Generalrulesofabdomenalexamination 140413161534-phpapp02

MAGDI AWADSASI 2014 ABDOMENAL EXAMINATION
1 DR.MAGDI AWAD SASI ABDOMENAL EXAMINATION

GENERAL RULES:
• Wash hands / warm them.
• Patient should be lying flat.
• Keep the room as warm as possible and make sure that the lighting is adequate.
• Proceed calmly / don’t make sudden moves.
• Approach from right side of the patient.
• Gather as much data as possible by observation first.
• Arms at side (behind head tightens abdomen) & legs straight.
• If the head is flexed, the abdominal musculature becomes tensed and the examination made
more difficult
• Bending knees may relax abdomen.
• Abdomen should be fully exposed. Patient needs to be exposed from above the
xiphoid process to the symphysis pubis. Exposure:---
1. Ask the patientto lie on a level examinationtable that is at a comfortable height for both of
you. At this point,the patient shouldbe dressedin a gown and, ifthey wish,underwear.
2. Take a spare bedsheetand drape it over their lowerbody such that it just covers the upper
edge of theirunderwear (or so that it
crosses the top of the pubic region).
This will allow you to fullyexpose the
abdomenwhile at the same time
permittingthe patientto remain
somewhat covered.The gown can then
be withdrawn so that the area
extendingfromjust belowthe breasts
to the pelvicbrim is entirelyuncovered,
rememberingthat the superior margin
of the abdomenextendsbeneaththe
rib cage.
Order of Examination
• Inspection
• Auscultation
• Percussion
• Palpation

• Inspection : standing at the foot of the table and looking up towards the patient's
head
1. Abdominal contour(Appearance of the abdomen )-Shape=contour:
Is it flat? Distended? If enlarged, does this appear symmetric or are there
distinct protrusions, perhaps linked to underlying organomegaly? The
contours of the abdomen can be best appreciated by standing at the foot
of the table and looking up towards the patient's head. Global abdominal
enlargement is usually caused by air, fluid, or fat. It is frequently
impossible to distinguish between these entities on the basis of
observation alone, distended with full flanks. 5F are the causes of
abdominal distentión— fat, feces ,flatus ,feotus , fluid.
2. Abdominal skin --Scars , striae (purple or silver), dilated veins
around umbilicus in caput medusa veins radiating from the umbilicus &
its direction of flow: from below upward or vise versa ((portal
hypertension)) and veins in the lateral parts of abdomen (( inferiorvena
cava obstruction)) ,rashes and lesions, Peristalsis (visible--Visible loops
of bowel) ,Pulsations (Aorta).
The abdomen is divided into 9 quadrants by two vertical midclavicular lines and two horizontal
lines—one through transpylorus and the other through the anterior iliac spine.
Common scars:
1. Right subcostal scar---- cholycestectomy scar
2. Mid –line long lapratomy scar---- acute abdomen of surgical unknown cause

3. Right or Left lumbar scar---- kidney surgical intervention
4. Suprapubic scar---- Caesarean scar or prostate operation or pelvic operation.
5. Mid line supra umbilical scar—duodenal ulcers , pancreatic operations.

3. Respiratory movement :
Male --- abdomino-thoracic-- manner of breathing is abdominal respiration.
Female –thoraco-abdominal-- the manner of breathing is thoracic respiration.
4. Umbilicus central or pushed down , inverted or flat or everted.
The flat umbilicusisa clue to the ascitis or organomegallydue to increase intraabdominal presure.
Look for discoloration over the umbilicus:
1. Cullen’s Sign: discoloration over the umbilicus.
2. Grey Turner’s Sign: discoloration over the flanks.
These are both late signs suggesting intra-abdominal bleeding.

SUMMARY:
 INSPECTION
 Shape of the abdomen and flanks
 Skin –scar ,striae ,prominent veins ,umbilicus , visible peristalsis
 Movements of abdominal wall with respiration
 Ask the patient to cough and look for hernial orifices
Hernia is derived from the Latin for "rupture"
It is the protrusion of an organ or part of an organ through a defecte in the wall of the cavity
((peritoneal lining ))normally containing it.
Types of herniae:
Inguinal (( Indirect or indirect ))
 Inguinal hernias can be direct which is herniation through an area of muscle weakness, in the
inguinal canal, and inguinal hernias indirect herniation through the inguinal ring. Indirect
hernias, the more common form, can develop at any age but are especially prevalent in
infants younger than age . This form is three times more common in males.
 Femoral Herniation through the femoral canal .
 Incisional Herniation ------- through an area weakened by a scar
 Umbilical
 Paraumbilical --------- Acquired defect above or below the umbilicus
 Epigastric --- in the midline of abdomen above the umbilicus caused by a defect in linea alba.
If there is a visible mass or herniae , you have to asses the :
 Size
 Site
 Surface
 Shape
 Affect of cough

