Acute Medicine and Surgery Flashcards
gastric foreign body definition
anything ingested that can’t be digested
examples linear foreign bodies
string, yarn, cloth, dental floss
foreign bodies in cats
usually linear
must be removed asap
can cause intestinal perforation and peritonitis
signs gastric foreign body
may be asymptomatic
vomiting - acute or persistent
anorexia
depression
abdominal pain
dehydration - sometimes
palpable plicated intestines - somtimes
linear foreign body attached to ventral tongue - cats
gastric foreign body - ddx
parvo
gastric neoplasia
diagnostics gastric foreign body
radiography - radio-opaque visible, radiolucent needs positive contrast or double contrast
cytological examination of any effusion
endoscopy - gastroduodenoscopy
treatment - gastric foreign body
induce vomiting - apomorphine for dogs, xylazine for cats - only if quite certain can be expelled without harm
correction of acid base
withold food - 12 hours
radiographs immediately before surgery or endoscopy - localise foreign body
perioperative antibiotics
gastrotomy - to inspect whole GIT
don’t pull on linear foreign body unless comes loose easily
endoscopy - to remove foreign body, care of sharp edges
antiemetics if vomiting continues
prognosis good so long as stomach not perforated and foreign body removed
GDV definition
gastric dilatation-volvulus
enlargement of stomach and roatation on mesenteric axis
simple dilatation definition
stomach engorged but not malpositioned
dilitation definition
organ or structure stretched beyond normal dimensions
GDV pathophysiology
enlargment from gastric outflow obstruction - can’t vomit, eructate or empty pylorus to intestine
enlarged with gas/fluid
stomach rotates, usually clockwise ( from surgeons perspective)
spleen displaced to right ventral abdomen
caudal vena cava and portal veins obstructed - reduced venous return and cardiac output, myocardial ischemia, obstructive shock and inadequate tissue perfusion
affects multiple organs
arryhtmias common
risk factors GDV
exercise after large meals or a lot of water
soy or cereal based dry foods
irish setters fed single feed type
large meals (regardless of number of meals daily)
feeds that are high oil or fat content
anatomic predisposition
gastric ileus
trauma
primary gastric motility disorders
vomiting
stress
male sex
increasing age
low BCS
rapid eating
raised feeding bowl - may promote aerophagia
dry kibble anxious dogs
spending 5 or more hours with owner
egg supplements
equal time in and outdoors
splenectomy (maybe)
military dogs more commonly develop GDV in November, December, Janurary - don’t know why
adding table food to large or giant breed dogs may decrease GDV incidence
GDV signallment
usually large deep chested breeds - but not exclusively (also see in small dogs and cats)
more common in shar peis than other medium breeds
more common in middle aged and older
intact females higher risk
GDV signs
distending and tympanic abdomen - varying degrees
recumbency
depression
may have pain - arched back
clinical signs of shock - weak peripheral pulses, tachycardia, prolonged CRT, pale mm, dypnoea,
GDV ddx
simple dilatation - common in puppies that overeat
small intestine volvulus
diaphragmatic hernia
ascites
GDV diagnostics
radiograph - differentiate GDV and simple dilatation
free abdominal air - suggests gastric rupture
air within wall of stomach - indicates necrosis
immedaite surgery once stabilised
GDV treatment
stabilise - fluids - isotonic, 7% saline or hetastarch
blood gas analysis
CBC
broad spectrum antibiotics
oxygen therapy if dyspnoea
gastric decompression - tube, care not to perforate oesophagus
once decompressed wash with warm water to prevent recompression
surgery once stabilised even if stomach decompressed - rotation impedes blood flow so can lead to necrosis
surgery in dorsal
GDV surgery aims
inspect somtach and spleen
remove damaged or necrotic tissue
decompress stomach
correct malpositioning
