/or have chest pain while climbing a flight of stairs, walking on level ground at 4km/hr, or performing heavy work around the house.
Who is an echocardiogram required for preoperatively?
Exacerbation or new onset of cardiac symptoms (e.g. dyspnoea, chest pain, syncope).
Patients with moderate or severe valvular regurgitation or stenosis who have not had an echo in the past year.
Who is an ECG required for preoperatively?
Patients with >1 RCRI risk factor and one of the following:
- age >65 years
- COPD
- peripheral vascular disease
- arrhythmias
Who is a CXR required for preoperatively?
Surgeries of the head and neck, thorax, upper abdomen.
Clinical features and/or a history of cardiac or pulmonary disease, e.g. COPD, congestive heart failure.
>60yrs.
ASA score >2.
Hypoalbuminaemia.
Emergency procedures.
Prolonged surgeries >3hrs.
Who is pulmonary function tests required for preoperatively?
Unexplained dyspnoea or exercise intolerance in patients who are about to undergo thoracic or upper abdominal surgery.
Patients with COPD or bronchial asthma who have not had a baseline pulmonary function test.
Differential of pain in right hypochondriac region.
Cholelithiasis. Biliary colic. Acute cholecystitis. Acute cholangitis. Acute hepatitis. Liver abscess. Budd-Chiari syndrome. Portal vein thrombosis. Pancreatitis. Duodenal ulcer. Nephrolithiasis.
Differential of pain in flank regions.
Nephrolithiasis. Pyelonephritis. Constipation. Infectious colitis. Ischaemic colitis.
Differential of pain in right iliac region.
Appendicitis. Nephrolithiasis. Pyelonephritis. Infectious colitis. Inflammatory bowel disease. Inguinal hernia. Ovarian cyst/torsion. Ectopic pregnancy (unilateral). PID (bilateral).
Differential of pain in epigastric region.
Acute MI. Acute pancreatitis. Chronic pancreatitis. Peptic ulcer disease. GERD. Gastritis. Functional dyspepsia. Gastroparesis.
Differential of pain in umbilical region.
Appendicitis. Constipation. Small bowel obstruction. Large bowel obstruction. Inflammatory bowel disease. IBS,. Gastroenteritis. Ischaemic colitis. Abdominal aortic aneurysm.
Differential of pain in suprapubic region.
Cystitis (UTI). Acute urinary retention. Appendicitis. Inflammatory bowel disease. Ovarian cyst.
Differential of pain in left hypochondriac region.
Splenomegaly. Splenic infarct. Peptic ulcer. Gastritis. Nephrolithiasis.
Differential of pain in left iliac region.
Diverticulosis/ diverticulitis. Nephrolithiasis. Pyelonephritis. IBS. Infectious colitis. Inguinal hernia. Ovarian cyst/ torsion. Ectopic pregnancy (unilateral). PID (bilateral).
How should patients be monitored post-operatively?
Monitor BP, pulse, oxygen saturation, temperature, urine output, and surgical drain output.
If a patient has a urine output <0.5mL/kg/hr for >6hrs, check catheter patency.
Supportive care in intubated patients.
Pain management according to WHO analgesic ladder.
Stress ulcer prophylaxis with PPIs.
Thromboprophylaxis with low-dose LMWH or UFH before and after surgery, especially for immobile, bedridden patients.
Incentive spirometry and breathing exercise in order to prevent lung atelectasis.
Fluids: replacement of ongoing fluid loss and maintenance fluid therapy.
Enteral nutrition should be started ASAP to prevent villous atrophy.
Daily examination of the surgical wound.
Early mobilisation.
Monitor bowel opening for stasis.
How do you assess and manage fluid status post-operatively?
Remind yourself of patient’s medical history, either past or ongoing. (Heart failure , renal failure)
Examine the patient and look at the observations, urine output, and fluid balance chart.
Assess the fluid status looking at lying and standing BP, HR, JVP, and mucous membranes.
Ensure you auscultate the chest and look at the peripheries for oedema. (if ted stocking look at sacrum)
Scan the drug chart to see if any drugs may be affecting fluid balance and whether any changes can be made.