Palpation:
 Kneel down
 Ask about site of abdomenal pain
 First warm your hands by rubbing them together before placing them on the patient.
The pads and tips (the most sensitive areas) of the index, middle, and ring fingers are
the examining surfaces used to locate the edges of the liver and spleen as well as the
deeper structures. You may use either your right hand alone or both hands, with the
left resting on top of the right.put the palm of your right hand over abdomen and
flexes your hand frequently at metacarpophalangeal and interphalangeal joints.
 Apply slow, steady pressure, avoiding any rapid/sharp movements that are likely to
startle the patient or cause discomfort.
 Examine each quadrant separately, imagining what structures lie beneath your hands
and what you might expect to feel.
A. SUPERFICIAL PALPATION:
Aim – to get confidence and assurance , to check temperature ,tenderness.
 Palpate the abdomen to detect:
1. Tenderness 2.Muscular rigidity or Rigidity
3.Superficial organs and masses
Before you begin palpation, ask your patient if he has any pain or tenderness ,
and be away from the
area of the pain .
Palpate that area last,
using gentle pressure.
Start your palpation by
the palm of the right
hand from the right iliac
fossa and go anti-clock
wise .
From RIF to suprapubic – left iliac fossa –left lumbar---- left hypochondrial ---
epigastric -----right hypochondrial----right lumbar.. Press down around 1 cm
 Light palpation by moving your hand slowly and just lifting it off the skin.
 Watch for patient’s face for signs of discomfort.
 Abdominal pain upon light palpation suggests peritoneal irritation or inflammation

 If rigidity or guarding while palpating, determine whether it is voluntary (patient
anticipates the pain) or involuntary (peritoneal inflammation)
 Assess for rebound tenderness by pushing slowly and then releasing your hand
quickly off the tender area.
 Watch for patient’s face for signs of discomfort.
 Identify any masses and note:
Size,Location,Contour,Tenderness,Pulsations,Mobility
DEEP PALPATION:
 For the organs and masses.
 A deeper exam is performed with the right hand or two hands, one on top of the other again
flexing at the MCP & IPJ joints. You should still be looking at the patient’s face for them
flinching due to pain. Again, examine all 9 named segments of the abdomen.
 Liver is located under right upper quadant and if the liver enlarged or pushed it
descend toward the right iliac fossa along the mid calvicular line.
 In general, it is easier to detect abnormality if you start in an area that you're sure
is normal by comparison.
 The right iliac fossa is the starting point for superficial and deep palpation.
Directionof enlargementoforgans
 Liver: Enlargestowards right lowerquadrant
 Spleen:Diagonallytowards right lower quadrant
Reactions that may indicate pathology include:
 Guarding,describingmuscle contraction as pressure isapplied.
 Rigidity,indicatingperitoneal inflammation.

 Rebound,pain on release
 Hernial orificesifpositive coughimpulses.
Start by kneelingdownto be on the same level ofpatientsabdomen.
Start the deeppalpationby putting your right hand (palm) over the abdomenof the patient.
start from right iliacfossa and ascend through mid clavicular line toward right hypochondrial area .
keepyour palm in touch with the
patientsabdomen.
One way…..Gentlypushdown
(posterior) and towards the patient's
head with your hand oriented roughly
parallel to the rectus muscle or lower
right costal margin, allowingthe
greatest numberof fingersto be
involvedinthe exam as you try to feel
the edge ofthe liver.Advance your
hands a fewcm cepheladand repeat
until ultimatelyyou are at the bottom
margin of the ribs.
Pushingup and inwhile the patient
takes a deepbreath may make it easier
to feel the liveredge as the downward
movementof the diaphragm will bring
the livertowards your hand.
The tip of the xyphoidprocess, the bony structure at the bottom endof the sternum,may be directed
outward or inward and can be mistaken for an abdominal mass. You shouldbe able to distinguishit
by noting its locationrelative to the rib cage (i.e.in the mid-line where the right and leftsidesmeet).
 The two handed
method may be used.
Begin at the right lower
quadrant and examine the
entire abdomen gently by
deep palpation.
 Lay one hand
over the abdomen and
push with the second
concentrating on the feel
of the bottom hand. Once
again, known tender areas
should be palpated last.
130-131: Palpation of Liver: Alternative Method
It is acceptable during palpation of the liver to
use both hands to palpate abdomen. You use
the fingers of one hand to palpate and the
other hand is used to apply pressure to the
dorsum of the other hand. Thus the hand you
are using to palpate does not need to be used
to apply pressure.

