2. INTRODUCTION
Defined as “Bleeding from inside the nose’’
#Literal meaning:Comes from the Greek word Epistazein
which means bleeding from nose
Can occur in all age groups
Sign NOT a disease in itself
Most often self limited
3. Affects up to 60% of the population in their lifetime
6% require medical attention.
It has been estimated that nosebleeds affect 108 per 100,000
population per year.
In England and Wales, an average of 10.2 per 100,000 patients
are admitted for an average stay of 2.9 days in a 3-month
period,
In the United States, 17 per 100,000 (6%) are admitted.
Peaks in incidence are seen in those under 10 years of age
and in people aged over 40 years.(Scott B. <16 ->60)
Women of menstrual age have fewer hospital admissions with
epistaxis, which may be due to estrogens that provide protection of the nasal
vasculature.
The etiology of epistaxis in the majority of patients is idiopathic,
followed by primary neoplasms and traumatic or iatrogenic
causes.
4. REASON FOR EXCESSIVE BLEEDING
Rich vascularity
Supplied by both internal and external carotid
system
Various anastomoses between arteries and
veins
Blood vessels run under the mucosa
unprotected
Larger vessels on the turbinate run in bony
canals – cannot contract
5. VASCULATURE OF NOSE
▪ Branches of internal carotid system :
. Anterior Ethmoidal artery
. Posterior ethmoidal artery
▪ Branches of external carotid system :
. Sphenopalatine artery*
. Greater palatine artery
. Superior labial branch of facial artery
. Infraorbital branch of maxillary artery
6. Little’s area
In 1879 James Little and 1 year later Kisselbach defined an
arterial plexus in in the anterior inferiror part of the nasal septum
▪ Over the anteroinferior part of
nasal septum, just above the
vestibule
Septal branches of
▪ Anterior ethmoidal
▪ Sphenopalatine
▪ Superior labial
▪ Greater palatine
7.
8.
9.
10. WOODRUFF’S PLEXUS
▪ Inferior to Posterior
end of Inferior
turbinate
▪ Initially thought to be
sphenopalatine
artery anastomoses
with posterior
pharyngeal artery
#But recent studies
suggests venous plexus
▪ Most common site
for posterior
epistaxis
11. Retrocolumella vein
▪ This vein runs vertically downwards behind the columella.
▪ It crosses the floor of nose & joins venous plexus on the lateral wall of
nose.
▪ Common site of venous bleeding in young people
12. Sites of epistaxis
▪ Little’s Area (90%)
▪ level of middle turbinate
▪ Posterior part of nasal cavity
▪ Diffuse. ie : septum & lateral wall
#According to literature few studies done to locate the
common site lateral wall vs septum but variable results..
14. #Primary or Secondary Epistaxis
Primary
( 70 -80%)
Spontaneous bleed without any proven precipiating or casual
factors
Secondary
Clear and definitive causes
# Might differ in management
# 7-14% of adults mostly over 60 ( M>F) have primary epistaxis at some point and
only 6% cases reach Otorhinolaryngologists cause self limiting
Similarly, 30 in 100000 get hospital admission per year in UK and ,< 10 % of
them require GA procedures
15. Adult or childhood
▪ Bimodal age distribution
▪ <16 - >16
▪ Specifically 60 yrs in adult
16. ▪ Anterior Epistaxis
More common
Blood flows out from the
front of nose with the
patient is in sitting
position.
Occurs in children and
young adults
Usually due to nasal
mucosal dryness
Alarming as bleeding
seen readily but
generally less severe
▪ Posterior Epistaxis
Blood flows back into the
throat. Patient may swallow
it and have “coffee-coloured”
vomitus.