Check the patient’s electrolytes- does any action need to be taken, or do these point to specific fluids to use?
Does the patient have any ongoing fluid and electrolyte losses that need to be taken into account?
Can fluids be taken orally instead of IV?
Which patients are in need of fluid optimisation?
Diarrhoea and vomiting.
Where the patient has been immobile/debilitated for a prolonged period prior to admission (which has decreased fluid intake).
Elderly patients with reduced renal function that makes fluid balance maintenance more challenging.
Drugs that lower renal fluid exchange functions.
Low BMI patients in whom ‘normal’ fluid loss volumes will be more significant.
What are the different types of fluid used for optimisation?
Hartmann’s, normal 0.9% saline, dextrose.
What are the different types of nutritional support?
Oral. Nasogastric. Gastro/jejunostomy. Parenteral. TPN.
What is the epidemiology of complications of surgery?
Patients who have complications are more likely to die, even 5 years after surgery.
About 20,000-25,000 deaths occur every year in UK hospitals following surgery, of which about 80% occur in a small group of ‘high risk patients’.
These patients account for 10% of surgical inpatients and are at increased risk of mortality and morbidity.
What is the epidemiology of complications of surgery?
Patients who have complications are more likely to die, even 5 years after surgery.
About 20,000-25,000 deaths occur every year in UK hospitals following surgery, of which about 80% occur in a small group of ‘high risk patients’.
These patients account for 10% of surgical inpatients and are at increased risk of mortality and morbidity.
What are some acute complications of surgery? <24hrs.
Secondary to GA. Haemorrhage or anaemia. Hypovolaemia. Respiratory compromise. Uncontrolled pain. Emboli. Damage to surrounding structures.
Case 1: 65y/o aorto-bifemoral bypass in the morning, develops acute onset abdominal pain and pyrexia, rigidity of bowel, raised lactate and metabolic acidosis.
How would you manage this case?
Call senior- patient needs to return to theatre, so preoperative prep again.
Bloods: FBC, U+Es, clotting factors, cross match, etc.
Fluids.
Catheterise to monitor input and output.
CXR if breathing compromised.
NBM?
IV access?
Assessment of the patient’s airway patency, vital signs, and level of consciousness.
Surgical site (intact deressings with no signs of overt bleeding).
Patency of drainage tubes.
Body temperature (hypo/hyperthermia).
Patency/rate of IV fluids.
Circulation/sensation in extremities after vascular or orthopaedic surgery.
Level of sensation after regional anaesthesia.
Pain status.
Nausea/vomiting.
How should patients be monitored in the first 24hrs post-surgery?
Vital signs, respiratory status, pain status, the incision, and any drainage tubes should be monitored every 1-2hrs for at least the first 8hrs.
Body temperature must be monitored, since patients are often hypothermic after surgery, and may need a warming blanket or warmed IV fluids.
Respiratory status should be assessed frequently, including assessment of lung sounds (auscultation) and chest excursion, and presence of an adequate cough.
Fluid intake and urine output should be monitored every 1-2hrs.
If the patient does not have a urinary catheter, the ladder should be assessed for distension, and the patient monitored for inability to urinate.
If the patient had a vascular or neurological procedure performed, circulatory status or neurological status should be assessed as ordered by the surgeon, usually every 1-2hrs.
The patient may require medication for nausea or vomiting, as well as pain.
Patients with a patient-controlled analgesia pump may need to be reminded how to use it.
Controlling pain is crucial so that the patient may perform coughing, deep breathing exercises, and may be able to turn in bed, sit up, and eventually walk.
Movement is imperative for preventing blood clots, encouraging circulation to the extremities, and keeping the lungs clear.
How should patients be monitored after the first 24hrs post-surgery?
Vital signs can be monitored every 4-8hrs if the patient is stable.
The incision and dressing should be monitored for the amount of drainage and signs of infection.
The hospitalised patient should be sitting up in a chair at the bedside and ambulating with assistance by this time.
Respiratory exercises are still performed every 2hrs.
Bowel sounds monitored, patient’s diet gradually increased as tolerated, depending on type of surgery.
Monitor for evidence of potential complications.
What are the possible early complications >24hrs post-surgery?