Usual way-----
1.Start from right iliac fossa with
your hand( palm ) parallel to the
right costal margin
2.Ask the patient to take deep
breath while keeping your hand in
touch
3.Ask the patient to exhale ,
palpate deeply 4 cm in as the
abdomen become relaxed
4.Preecedtoward the right costal
margin through midclavicular line
5. During expiration, palpate
deep. During inspiration, moves
toward RT costal margin till you
fell the liver margin where you
have to ask the patient to take
deep breath and go deeply with
your hand 4cm depth. This is
because the liver is
intraperitoneal and moves down
with inspiration.
For spleen:
 The Palpation of the spleen is as for the liver but in the direction of the left hypochondrium. The
edge of the spleen which may be felt if distended is more nodular than the liver.
 The normal spleen in not palpable. When enlarged, it tends to grow towards the pelvis and the
umbilicus (i.e. both down and across)
Another way to assess
for splenomegaly is to ask the
patient to lie on their right side.
Support the rib cage with your left
hand and again ask the patient to
take deep breaths in moving your
right hand up towards the left
hypochondrium.
Spleen (if not palpable, R lateral
decubitus)--- The edge, when
palpable, is soft, rounded, and
rather superficial
Palpation: Liver
Stand on the pt’s right side. Place your left hand behind the
patient’s R side under the 11th and 12th rib area. Press upward
with the L hand.
Place your R hand on the pt’s
abdomen well below where you
percussed the liver edge

To feel for the kidneys you should
place one hand under the patientin the
flank region((righthand at the inferior
and lateral border of the ribs))and the
other handon top. ---pushingdown
as you push up from behind with
your left hand.-----You should then
try to ballot the kidney between the two
hands. In the majority of people the
kidneys are notpalpable, butthey may
be in thin patients who have no renal
pathology.
Note:
If the liverispalpable , it may be pusheddownor enlarged.Liverspan isthe nextstep to be done.
 If the spleenispalpable , it is enlarged.
 If the liverispalpable , it isimportant to detectthe tenderness--- hepatitis orcongestion, the
size belowthe costal margin(cm) ,consistency—firmorhard, edge ,surface regularity---nodular
/ irregular inmalignancy or secondaries ,pulsatile – tricuspid regurgitation.

 You can also try to "hook" the edge of
the liverwith your fingers. To utilize this
technique,flexthe tipsof the fingersof your
right hand (claw-like).Thenpushdown in the
right upper quadrant and pull upwards
(towards the patient'shead) as you try to
rake-upon the edge of the liver.This isa nice
way of confirmingthe presence ofa palpable
liveredge feltduring conventional
examination.

Causes of hepatomegally:
1. Infections--- hepatitis – HAV , HBV ,HCV, EBV, CMV , TB abscess , malaria ,alcohol
2. Inflammtion ---- autoimmune hepatitis
3. Ischemia----- bubb chiari syndrome , congested liver ,hepatic vein thrombosis
4. Tumour ---- hepaoma , lymphoma , leukemia
5. Tumour 2ry--- metastases
6. TB------ abscess
7. Fatty liver
Causesof splenomegally( huge):
4 fingersbelow costal margin14cm
1. Malaria
2. Leishmaniasis
3. CML--- chronic myeloidleukemia
4. CLL----chroniclymphocyticleukemia
5. Portal hypertension---- livercirrhosisisthe commonest.
6. Myelofibrosis
Causes of mildsplenomegally:
1. 1.Infection --- HAV ,glandularfever, EBV , CMV, infective endocarditis,malaria,leishmaniasis
2. Inflammation---- SLE,Rhemtaoidarthritis,sarcoidosis
3. Ischemia----- portal veinthrombosis
4. Tumour---- lymphoma,leukemia
5. Tuberculosis --- military
6. Portal hypertension
How can you differentiate splenomegally from enlarged kidney on the left side of abdomen?
For splenomegally ,
1. Direction of enlargement ----- toward the right iliac fossa towardthe midline
2. Continuity of the dullness on percussion note
3. Movement with deep breathing as it is intraperitoneal
4. Splenic notch over the medial site
5. The examiner cant insert the fingers below the left costal margin
For the kidney,
1. Ballottement is the pathognomic sign
2. Area of resonance over the mass
PERCUSSION:
 Helps to identify the amount & distribution of gas and to identify possible masses that are solid or
fluid filled.
 Percussing the abdomen produces different sounds based on the underlying tissues.
 Sounds help you detect excessive gas and solid or fluid-filled masses
 Also help you determine the size and position of solid organs such as the liver and spleen.