adhere stomach to body wall - prevent future malpositioning
enterotomy
allows access to entire GIT
provides full thickness biopsies - important for submucosal masses
can examine and sample rest of abdomen at same time
samples taken from lymph nodes, liver and other tissues before gastric or intestinal - cross contamination
simple interrupted to close
enterotomy - indications
masses
foreign body removal
luminal examination
biopsy
end to end anastomoses
recommended for removal of ischemic, necrotic or neoplastic tissue or fungal infected segments of intestine or irreducible intussuceptions
care not to pull sutures too tight but make water tight
simple interrupted recommended
coagulopathy - horses - acute haemorrhage
not a common cause of haemorrhage but consumptive coagulopathy can be an issue after the haemorrhage
signs of haemorrhagic shock
tachycardia
tachypnoea
cold extremities
anxiety or depression
pale mm
prolonged CRT
weak arterial pulse
flow murmur
sweating
colic
abdominal distension
decreased MAP
acute haemorrhage - biochem markers
hyperlactatemia - impaired oxygenation to tissues
hypoprteinemia
anemia
may have normal PCV and TP - especially in early stages - can stay normal until fluid redistributes (up to 12 hours) TP changes first
estimating blood loss - acute haemorrhage (horse)
total blood volume - 8% body weight
<15% loss - HR normal, CRT normal, BP normal, possible mild anxiety
15-30% - increased HR and RR, mildly prolonged CRT, normal BP, mild anxiety
30-40% - moderate to severely increased HR, increase RR, prolonged CRT, decreased BP, anxiety or depression, cool extremities
>40% - severely increased HR, increased RR, pale mm, severe hypotension, obtunded, cool extremities
controlling blood loss - acute haemorrhage
ligation - surgical
pressure - pressure bandage, tourniquet, manual pressure
pack sinuses
pro-coagulants - topical, absorbable (for smaller areas), IV formalin (no evidence in support) herbal
stablise clots - anti-thrombolytics - aminocaprioc acid, transexamic acid (morepotent, better evidence) - inhibit fibronolysis and stabilise clot
fluid therapy - acute haemorrhage - horse
assess if controlled or not
need coagulation factor replacement
uncontrolled -
persistant hypotension - dangerous
aim to support circulating blood to minimum volume needed for tissue perfusion until controlled
crystalloids indicated if donor blood not immediately available and the case is an emergency
blood products preferred
controlled -
if definitive hemotasis - expand volume with crystalloids, hypotonic saline, or blood
if unstable controlled - replace minimum of estimated blood lost, can give initial bolus
blood products preferred as not diluting RBCs
crystalloids and synthetic colloids can dilute RBSs and clotting factors - increase BP so destabilising clot and increasing bleeding, may also cause hypocoagulation
blood transfusion indications - acute haemorrhae - horse
30% loss
signs of hypovolemic shock
PCV < 20% in acute bleed, <12% in chronic anemia
lactate >4mmol/L
blood transfusion - donors - horse
ideally large healthy geldings
good temperament
PCV <35%
TP <6g/dL
ideally negative for Aa and Qa alloantigens
8 equine blood groups, >30 different factors
avoid donor mares that have had foals or horses who have previously had a transfusion
can’t use donkeys - donkey factos
cross match by evaluating haemogluttination - may not need to do this is recipient has not had blood products before
calculation blood deficit - acute haemorrhage - horse
(normal PCV - animal PCV/normal PCV) * blood volume
reactions to blood transfusion - horse
usually in first 15 mins
more common after multiple transfusions
agitation
tremors
urticaria
pruritis
piloerection
colic
nasal oedema
pulmonary oedema
weakness
collapse
tachycardia
tachypnoea
dyspnoea
pyrexia
death
stop if any reaction, use corticosteroids or antihistamine
adrenaline in severe cases
if re-starting do so slowly