Leg oedema, redness and pain (DVT). Shortness of breath (PE). Dehiscence (separation) pf the incision or ileus (intestinal obstruction). Delirium. DVT/PE. Infection/sepsis. Poor wound healing/dehiscence. Reperfusion injuries. Pressure sores. Late haemorrhage
What are the possible late complications post-surgery?
Damage to local structures leading to loss of function.
Scarring.
Chronic pain.
Recurrence/failure of surgery.
What are the signs and symptoms of early sepsis?
Respiratory acidosis. Decreased cardiac output. Hypoglycaemia. Increased arteriovenous oxygen difference. Cutaneous vasodilation.
Case 2: 21y/o female, 5hrs post lap chole: tachycardia (110), cool peripheries, BP 90/50, urine output 30mL/hr, complaining of abdominal pain.
How would you manage this patient?
Concerned about sepsis/ hypovolaemic shock.
What is her temperature?
Bloods.
Abdominal examination: shows bruising and distension, concerned about haemorrhage.
USS abdo.
EXAmine: look if ascites, look at the dressings, listen for bowel sounds
Which of the following physical examination findings may be seen in patients with dehydration?
a) capillary refill of 4s
b) capillary refill of 1s
c) hypertension
d) bradycardia
e) increased skin turgor
Capillary refill of 4s.
Which of the following is true about abdominal pain?
a) Peptic ulcer pain is usually experienced in the hypogastrium
b) The pain of IBS is usually well localised
c) The pain of oesophagitis is usually retrosternal in site
d) The pain of pancreatitis usually radiates to the groin.
The pain of oesophagitis is usually retrosternal in site.
Which of the following is true about an abdominal mass?
a) A pulsatile mass is always due to an aortic aneurysm
b) An enlarged kidney is dull to percussion
c) A large mass arising out of the pelvis which disappears following urethral catheterisation is caused by an ovarian cyst
d) An indentible mass is caused by faecal loading of the colon
An indentible mass is caused by faecal loading of the colon.
your F2 colleague has asked you to chase the bloods for
the previous colorectal patient. It is now day 6 and the
ileus has resolved. He was ready for discharge today
but has suddenly spiked a temp of 38. His abdomen
has become peritonitic.
Bloods: WCC:23 CRP:300 Creat :200 Urea:9
How would you manage this patient?
leaky anestemosis -
needs to go back to theatre
60 year old man with a previous history of appendedctomy presents to the emergency room complaining of abdominal pain as colicky and crampy and feels it build up, then improves on its own. He has vomitted at least 10 times since the pains sterted this morning. he states that he has not had a bowel movement for 2 days and cannot recall the last time he passed flatus. The abdomen is slightly distended. Abdominal auscultation reveals a high pitched bowel sound and peristaltic rushes. Percussion reveals a tympanic abdomen. The pain is diffusely tender with palpation but has no rebound tenderness. Rectal examination reveals the absence of stool
Which of the following is the most liekely diagnosis?
A. cholecystitis
B. Diverticulitis
C. pancreatitis
D. gastroenteritis
E. intestinal obstruction
E. intestinal obstruction
A 67-year-old male presents with complaints of
itching, dark urine, and epigastric pain. Physical
examination reveals jaundice. Initial laboratory tests
show total bilirubin of 6.5 mg/dL, alkaline
phosphatase elevated at 3 the upper limit of normal,
and mild elevations in serum transaminases.
Appropriate management includes which diagnostic
test next?