 By Percussion , you are looking for areas of tympany and dullness
 Expect to hear tympany in most of the abdomen
 Expect dullness over the solid abdominal organs such as the liver and spleen
 Can be used to assess size of liver and spleen
 On the right, it is the liver dullness; on the left, dullness of the spleen, kidney ,colonic mass.
The liver span is estimated by percussion.
Remember that it is easier to hear the change from resonance to dullness – so proceed with percussion from
areas of resonance to areas of dullness.
1.upper border from 2nd
intercostal
space through mid clavicular line,
start percussing on the chest
moving down towards the abdomen
about ½ to 1 cm at a time. Note
where the percussion notes change
from resonate to dull which is the
beginning of the liver
border((upper)).
2.lower border from right iliac fossa
though midclavicular line and
ascend towardcostal margin till the
dullness note start which is the
beginning of the liver border((
lower)).
Liver span is normally 6 to 12 cm in
the midclavicular line which is the
distance betweenupper and lower
borders.
For spleen,
• When a spleen enlarges, it
expands downward and medially toward
the right iliac fossa and pushed the
umbilicus to be flat . Fullness in the left
hypochondrial may be the first clue of
spleenomegally. Spleen enlargement
replaces the tympany of the stomach
with the dullness of a solid organ
• Percussion cannot confirm
splenic enlargement, but it can raise
your suspicion.
• There are two techniques to
percuss splenic enlargement.
• Percuss the left lower anterior
chest wall betweenlung resonance (6 IC)
above & the costal margin (an area
termedTraube’s space)
• As you percuss laterally, note
the extent of the tympany; if tympany is prominent laterally, splenomegaly is unlikely.
• Can also check for a splenicpercussionsign
• Percussthe lowestinterspace in the leftanterior axillaryline;the area is usuallytympanitic
• Then ask the patientto take a deepbreath and percuss again

• Whenthe spleenisnormal, the space usuallyremains tympanitic
ASCITES
• Shifting Dullness
• Percuss centrally from the epigstrium to
umbilicus then to each flank
• Locate point of change on side
• Ask patient to roll towards you
• Wait….for a minute for fluid to move to other
side
• Percuss again ?area of dullness moved
• Fluid Thrill
– Use patients right hand in midline
– Flick one side and feel the other side
– This is done if the patient has huge abdomen which is tense and difficult to palpate
and there is no area of central resonance for comparison and for fluid to move from
side to another.

What are the causes of ascitis?
As apart of generalised cause (( with bilateral pitting pedal odema ))
1. Portal hypertesion—liver cirrhosis
2. Chronic renal failure
3. Nephrotic syndrome
4. Hypothyrodism
5. Congestive heart failure
6. Protein losing enteropathy
As a part of local abdomenal disease,
1. Tuberculosis
2. GIT tumours--- stomach ,colon , pancrease
3. Metastases to the peritoneum
4. Connective tissues diseases
5. Budd chiari syndrome
6. Acute pancreatitis

AUSCULTATION:
• Provides important information about bowel motility: decreased motility suggests
peritonitis; increased motility suggests obstruction
• Need to listen before percussion or palpation since these maneuvers may alter the
frequency of bowel sounds
• Can also appreciate BRUITS over the aorta or other arteries, suggesting narrowing
of the arteries from atherosclerosis
Bruits are high pitched sounds due to obstruction to flow due to narrowing
(stenosis) of arteries
Listen midline (bruit in aorta)
Right / left upper quadrant (renal artery bruits)
• Listen with diaphragm of stethoscope
• Normal sounds occurs every 5-10 seconds & consist of clicks and gurgles
• Need to listen for 2 minutes to declare no bowel sounds; since bowel sounds are
widely transmitted, need only to listen in one spot
• Occasionally hear borborygmi - long, prolonged gurgles of hyperperistalsis - the
familiar stomach growling
SUMMARY PONTS:
1. BOWEL SOUNDS
a. ABSENT
b. LOUD
2. VENOUS HUMS
a. B/W XIPHISTERNUM AND UMBILICUS
3. Renal Bruit
4. Hepatic Bruit