safety and restraint measures - farm
competent human help
crush
calving gate
locking yolk
halter
kick bar
tail jack
hobbles
tie back leg
ppe
cotton wool in ears
down halter
sedation
sedation - farm
xylazine
detomidine
romifidine
butorphanol
aims - standing, standing with muscle relaxation, recumbent, deep recumbent sedation
sedation side effects - farm
increased salivation
recumbancy
abortion risk
bloat
regurgitation and inhalation
heat stress
pulmonary oedema risk in sheep
TMPS antibiotics contraindicated
considerations sedation - farm
IM - slower onset, longer duration, larger dose
IV - faster, shorter duration, smaller dose
consider epidural
sacrococcygeal epidural - farm
uses -
obstetrics
prolapse
c-section
embryo fertility work
rectal prolapse
epiostomy - cut during parturition to make more space
castration
when - before starting painful procedure around hindquarters
procaine
sacrococcygeal epidural - procedure - farm
18gauge 1.5inch needle
5ml procaine
lift tail and bend slightly
palpate 1st or 2nd coccygeal space
clip and sterile prep
needle at 15degrees to vertical
effective within 5-10 mins no motion of tail, no sensation around perineum and no straining
bloat types - farm
frothy bloat - can’t be eructated - consumption of fermentable legumes
free gass - obstructive, can’t eructate
calves - rumen drinking
treatment bloat - farm
stomach tube
NSAID
antacids
electrolytes
recurrent bloat -
local anaesthesia
red devil trochar or rumenotomy
incision paralumbar fossa
screq red devil into the abdominal muscle and rumen
release gas
remove once animal recovered
oozing and slow hole closure common
indications caesarian - farm
legs cross
no room around head/legs
precervical torsion
uterine torsion that won’t move
foetal monster
uncorrectable dystocia
suspected uterine tear
caesarian procedure - farm
edipural - 5ml procaine for 600kg cow
clenbuterol IV
nsaid
3-5 days antibiotic - penicillin, amoxycillin, tetracycline
clip left paralumbar fossa
abdominal local same as LDA
incision same as LDA
bring uterus to incision edge
incision on uterus greater curvature
aim to incise over calf distal limb
pull out calf - assistant for resuscitation
check for twins/tears
trim placenta
absorbable suture - utrecht for uterus
close abdomen - as in LDA
2-4ml oxytocin - counteracts clenbuterol
treat calf umbilicus with iodine
10% bw colostrum in first 6 hour
caesarian complications - farm
infections
dehiscence
seroma
recumbancy/down cow
comorbidities - hypocalcemia
retained placenta
death
peritonitis
abdominal adhesions
reduced future repro performance
metritis
castration - farm
calves/lambs/kids - <7 days - rubber ring - no anaesthetic
calves/goats - >2months - any method, local anaesthetic
lambs - >3 months - any method, local
pigs - <7days - any methods, local
castration - rubber ring - farm
efficient and safe
no anaesthetic needed
complications if incorrectly applied
open castration - farm
various methods
1-3 months old
suckler calves to 6 months
castration considerations - farm
health
housing hygiene
size
handling facilities
analgesia
antibiotics
j shaped incision open castration - farm
3-5ml procaine under scrotal skin and into cord
+/- sedation or GA
NSAID
clean skin - hibiscrub
push testes into sac
j shaped incision lateral scrotum through vaginal tunic
separate vascular and non vascular spermatic cord
strip vaginal tunic
twist testicle and pull to break cord
snip off dangling ductus deferens
spray incision with antibiotic spray
open castration complication - farm
haemorrhage - watch for continuous bleeding, monitor, twist or ligate vessles, pack scrotum with wool
may then develop scrotal haematoma or abscess
remnant of spermatic cord recoils into abdomen - intestinal obstructions
urethral obstruction - farm
ruminants, esp goats
adolescent fattening and mature breeding animals
wether goats
texel and scottish blackface sheep
dietary mineral imbalance
concentrate feeding - imbalance calcium:phosphate or magnesium