** may misdiagnosed as
haematemesis
Usually older population
. HTN and ASVD are the
most common causes
. More severe and
treatment more challenging
17. Local causes
A. Congenital
B. Trauma
C. Inflammatory
D. Non specific
E. Physiological
F. Neoplastic
G. Miscellaneous
Idiopathic cause
Systemic cause:
A. Hypertension- Commonest
B. Cardiac –CCF, Mitral
stenosis
C. Pulmonary –COPD
D. Cirrhosis – Vitamin K
deficiency
E. Renal –Nephritis
F. Drugs –
Etiology of epistaxis
18. LOCAL CAUSES
A. Congenital –
Hereditary telangiectasia ( Osler-Weber-Rendau
syndrome),
Hemangioma
Meningocele,Encephalocele
B. Trauma
Nose picking
Facial and skull bone fractures(frontoethmoidal
Foreign body
Iatrogenic trauma(Nasal examination,Post surgery,NG)
Hard blowing, violent sneeze
23. SYSTEMIC CAUSES
A. Hypertension- Commonest
B. Cardiac –CCF, Mitral stenosis
C. Pulmonary –COPD
D. Liver disorders-Cirrhosis –;Vitamin K deficiency,Biliary atresia
E. Renal –Nephritis
F. Drugs – Excessive use of salicylates ,
anticoagulants,Quinine,Tetracyclines,Immunosuppresants,
Chloramphenicol
G. Coagulopathies
H. Hormonal – Vicarious Menstruation, endometriosis,
Granuloma Gravidarum, Hypothyroidism
I . Idiopathic
28. contd..
.Trotter’s method-
BeforeTrotters method
Helmeichs method famous In
history.
Make patient sit up, pinch the
nose (non bony part) for 10 -20
minutes leaning forward with
mouth open over a bowl to
estimate blood loss.
A cupful of blood is alarming but
not dangerous in adult but if
prolonged duration it is !!
Ice packs
31. BASIC EQUIPMENTS:
Couch or reclining chair
Headlight
Suction
Vasoconstrictors solution
packs/tampons
Cautery apparatus(Electric or chemical)
Specialised centres SHOULD have access to rod lens
nasal endoscopy equipment and bipolar diathermy in
emergency
32. 3.Definitive Management
a) Direct Therapies
Cauterization( Chemical
/electric)
Direct pressure packs
Endoscopic control
c) Surgical
Posterior Nasal Packing
Ligation tecniques
o ESPAL
o IMAL
o ECAL
b) Indirect Therapies
Nasal packing(Anterior)
Hot water irrigation
Systemic medical
o Tranexamic acid
o Epsilon Aminocaproic acid
Supportive measures
o Vitamin C
o Inj Vitamin K
o Antibiotics to cover infection
o Fresh blood transfusion as
required
33. a) DIRECT
Cauterisation ( Chemical /Electric/Bipolar diathermy)
Endoscopic Control
Direct pressure packs
34. Cauterisation( chemical/electric)
Only 1 in 5 cases managed by direct control of the
bleeding point
Difficulty locating the bleeding point( confounding factor
junior members involvement)
Anterior epistaxis is more straightforward and >90%
controlled with Chemical cauterisation
o Chemicals used silver nitrate (Most common)
o Trichloroacetic acid
o Liquid nitrogen
o Cocaine in places where it is allowed( LA and vasoconstrictor)
35. Posterior epistaxis ;If bleeding point located
,managed directly by
Bipolar diathermy,
Chemical cautery(difficult)
Electrocautery,or
Direct pressure from miniature targeted packs
# After the procedure the area must be kept moist by placing vaseline
or antibiotic oint inside the nose and milking it around the affected
area~2 wks to prevent drying and scab
36. ▪ Endoscopic control
Failure to locate the bleeding point
Most beneficial when its posterior(80%)
Hemostasis by hot wire Cautery or bipolar (Unipolar
cautery should not be used)
37. b) INDIRECT THERAPIES
Failure to locate a bleeding point
Nasal Packing
Hot water irrigation
Systemic Medical therapy
Supportive measures
38. #Nasal packing
Most conventional method
Ribbon gauze impregnated with petroleum or bismuith
iodoform paraffin paste used( soframycin )
1metre length by 1.5 cm breadth
Kept in situ for 24 to 72 hrs
Modern variations include tampons(merocel) and balloon
catheters.