• Succussion Splash
• Puddle Sign
• Cover the patient up
• Turn to the examiner
“ I wouldlike to complete myexaminationby examiningthe
external genitalia, performing a digital rectal examination
and dipstick the urine.”
You can ellicit succussion splash in normals following
ingestion of aerated drink. Whenever there is air and fluid inside a bowel you can ellicit this
sign.
NOTE:
Special manevures may also be performed, to elicit signs of specific diseases.These include
 Gallbladder: Murphy's sign
It is performed by asking the patient to breathe out and then gently placing the hand below the costal margin on
the right side atthe mid-clavicular line (the approximate location of the gallbladder).The patient is then
instructed to inspire (breathe in).Normally,during inspiration,the abdominal contents are pushed downward as
the diaphragm moves down.If the patient stops breathing in (as the gallbladder is tender and,in moving
downward,comes in contactwith the examiner's fingers) and winces with a 'catch' in breath, the test is
considered positive.In the elderly the sensitivity is markedly lower; a negative Murphy's sign in an elderly
person is not useful for ruling out cholecystitis if other tests and the clinical history suggest the
diagnosis
• Courvoisier'slaw:
States that in the presence of an enlarged gallbladder which is non tender and accompanied with mild
jaundice, the cause is unlikely to be gallstones. Usually, the term is used to describe the physical
examination finding of the right-upper quadrant of the abdomen. This sign implicated possible malignancy of
the gall bladder or pancreas and the swelling is unlikely due to gallstones(( because gallstones are formed
over an extended period of time, resulting in a shrunken, fibrotic gall bladder which does not distend easily)).
This shrunken gallbladder is less likely to be palpable on exam. In contrast, the gallbladder is more often
enlarged (and more easily palpated) in pathologies that cause obstruction of the biliary tree over a shorter
period of time such as pancreatic malignancy leading to passive distention from back pressure. Note that a
palpable tender gallbladder may be seen in acute acalculous cholecystitis, which commonly follows trauma
or ischemia and causes acute inflammation of the gallbladder in the absence of gallstones.
The exceptions to the law are stones that dislodge and acutely jam the ductdistally to the hepatic/cystic duct junction:
1. Gallstone falling and blocking the Ampulla of Vater
2. Gallstone falling and blocking the cystic/hepatic duct junction
.The psoas sign: is a medical sign thatindicates irritation to the iliopsoas groupof hip flexors in the abdomen, and
consequently indicates that the inflamedappendix is retrocaecal in orientation (as the iliopsoas muscle is retroperitoneal).
It is elicited by performing the psoastest by passively extendingthe thighof a patientlying on his side withknees
extended, or askingthe patientto actively flex his thighat the hip. If abdominal pain results, it is a "positive psoas sign".
In particular, the right iliopsoas muscle lies under the appendix whenthe patient is supine, so a positive psoas signon the

right may suggest appendicitis. A positive psoas sign may alsobe presentin a patient with a psoas abscess. It may also
be positive withother sources of retroperitoneal irritation, e.g.as causedby hemorrhage of an iliac vessel.
.Blumberg's sign is a sign that is elicitedduringphysical examinationin medicine. It is indicative of peritonitis.
The abdominal wall is compressedslowly and thenrapidly released. A positive signis indicated by presence of
pain upon removal of pressure on the abdominal wall. It is very similar to rebound tenderness
 Appendicitis or peritonitis:
 Psoas sign - pain when tensing the psoas muscle
 Obturator sign - pain when tensing the obturator muscle
 Rovsing's sign - pain in the right iliac fossa on palpation of the left side of the abdomen
 Carnett's sign - pain when tensing the abdominal wall muscles
 Patafio's sign - pain when the patient is askedto cough whilst tensing the psoas muscle
 Cough test - pain when the patient is askedto cough
 Suspected Pyelonephritis: Murphy's punch sign
 Hepatomegaly: Liver scratchtest
 Ascites: bulging flanks, fluid wave test, shifting dullness
IF THE PATIENT HAS A HUGE ASCITIS , WHAT IS THE COMMONEST CAUSE AND WHAT OTHER SIGNS YOU
HAVE TO LOOK FOR?
Liver cirrhosis with portal HTN is the commonest cause.
The signs that you have to look for are the stigmata of chronic liver disease.
They are:
Jaundice , spider neavi , Gyanecomastia in male & Breast atrophy in female , flapping tremors
,palmer erythema , muscle wasting , kilonychia ,leuchonychia , ecchymosis , pedal odema.
Those are mandatory to look for in any case of abdominal examination.
THANKS MAGDI AWAD SASI
HOPPING , IT WILL HELP AND ALLAH ACCEPT MY TRIAL TO HELP OTHERS

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