signs -
off colour
straining to urinate
anuria
down
blood tinged urine
distended abdomen
abdominal fluid thrill
urethral obstruction diagnostics - farm
palpation - uroliths, enlarged or diappeared bladder palpable per rectum, urethral pulsations
complete blood count - increased urea, BUN, creatinine, potassium and muscle enzymes, deacreased sodium, chloride
acidic urine pH
imaging - US shows distended bladder and urethra hypoechoic
radiography - may see stones depending on crystal type
contrast to confirm rupture
abdominocentesis - creatinine in peritoneal fluid 2x more than plasma
ddx urethral obstruction - farm
cystitis
peritonitis
coccidiosis
peritoneal tumour
ruminal tympany
hydrops
GI obstruction
urethral obstruction treatment - farm
correct fluid and electrolye imbalances
medical -
sedation
analgesia
local anaesthetic
foley catheter to flush out stones
ammonium chloride - decrease urine pH and dissolve stones - calcium carbonate stone bronze and dont dissolve
IV fluids for depressed uremic animals
surgery - usually
perineal urethrostomy - 82% non recurrentce in 12 months
penile amputation
tube cystotomy
drain urine from abdomen
bladder marsupialisation - 67-84% long term success
euthanasia
prognosis good for small number years
urethral obstruction - other considerations - farm
often relapse after medical treatment
prognosis good after surgery but not for so long
males can’t breed after perineal urethrostomy - salvage procedure
evaluate diet
iceberg disease
long time to correct
complications -
UTI
strictures
bladder mucosal prolapse
scalding
urethral obstruction prevention - farm
increase urinary chloride excretion - sodium chloride supplementation
decrease urine pH - ammonium chloride dietary supplement
calcium supplement - unless calcium based uroliths present
fracture repair - farm
NB - small ruminants do well with amputations
NSAIDS to minimise swelling and give analgesia
+/- sedation
bandage
stirrups
padding for cast
fibreglass
hooves inside cast
confine animal
cast for 4-6 weeks
tape for further 2 weeks
closed fractures only
fractures considerations - farm
manage expectations - esp if growth plate involvement or infection
cases over 400kg need specialist case - referral - poorer prognosis
schroader thomas splint for tibia/radial fracture
neonates need regular recasting
euthanasia often most economical option
ddx - pyrexia of unkown origin - cats
FIP
Pancreatitis
cat flu - calicivirus and herpes
parasites
FIV
FeLV
feline panleukopenia
neoplasia
toxins
foreign body
pyrexia of unkown origin - testing - cat
FIV, FeLV, Feline panleukopenia SNAPs
abdominal ultrasound
hemo and biochem - WBCs, serum proteins, pancreatic parameters, renal and liver parameters
biopsy - liver and kidney (FIP virus in non effusive)
FNA enlarged lymph nodes - FIP virus in macrophages
pathogenesis FIP
feco-oral spread (usually multi-cat houses, catteries, shelters)
enteric coronavirus replicates in enterocytes
mutates to live in macrophages
spreads
immunodeficiency, vasculitis, damage to blood vessels
organ damage (various)
signs variable based on organ system adamaged
FIP treatment
remdesivir
steroids
supportive therapy - fluids, nutritional support
euthanasia should be considered if no response in 3 days
ddx pyrexia of unknown origin - dog
infection
immune mediated
neoplasia
young, large breed - steroid responsive meningitis
young, small breed - granulomatous encephalomeningtis
sight hounds, collies, shar peis - immune mediated polyarthritis
common ddx pyrexia of unknown origin - equine
pleuropneumonia
strangles
collitis
peritonitis
pericarditis
bacterial pneumonia - equine
risk factors -
long distance transport
recent oesophageal obstruction
dysphagia
recent anaesthetic
recent viral infection
bacterial pneumonia - signs
congested mm
cough
nasal discharge
often picked up before obvious signs so history important
colitis risk factors - equine
parasite management