41. COMPLICATIONS OF NASAL PACKING
SEPTAL HAEMATOMA / ABSCESS
SINUSITIS
PRESSURE NECROSIS
TOXIC SHOCK SYNDROME
#15 % of cases are not controlled by packing
Sudden death mostly in patients who
Impending respiratory conditions
NECROSISOF ALA
42. #Hot water irrigation
Water at 50deg
Exact mechanism unclear but may paradoxically involve
vasodilatation and reduction in the nasal lumen dimensions
Alternative to packing
43. #Systemic medical therapy
More of an adjuvant therapy and preserved for refractory or
recurrent cases
Contraindicated if preexisting thromboembolic disorder
Tranexamic acid
Epsilon Aminocaproic acid
46. c) SURGICAL MANAGEMENT
#Posterior nasal packing
GA preferred
Packs inserted trans orally passed anterior from choana
Alternative is to insert a Foleys catheter(12-14G)along the
floor of nasal cavity followed by anterior nasal packing
More prone to complications like hypoxia secondary to soft palate
edema,sinusitis, middle ear effusions,necrosis of septum and
columella
50. #LigationTechniques
Intractable bleeding with no definitive source
Hierarchy of ligation
Sphenopalatine artery
Internal maxillary artery
External carotid artery
Anterior /Posterior artery
51. #Endonasal Sphenopalatine artery ligation(ESPAL)
# Surgical anatomyof SP foramen
Portal of major arterial supply of nasal cavity
Lies medial to pterygopalatine space
Formed by U shaped notch in vertical portion of palatine bone
closed postrosuperiorly by Sphenoid bone
Surgically localised by the small bony projection which lies
anterior to the foramen c/a crista ethmoidalis
This foramen transmits SP artery,Vein and nasopalatine nerve
52. ▪ ESPAL contd..
Performed with an operating microscope or more commonly
rod lens endoscope
GA/LA
Incision- Approx 8 mm anterior to and under the cover of
posterior end of middle turbinate
Incision carried down to bone and mucosal flap raised until
fibrovascular sleeve arising from SP foramen is identified
Ligation of the main artery by Hemostatic clips followed by
coagulation by bipolar diathermy
100 % success rate
# rebleeding d/t anastomosis,infection, adhesions less
common
53.
54.
55. Internal maxillary artery ligation(IMAL)
More frequent prior to development of ESPAL
Transantral via anterior (sublabial)or combined anterior
or medial (endoscopic ) techniques to
Traditional sublabial approach
56. Antrostomy –
Mucosa of the antrum elevated- window made into
pterygopalatine fossa – branches of internal maxillary artery
pulsating within the fat of the fossa identified,dissected and clipped
Proximal Internal maxillary artery ,Descending palatine and SP
branches are all clipped
57. ▪ Endoscopic variation –
Middle meatus antrostomy used -4 mm endoscope
inserted through a small canine fossa antrostomy
Success rates 89%
Complications: Damage to Infraorbital nerve
oroantral fistula
Dental damage
Rarely opthalmoplegia and blindness
58. ▪ External Carotid Artery Ligation
Extreme cases source away from nasal
LA/GA
Incision- skin crease or longitudinal parallel to ant border
of SCM
Carotid bifurcation identified confirmed and external
carotid confirmed and ligated in continuity
14/15 secured hemostasis
#some authors advocate the Anterior and Posterior
Ethmoidal artery ligation as an adjuvant
Complications- infection, hematoma ,neurovascular
damage
59. • Anterior or posterior artery ligation
Best reserved as adjuvant to the ECAL
Prefered only in cases where confirmed ehtmoidal
bleeding is done
Incision-
Medial canthal incision carried down to bone of
anterior lacrimal crest
Bulbar fascia laterally retracted
Anterior ethmoidal artery seen as fibroneurovscular
mesentry running from the bulbar fascia into anterior
ethmoidal foramen
Clipping of the vessel done and dissection continued
to identify posterior artery 12mm behind
60. Septal Surgery
Septal deviation or vomeropalatine spur
Septoplasty or Submucosal Resection surgery to
access bleeding point
Rationale –
Elevation of the mucoperichondrial flad interrupts
the the bood supply to the septum and
hemostasis maintained
61. ▪ Embolisation
Under angiographic guidance
82-97% success rate
LA / Transfemoral Seldinger Angiography used
Bleeding points identified and nasal circulation visualised
Foleys catheter is passed into the Internal maxillary artery
circulation
Particles ( Polyviny alcohol,tungsten,microcoils) used to embolize
vessels
Ipsilateral facial artery is also embolized to prevent recirculation
# Complications more frequently than ESPAL skin necrosis,