a. Abdominal ultrasonography
b. Computed tomography of the abdomen
c. Magnetic resonance imaging of the abdomen
d. Endoscopic retrograde cholangiography
a. Abdominal ultrasonography
40 year olf man presents to A and E complaining of severe abdominal pain that radiates to his back accompanied by several episodes of vomiting. he drinks alcohol daily. On physical examination , the patient is found on a stretcher lying in the fetal position. He is febrile and appears ill. The skin of his abdomen has an area of bluish periumbelical discoloration. There is no flank discoloration,. Abdominal examination reveals decreased bowl sounds. The patient has sever midepigastric tendernes on palpation and complains of exquiste pain when your hands are abruptly withdrawn from his abdome. rectal examination is normal. Which of the following is the most likely diagnosis? A. acute cholecystitis B. Pyelonephritis C. Necrotizing pancreatitis D. Chronic pancreatitis E. appendicitis
C. Necrotizing pancreatitis
All of the following are contraindication to
passing a nasogastric tube EXCEPT
(A) suspected perforation of the oesophagus
(B) confirmed perforation of the oesophagus
(C) history of oesophageal varices
(D) nearly complete obstruction of the
oesophagus due to benign or malignant strictures
(E) presence of an oesophageal foreign body
history of oesophageal varices
Laparoscopic cholecystectomy is indicated for symptomatic gallstones in which of the following conditions? Cirrhosis Prior upper abdominal surgery Suspected carcinoma of the gallbladder Morbid obesity Coagulopathy
Morbid obesity
A 60-year-old male presents with an inguinal hernia of
recent onset. Which of the following
statements are TRUE?
(A) The hernia is more likely to be direct than
indirect
(B) Presents through the posterior wall of the inguinal
canal, lateral to the deep inguinal ring.
(C) Is covered anteriorly by the transversalis fascia.
(D) Is more likely than a femoral hernia to strangulate.
(E) The sac is congenital.
(A) The hernia is more likely to be direct than
indirect.
48 year old woman presented with right abdominal
pain, nausea & vomiting. On examination she had
tenderness in the right hypochondrial area.
Investigations showed high WBC count, high alkaline
phosphatase & high bilirubin level. The most likely
diagnosis is:
a) Acute cholecystitis
b) Acute appendicitis
c) Perforated peptic ulc
a) Acute cholecystitis
A 36-year-old woman complains of a 3-month history of bloody discharge from
the nipple.
At examination, a small nodule is found, deep to the areola. Careful palpation of
the nipple areolar complex results in blood appearing at the 3 o’clock position.
Mammogram findings are normal. What is the likeliest diagnosis?
Breast cyst
Carcinoma in situ
Intraductal carcinoma
Intraductal papilloma
Fat necrosis
Intraductal papilloma
Which of the following is true about abdominal pain?
a) Peptic ulcer pain is usually experienced in the
hypogastrium
b) The pain of irritable bowel syndrome is usually well
localised
c) The pain of oesophagitis is usually retrosternal in
site
d) The pain of pancreatitis usually radiates to the groin
c) The pain of oesophagitis is usually retrosternal in
site
Which of the following physical examination findings
may be seen in patients with dehydration?
a. Capillary refill of 4
b. Capillary refill of 1 s
c. Hypertension
d. Bradycardia
e. Increased skin turgor
a. Capillary refill of 4 s
Which of the following is true about an abdominal
mass?
a) A pulsatile mass is always due to an aortic aneurysm
b) An enlarged kidney is dull to percussion
c) A large mass arising out of the pelvis which
disappears following urethral catheterization is caused
by an ovarian cyst
d) An indentible mass is caused by faecal loading of
the colon
d) An indentible mass is caused by faecal loading of
the colon
Which of the following is true of hepatomegaly?
a) Emphysema is a cause
b) The liver enlarges downwards from the left
hypochondrium
c) The presence of jaundice, spider naevi and purpura
suggest alcohol as a cause
d) The liver is usually resonant to percussion
c) The presence of jaundice, spider naevi and purpura
suggest alcohol as a cause
Which of the following is true about jaundice?
a) Pale stools and dark urine are characteristic of the
jaundice of haemalytic anaemia
b) Bilirubin is used by the liver in the synthesis of red
blood cells
c) Itching may be a sign of obstructive jaundice
d) Putting a danger of infection sticker on blood
samples from an intravenous drug user with jaundice
is optional
c) Itching may be a sign of obstructive jaundice
Which of the following is true of haematemesis?
a) A low blood pressure (<90mmHg systolic) and a
tachycardia (>100/min) are worrying features
b) A pulse rate of 80/min in a patient taking Bisoprolol
is reassuring
c) Abdominal pain is always present
d) An alcohol history is not essential
a) A low blood pressure (<90mmHg systolic) and a
tachycardia (>100/min) are worrying features