recent antimicrobials
recent NSAIDs
consuming oak or sand
recent diet change
stressors
testing - pyrexia of unknown origin - equine
clinical exam
hemo and biochem - inflammation may not show in bloods if erly stages, SAA and fibrinogen useful to guide whether acute or chronic, low WBC and left shift in severe infection
peritoneal fluid - peritonitis, increased WBC and TP indicate intra-abdominal infalmmation, cytology for insight into cause, culture if WBC increased
rectal palpation
US thorax and abdomen
nasopharyngeal swab - combined PCR influenza, strangle and EHV 1 and 4 - negative result doesn’t rule out
bacterial pneumonia - US lungs - pleural effusion and lung parenchyma consolidation, trachel wash and BAL also useful (but more invasive)
tick borne infection - pyrexia of unkwon origin - equine
anaplasma and borellia (lyme disease)
neuro sign, abortion, pain, arthritis
NSAIDS - analgesia and reduciton of inflammation and pyrexia
contraindication if suspected colitis, renal disease or severe hypovolemia - run hemo and biochem first
antimicrobials in pyrexia of unkown origin - equine
yes if bacterial pneumonia, even if secondary
if cause unknown -
risk factors for bacterial pneumonia - severe pyrexia, cough, lethargy - then yes
no risk factors - then no
difference - hyperthermia and pyrexia
hyperthermia - increased muscle activity, increased ambient temperature, or increased metabolic rate - heat stroke, stress, medication
pyrexia - hypothalamus resets body thermoregulation point higher - infectious, immune mediated, or neoplastic
pyrexia of unknown origin - non specific signs - small animal
lethargy
depression
anorexia
panting
shivering
collapse
reluctance to move/stiffness
trial treatment - pyrexia of unkwon origin - small animal
only for animals confortable to send home - alert, eating and drinking, not clinically dehydrated
focus on most common causes (cats - FIP, cat flu, infection, dogs - kennel cough, steroid responsive meningitis)
NSAIDs - correct dehydration first
fluids
antibiotics - esp in cats with suspected cat bite that can’t be found - amoxyclav, in dogs most causes are viral
steroids - if signs suggest steroid responsive meningitis, confirm not bacterial first because steroids will make that worse
diagnostics - pyrexia of unknown origin - small animal
H & B
SNAPs - FeLV, FIV, Parvo
urinalysis
radiograph
abdominal US
fecal analysis
immune - saline auto agglutination - IMHA
cytology - FNA of masses of biopsy, CSF tap for meningitis, bone marrow aspiration for panleukopenia
outdoor cats - toxo IgG, tick borne disease PCRs, bartonella pCR
cats with anemia - anemia panel
pyrexia of unkown origin - cat bite abscess
lethargy
anorexia
pyrexia
focal swelling
draining abscess
treat -
drain pus
analgesia - NSAIDs, opioids if dehydrated
antibiotics - if pyrexic or systemically unwell
pyrexia of unknown origin - FIP
immune mediated
young or old
multi cat environment
recent stress common trigger
anorexia
lethargy
pyrexia
weight loss
pale or jaundiced mm
wet form - effusion
dry form - harder to recognise, various organ problems but most common ocular and CNS
non regn anemia, lymphopenia, IMHA
proteinaceous effusion
hyperglobulinemia adnd high bilirubin without other liver changes
staining of coronavirus infected macrophages (lymph node FNA)
steroids to moderate immune response
remdesivir
euthanasia
pyrexia of unknown origin - toxoplasma gondii (cats
usually no signs
self limiting intermittent diarrhoea (20% of cases)
more likely in hunters
acute - pyrexia, danorexia, CNS signs, multifocal inflammation
detect in tissue biopsy or cytology samples - immunohistochemistry (tricky as not knwoing what tissue involved)
elimination difficult
predisposed to future episodes
pyrexia of unknown origin - heat stroke
actually hyperthermia
high environmental temp or physical activity in hot weather
panting
hypersalivation
cyanotic mm
stifness
collapse - severe - dic
increased risk - brachys and dogs that run around like mental cases (greyhounds, spaniels)
treat - active cooling (cool water not cold), fluid, oxygen (esp brachys), if seizures then diazepam (seizures –> muscle contraction –> worsened hyperthermia), check for renal and hepatic damage
pyrexia of unknown origin - steroid responsive meningitis
most common canine meningitis
young dogs
pyrexia
neck pain with no other neuro deficits
beagles, boxers, bernese mountain dogs
diagnosis -
signallment and exam
left shift leukocytosis
c reactive protein
CSF cytology - pliocytosis and nondegenerated neutrophils in early stages, lymphcytes and macropahfes in later stages
treat -
prednisolone - moderate to severe
NSAIDs - very mild cases
azathiopine - in combination with preds, lowers dose of pred needed
pyrexia of unknown origin - immune mediated polyarthritis
primary - idiopathic
secondary - to another inflammatory condition depositing immune complexes in joints
reluctance to walk
lameness
swollen painful joints
altered gait
pyrexia
inappetance
vomiting
diarrhoea
baseline tests to establish primary condition
arthroscopy to diagnose
treat -
preds with or without azathiopine
culture - main ddx is septic arthritis - steroids will make that worse so get this back first
opioid analgesia while waiting for results
challenges for mother - c-section anaesthesia
physiological anemia - increase in blood volume but no increase in RBCs
increased oxygen demand
decreased functional residual capacity of lungs (pressure on diaphragm) and increased alveolar ventilation (panting) - rapid reuptake and offloading of anaesthetic gases
enlarged and full abdomen - can’t breathe well on their backs
poor venous return - compressed vena cava
increased prgesterone and increased blood brain barrier permeability - quicker sedation
delayed gastric emptying, decreased oesophageal sphincter tone, lower gastric pH - greater regurgitation risk
electrolyte disturbances
exhaustion and pain
challenges for puppies - c-section anaesthesia
viability - hypoxia, hypercapnia, acidosis, effect of drugs
respiratory depression - usually caused by hypoxia
hypoxia - biggest issue - placental separation, impaired maternal ventilation, impaired maternal blood pressure
hypercapnia
situational challenges - c-section anaesthesia
often emergency - late night, limited help, limited time
financial and emotional pressure
limited experience - both owner and vet
lack of clinical evidence
drug challenges - c-section anaesthesia
basically no licensed drugs
initial stabilisation - c-section anaesthesia - emergency
fluids
check electrolytes, TP and PCV
premed - reduce dose of induction agents needed
pre-oxygenate
pre-clip if appropriate
initial stabilisation - c-section anaesthesia - elective
treat as normal
IV canula
pre med
pre oxygenate
prepare equipment and drugs and personnel
pre-clip
drug choice - c-section anaesthesia
short acting
antagonisable
local anaesthetics and blocks if familiar with them - if not may take too long
minimum effective doses but don’t underdose - distress will cause restriction of arteries to placenta
fluids and oxygen support
pre med - c-section anaesthesia
reduces stress - improves uterine blood flow
reduces induction and maintenance agents needed - reduced negative cv effects and foetal drug exposure
care with locals - can cross placenta and ionise so can’t cross back
full mu agonists - sedation and anaesthesia, minimum cv effects, maternal bradycardia potential but treatable, foetal hr not affected because not under autonomic control
short acting fentanyl an option if want to be quick
ACP - avoided generally - prolonged sedation and hypothermia in mother - no increased mortality so can use if needed
alpha-2s - xylazine associated with increased mortality
benzos - not advised - floppy infant syndrome
induction - c-section anaesthesia
avoided inhaled - IV better - common to see struggling to breathe
propofol - maternal 3x higher than foetal after 1 bolus - not associated with poorer outcomes
alfax - some evidence may be better
ketamine - more profound foetal depression, intensive resuscitation often needed, also usually with benzos so not advised
regurg a problem - head raised, secure airway quickly - sellicks manouver (pressure on crichoid while tubing)
pre-oxygenate to avoid apnoea
maintenance - c-section anaesthesia
iso or sevo in oxygen
IPPV
avoid nitrous oxide
only use neuromuscular blocking agents if familiar with use - need IPPV because won’t be able to breathe
epidural - good if familiar, if not increased time, decreased epidural space because of engorged sinuses, lidocaine
extradural opioids - good, minimal systemic effects
tilt mother to left - pressure off vena cava, reduce supine hypotension syndrome - effective in patients up to 20kg
analgesia - c-section anaesthesia
pain –> sympathetic stimulation –> sudden reduction in uterina blood flow –> hypoxia –> puppy mortality
welfare
inadequate analgesia associated with decreased milk production
NSAIDS - useful in dam, often given after puppies removed, negligible transfer in milk
opioids - excellent analgesia, can accumulate but can be antagonised through IV injection to umbilical vein (naloxone or butorphanol to antagonise)
neonatal resuscitation - c-section anaesthesia
agpar scoring - HR, RR, reflexes, mobility, suckling and vocalisation - guide to puppy distress
considerations -
warmth
vigorous body rubbing
suction and removal of membranes
oxygen - if suspect hypoxia give oxygen
GV26 acupuncture point on head - used as respiratory stimulant
avoid doxopram - increased myocardial oxygen demand
small intestine identifying features - dog
duodenum - cranial RHS abdomen
jejunum -
longest
all over abdomen in mesentery
ileum -
shortest
looks like ileum except from artery running along border at 180 degrees from mesentery attachment
most common site for foreign body
ddx vomiting dog
foreign body
dietary indiscretion
bacterial - e coli, salmonella, campylobacter, mycotoxins
gastric ulcers
NSAIDs
parasites
parasites
kidney disease
liver disease
gastritis
pancreatitis
neoplasia
vomiting vs regurgitation
if food is partially digested - vomiting
vomiting diagnostics - dog
pancreatitis SNAP
endoscopy
fecal analysis
radiograph - VD and both laterals, contrast to show radiolucent bodies and timing of passage through
abdominal ultrasound
bloods - renal, hepatic, pancreatic, neutrophilia
exam - vomiting
assess for shock - hypovolemic and distributive most common - HR, pulse, pale mm in hypovolemic, congested in distributive or septic, RR and resp effort, sometimes bradycardia in cats
hypothermia or pyrexia may be seen if infection
cardiac - vomiting, abdominal distension, ascites
hepatic and pancreatic - vomiting, diarrhoea, pain, and distension
urogenital - vomiting and pain
splenic - pain and distension
endocrine - vomiting and diarrhoea
MSK - eg IVDD - may present as abdominal pain
vomiting - diagnostics - dog
radiographs - plain and contrast - opacities, gas build up, foreign bodies, GDV
abdominal US - AFAST for trauma, survery for general look, good for effusion, stricture due to neoplasia, detect free fluid for sample
peritoneal fluid tap - us guided, type of fluid, cytology
bloods - rule out other causes of GI signs (renal, hepatic, cardiac), corrections before surgeries, metabolic alkalosis in upper GI, WBC changes in infectious disease
stabilisation - vomiting dog
fluids - dehydration, account for ongoing losses
correct shock
correct electrolytes
antiemetics -
if suspected dietary indiscretion or infection
not if suspect obstruction - hide signs
maropitant
ondansetron
metoclopramide
gastroprotectants -
H2 receptor agonists - ranitidine, famotidine
omeprazole - proton pump inhibitor
sucralfate - binds to ulcer sites and creates barrier
antimicrobials -
not indicated in mild cases
amoxyclav - perioperative if surgery on GIT
metronidazole - giardia or clostridium